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  1. admin

    Three Jump Plane-to-Plane

    Joe Jennings is back at it again! Only this time, the stunt is bigger and better than anything like it before. The group shot this stunt at Skydive Arizona, in Eloy, for a television show called "That's Incredible"-a remake of the 70's show that inspired many of our current skydivers and stunt people today-which should air in late spring. Teaming up with some of the best skydivers in the world-Omar Alhegelan, Greg Gasson, and Steve Curtis - Joe planned a stunt that started three skydivers in one airplane and ended with them in a completely different airplane. Photos: Brent Finley Joe Jennings flew the main camera with other angles shot by Brent Finley (who graciously let us use his pictures) and Blake. Joe enlisted the piloting skills of Larry Hill and his son, Sean, to fly the two birds. Larry flew the Otter that the jumpers started in while Sean flew the Porter, which was the final destination for the jumpers. Joe also hired Scott Christianson to rig the drogue chute for the plane with an assistant, Chuck Ross. Carl Nespoli was in charge of turning on all the P.O.V. cameras mounted to the Porter and also jumping from the Porter with the drogue d-bag to deploy the drogue. Joe's team started testing the stunt on a Tuesday, but was only able to make one jump due to the production company dealing with legal and insurance issues. On Wednesday, the production company that was originally in this backed out, so Joe hired the crew under his own production company. Thursday came and the team did one jump, which resulted in a broken drogue chute. Sean Hill recovered the Porter and landed. After that, 60 mph dust storms and the broken drogue chute brought an early end to the day. Friday came early and yielded blue skies and a wind warning. The team rushed to the DZ and had a go at it. The team went up in the plane, ready to jump. They made their first practice jump for the day. Omar caught up with the Porter, climbed in, and waved to camera flyers! During jump number one, the three jumpers-Omar, Greg, and Steve-caught up with the plane and climbed in by 8,000 ft. This whole stunt was achieved in only 40 seconds! In an e-mail, Joe said, "We could have done it with five guys, but three was all we needed for a great stunt, so our work was done." Soon after the stunt was finished, the original producers returned and finished up the job. The final product seemed as though they never left. Congratulations to Joe and his whole crew on this unbelievable stunt. I am sure that we will be seeing much more from Joe after this.
  2. WASHINGTON -- Everybody knows it was Neil Armstrong that took that historic one small step. But now several parachutists are aiming to take giant leaps that could lead to a new form of extreme sport - spacediving. Technology and bravado are merging to create a new breed of high-altitude hopefuls - people ready to take the fall of a lifetime. The hope is to shatter a four decades old record by freefalling from the edge of space, break the speed of sound on the way down, and live to tell about it. Vaulting into the void In the 1950s, the U.S. Air Force took on the issue of hazards faced by flight crews bailing out from high-flying aircraft. As part of the research, Project Excelsior used a gondola-toting balloon to carry a pilot high into the stratosphere. From the end of 1959 into mid-1960, Captain Joseph Kittinger took three leaps of faith. He counted on himself, medical experts, protective gear, and a newly devised parachute system to ensure a safe and controlled descent to the ground. On August 16, 1960, Kittinger jumped his last Excelsior jump, doing so from an air-thin height of 102,800 feet (31,334 meters). From that nearly 20 miles altitude, his tumble toward terra firma took some 4 minutes and 36 seconds. Exceeding the speed of sound during the fall, Kittinger used a small stabilizing chute before a larger, main parachute opened in the denser atmosphere. Air Force Captain Joseph Kittinger, Jr. jumps from Excelsior III balloon gondola in 1960 test, freefalling toward Earth for over 4 minutes. CREDIT: U.S. AIR FORCE He safely touched down in barren New Mexico desert, 13 minutes 45 seconds after he vaulted into the void. The jump set records that still stand today, among them, the highest parachute jump, the longest freefall, and the fastest speed ever attained by a human through the atmosphere. Somewhat in contention is Kittinger's use of the small parachute for stabilization during his record-setting fall. Roger Eugene Andreyev, a Russian, is touted as holding the world's free fall record of 80,325 feet (24,483 meters), made on November 1, 1962. Spring of our intent Now take your own jump from the 1960s to 2001. Several individuals are after the freefall record, on the prowl to raise millions of dollars in sponsorship funds to claim the milestone. Rodd Millner, an Australian ex-commando is putting together the "Space Jump" project. Working with a film company, Millner's balloon ride and follow-on fall would be well documented. Taking two-and-a-half hours to balloon himself up to 130,000 feet (40,000 meters), and outfitted with the latest in survival gear, Millner would high step into the stratosphere. Hot air balloon platforms, a team of skydivers, a Lear Jet, and other aircraft are to be airborne to record Milllner's dive into the record books. "We have involved a special team of experts across a wide range of scientific and technological areas to ensure this project is successfully conducted with optimum safety and with spectacular visual effect," said Walt Missingham, project director of Space Jump, in a group press release from Sydney, Australia. If all remains on track, Millner plans a liftoff in March 2002, ascending from just outside Alice Springs, in the center of Australia. Realistic go-getter Another freefaller is Michel Fournier, a retired French parachute regiment officer. He has made some 8,000 jumps, and is the French record holder for the longest fall, from an altitude of about 37,000 feet (12,000 meters). "I love discovering and experimenting. I'm a realistic go-getter, a little stubborn at times, Fournier said. Calling his effort the "Big Jump", Fournier has assembled a team of experts to assist in strategizing his stratospheric jump from 130,000 feet (40,000 meters). Within 30 seconds of departing his pressurized basket, Fournier hopes to break the sound barrier during his plummet. Equipped with a pressurized suit and special gloves, the diver expects to thwart frigid temperatures and ultraviolet radiation. The fall itself is to last 6 minutes and 25 seconds. It will be the first big aeronautical exploit of the third millennium, Fournier explains. Fournier points to Jean-Francois Clervoy, a European Space Agency (ESA) astronaut, as "godfather of the project". The tragic Challenger accident in 1986 and ESA's work on its own space plane, the Hermes, are singled out by the skydiver as early motivation for his working on the Big Jump. First plans called for the Big Jump taking place in September 2000. The French liftoff site was in the Plaine of Crau. A website about the effort explains that Michel could not jump in France because of administrative reasons. His team is now scouting for another launching site somewhere else in the world. Skydiving skills The StratoQuest mission features world champion skydiver, Cheryl Stearns. She too seeks to break the Kittinger record by dropping to Earth from 130,000 feet (40,000 meters). Stearns is no newcomer to breaking new ground in the air. A commercial airline captain on Boeing 737's, at 13,050 skydives and climbing, she has made the most jumps of any woman in the world, with some 30 world records under her helmet. Carried by balloon to above 99 percent of the Earth's atmosphere, Stearns will wear a customized pressurized space suit. Her freefall velocity may exceed the speed of sound, heading toward Mach 1.3. Maintaining a head down position will get her through transonic, and supersonic speed regimes. But as she begins to enter heavier atmosphere, a dangerous transonic phase comes again. At this point, her skydiving skills are to be tested in order to maintain stability until parachute deployment. The jump is tentatively set for over New Mexico, perhaps in April 2002. Pushing the envelope Where is all this sky jumping headed? First of all, high-altitude skydiving is on the cutting edge, said Mark Norman, an instructor with Freefall Adventures in Williamstown, New Jersey. "Certainly, they are challenging themselves, that's for sure. They are definitely pushing the envelope without any shadow of a doubt," he told SPACE.com. Prior to "hitting the silk", spacediver uses balloon-like device to slow down and protect against forces during initial atmospheric entry. Credit: Canadian Arrow At Freefall Adventures, typical skydiving starts at around 13,500 feet (4,115 meters), Norman said, with a jumper paying $16.00 dollars for the aircraft ride. As one of the busiest centers in the world, the group handles upwards of 15,000 people a year, he said, all hankering for a minute's worth of freefall Norman said that high-altitude skydivers must think safety first, with regards to oxygen and pressurization issues. "So it lends itself to a lot of difficulties and a lot of impracticalities that we don't necessarily need to deal with in the commercial, mainstream skydiving industry," he said. Building a business on people swooping down from the edge of space doesn't seem too practical at the moment, Norman said. Drop zone: Earth But Geoff Sheerin, team leader of the X Prize entry, the suborbital, passenger-carrying Canadian Arrow, believes what is taking place is an early form of spacediving. "A rocket can take a spacediver to any altitude desired in just minutes, resulting in less time exposed to the dangers of vacuum and cold," Sheerin said. "I think this will ultimately lead to suborbital vehicles being the transport of choice for spacediving. Anyone using a rocket for spacediving can demolish any balloon record ever made," he said. To the general public, spacediving might seem impossible, Sheerin said, as most think everything coming back from space burns up on reentry. "If you look at the lower energies involved for suborbital flight, compared to orbital speeds, you realize that material and technology of today can turn spacediving from a suicide jump into a very survivable extreme sport," Sheerin said.
  3. Every skydive starts before you board the airplane. Before you get on the airplane, you should be totally prepared for the jump ahead. This means that you know exactly what you are going to do on the jump and have had your equipment inspected. Make sure you have your helmet and goggles, remove jewelry and take sharp objects out of your pockets, tie your shoes tightly, and so on. Each jumper is responsible for their gear, and you should always check to be sure you have everything necessary for the skydive. Another part of the ground preparation is being ready to board the aircraft on time. Jump planes are just like airliners: they can't hold up twenty people because one wasn't ready. At the start of your skydiving progression, your jumpmaster will usually take care of reserving your slot on an airplane after you are completely trained and outfitted with the necessary equipment. It is then your responsibility to stay in the area and gear up at the appropriate time with your jumpmasters. Before you Board: 1) It's too late to ask questions once you are in the airplane, so before you board know exactly what you will do on the skydive and review your emergency procedures. On the ride to altitude you should review the dive mentally, imagining a perfect performance. Keep in mind, however, that you are not compelled to jump from the airplane just because you happen to be on it! If you realize on the aircraft that you are not ready to jump, you may ride down with the airplane. 2) Check your gear. Your jumpmasters will help you to be sure everything is correctly routed. Be sure your altimeter is set to zero, your goggles are clean, etc. If you will be boarding an airplane when its engines are running, keep a good grip on your goggles and gloves! 3) Stay close to your jumpmaster and away from the propellers, other aircraft, and any other hazardous objects. Remember that the pilot may not be able to see you when he is taxiing the airplane; he always has the right of way. Once you are in the airplane, sit where instructed. Be sure to wear your seat belt until you are high enough for an emergency exit. It is also a good idea to put your helmet on for the take off. Your two responsibilities in the airplane are to minimize movement and to protect your deployment handles. Avoid snagging not only your equipment but that of other jumpers. Until we are on jump run you should stay seated. Then, at the jumpmaster's command you can get to your feet and move carefully to the door. As you move about in the airplane, watch out for door handles, emergency exit releases, seat belt buckles, etc. While inside the airplane your job is to protect your parachute! Most of your jumps will be done from our larger, twin engine airplanes. Exactly which airplane depends on how many people are jumping and the aircraft maintenance schedule. You should have familiarized yourself with the aircraft door, handles, and steps before boarding. Most of the time the more experienced jumpers will exit first for a simple reason: students open their parachutes higher than experienced jumpers. To preclude the possibility of jumpers from different groups colliding, exits are staged several seconds apart and planned with the opening altitudes in mind. That way we get both horizontal and vertical separation between groups. If you are leaving first because of unusual circumstances, have your jumpmaster fill you in on what to expect. The jump run itself is flown into the direction of the wind. This gives the airplane the slowest possible ground speed . In other words, it is over the drop zone (DZ) longer than it would be if it was running down wind. The pilot uses GPS (Global Positioning System satellites) to tell him exactly where he is, and when he is over the spot , or correct exit point, he turns on a green light back by the door, telling the skydivers to exit. Should the exit sequence take so long that the last to leave might not make it back to the airport, the light will go off, indicating that the remaining jumpers should stay in the airplane for a second pass over the drop zone. Incidentally, since you will usually be getting out late in the line up, and since the jump run is into the wind, you have a way of knowing which way the wind is blowing as soon as your parachute opens. Imagine a line from the landing area to a point directly below you. That is the wind line - if the pilot was right about the spot. Test Yourself: 1.Why do we take our seatbelts off once we are above 2,000 feet instead of wearing them all the way to altitude? Continue to Chapter 2 (Exits)
  4. admin

    Climb Out, Freak Out, Chill Out

    A beginners guide to filming competitive 4-way This article is for jumpers that already have some experience flying camera and are trying to expand on their knowledge of how to film formation-teams in a competition setting. I will focus mainly on 4-way, because I believe it to be the most difficult FS discipline to film (aside from VFS), due to the many different exits and faster key speeds. However, once you have a firm grasp of shooting 4-way, the same principles can be applied to 8-way and larger formations. During a competition, whether it be a local meet or the nationals, it is vital that you give yourself all the advantages you can to do the job right. It is advisable that you jump with two cameras with differing wide-angle lenses. Film the team with the tighter view in mind, so if a grip goes out of frame, you can always revert back to the other camera with the wider view. The difference between first and second place can come down to only one point. So our goal is to have an “NJ free” (Non Judgeable) competition for all 10 rounds. If at any time during a jump a grip goes out of frame, the videographer can cost the team a point or more. Jumping with two cameras is not necessary for training, however you want to do a few training jumps before a meet with the exact set up that you are planning on using. This may expose any flaws or issues with your equipment. Training should be more difficult for you than competition. Push yourself to fly close to the formation. Train with your back up wide-angle lens, this will force you to be closer and more aggressive in getting the shots you need. This will make every competition feel much easier. Do not be afraid to try new things. Sometimes we have to leave our comfort zones to learn something that may benefit us in the long run. Climb OutIn most cases the camera flyer is in charge of the spot. Not having to worry about this little detail allows the team to focus on their jump. As you climb out on the camera step, think of flying your body as soon as you expose yourself to the airflow. Even though you are on the airplane, miss-presenting yourself to the wind can make your job a lot more difficult. You can practice climbing around on the airplane while it is parked. Get a feel for where everything is. Continue to practice until you can climb out of the plane in a smooth and controlled manner. Speed will come with time. Do not forget to practice climbing back into the plane. Sometimes you will find yourself climbing out right as the red light turns back on. If possible, one of your teammates can block some of the wind and help you get back inside. Remember to become familiar with different aircrafts when you travel to another drop-zone to train or compete. Freak OutNever trust an exit count! It is easy to get impatient on the camera step, waiting for the team to get ready. Teams can sometimes take a while in the door to get ready, especially if they are trying something new. Do not interpret a “wiggle” as a count. Be patient and watch for other signs like a helmet releasing a head jam. Every team’s exit count is different. Before every jump, most teams will take the time to dirt dive and practice their exit from a mock-up. You can learn a lot about the team by just simply watching them on the ground, so take as many opportunities as you can to learn the exit count and timing. Leading or Peeling?The exits covered here are from an otter, a left-handed door. Keep in mind that your relative position to the team is much closer on the aircraft than what it will be in freefall. You will need to create this gap quickly during the exit by falling slow. This is where camera wings and strong legs can be very helpful. Teams and coaches prefer the leading exit over the peel exit, because it gives them a great view of their timing, presentation, and heading. This method is much more conducive for the video debrief. For this exit I have my left foot on the camera step and my right hand on the handle. (When you have your right foot on the step, you expose more of your body to the exiting team.) After the team has given the count and is in the process of leaving the airplane, I find it helpful to try and run my right hand across the fuselage. I try to feel the rivets of the plane as I kick off the step. This helps ensure that I am in the correct position relative to the formation. As for your timing on this exit, you will know you have left too early when you can see the bottom of the airplane, and you will have left too late if you make contact with the team. For all exits, this is where your timing becomes crucial. Peeling is usually considered the safer choice of the two exits, because you leave right after the team. This way, you will not leave too early because of a misinterpreted count and you do not have to worry about the teams burble. For this exit, I have my right foot on the step with my right hand on the handle. I swing my body back so that my left foot is touching the fuselage. Now all I have to do is wait for them to come out the door. Leave with the last person and follow the team down the hill. Remember to present your hips correctly into the relative wind and keep the team in those cross hairs. Chill OutAfter the exit, all you have to do is keep the team’s grips in frame for the next 35 seconds. Remember that the different formations rarely stay in one place. As the team transitions from one formation to the next, you may have to adjust your own relative position to the team to keep them all in frame. Improving your individual flight skills will allow you to make these necessary corrections quickly and without thought. Although the “hard part” is over, you still have to be in the right position to get a judgeable video. Being close enough is the first part, but probably more importantly is being “steep” enough. Your angle in relationship to the formation is crucial. The steeper you can get, the better. It is very difficult to see all the grips when you are shallow. This is especially true on exit. If at any point, other than the exit, you can see sky, you are not steep enough. You should also only be able to see the top/back of the team’s helmets (no faces). The distance from the team will vary on the size lens you are using. An additional detail to pay attention to is the background. As the videographer, you can make the judge’s job easier by turning to a heading with a solid background, such as a forest, lake, desert floor, etc. Multicolored backgrounds, such as buildings can make the image very distracting and the formations harder to judge. Doh!Making contact with the formation can occur either on exit or in free fall. We want to avoid this scenario at all costs; however, accidents can and do happen. If you find yourself falling towards a formation, get as big and flat as you can! The last thing you should do is ball-up. Your natural reaction is to protect yourself, but by doing this you will only make things worse. Not only have you sacrificed all your lift and will now impact the team with greater speed, you have also given up on the chance that your airflow may be returned to you as the formation continues to move to the next point. I think that it is a good idea for camera flyers to understand what the team is exiting and how the formation will fly. I believe that a deeper understanding is necessary than just to know whether a formation is long or round. Being able to anticipate a formation’s movements, direction, and timing will greatly improve your video quality. Be pro active! Ask your team what formations they are going to perform. It will take some time, but being able to “speak” a little 4-way will not hurt. You can educate yourself on these formations by reviewing the IPC dive pool online. Memorize how each formation flies as it comes out the door; more importantly, think about how they might block your airflow. As the team debriefs their jumps, you should do the same. Take a look at your own timing, framing, and distance. Strive to make each video jump better than your last. Competition vs. TrainingWhen it comes to competition camera flying, there is a big difference between a “Gun for Hire” and a Teammate. In order to make this transition, you need to change your approach and mind-state from just being there for the ride, to being part of the action. As a teammate, you are taking on much more responsibility than a “gun for hire”, such as: archiving and cataloging all media footage, taking pictures, submitting photos to magazines and sponsors (if applicable), checking in with manifest for calls, spotting, chasing down cutaways, etc. Your team needs to be able to depend on you to do all of these things. Creating a great training environment becomes key. The more the team can focus on their training, the better. Helping a team to perform at their best can also aid you in achieving your best. Being able to perform at your peak during a high-stress competition can be very satisfying and rewarding. A positive attitude and an eagerness to learn is the start of becoming a good competitor. Hard work and embracing the training process is what will turn you into a great competitor.
  5. After almost a 25-year hiatus, I came back into the fold, enabled by the last child having gone off to college, and prompted by arthritic hips that were making it too painful to play tennis. I figured some things may have changed, but that I had been aware of them, having kept up my USPA membership and subscription to Parachutist. Well, it’s one thing to be aware of something, and quite another to learn to handle it in real time. In my first year back, I jumped at 5 different dropzones in three countries, so that I saw how the changes have been implemented in some different environments. Here is a list of the things that had changed that awaited my return, and had implications for my safety and the safety of others. 1. There are seatbelts in these jumpships—a good idea in the event of an unanticipated landing, but one has to learn where they are, remember to take them off, to stow them (especially in small aircraft), and be aware of where they are to avoid entanglement on exit. 2. Spotting is a thing of the past in many dropzones—just keep your eye on the colored lights! Still, it is a good idea to check where one is, in the event a pilot was tracking the wrong line. 3. Turbine aircraft now have doors! No more freezing on the way to altitude, or clinging to one’s neighbor to avoid falling out. However, one has to learn when they go up and down, how to secure them, how to close them gently. 4. Everyone wears their pilot chute above their butt—making deployment a little slower, if one manages to find it (remember the advert in the Parachutist: “Looking for something?”), but avoiding a few other problems. Be sure to practice deployment with the gear you will be using many times on the ground, in a prone position, to develop some muscle memory before going up. And check it constantly—my too-loose BOC pouch let out my pilot chute when I rose from the floor and caught it on something, much to the consternation of the planeload of jumpers whose lives I had just endangered. 5. Parachutes come in many flavors, and many sizes—gone are the days of one canopy fits all. Most of today’s canopies are very touchy, and downright skittish, react to the slightest input, and take far more concentration in the last few hundred feet of descent. Everybody swoops, to some degree, and some DZs have abandoned upkeep of their pea gravel because nobody uses it. I found it easier to land an original Sabre 170 than a Sabre II 190, and I am sure I will not be going for a fully elliptical canopy—at my age, I have to avoid the 1-in-500 jump mishaps that can maim one for life. Essentially, skydivers have invented a whole new way to die—turn low, and drive into the ground at 60mph. 6. There are many minor innovations in skydiving gear, too many to mention—just make sure you know how everything works on your rig, and why it is the way it is. 7. Everybody PRO-packs, or uses some variant—although I had had several people show me how to do it, and watched all the videos, etc., in my first dozen attempts, I packed one malfunction, and had to get more private instruction in a quiet place. 8. People fly landing patterns—e.g. left-hand, with turns at 1000, 600, 300 feet--in the old days, even with 20 jumpers in the air, we all did pretty much what we wanted and hoped for the best; now, even a 4-way requires paying attention to the landing pattern. 9. Breakoff for belly-flying is much higher—instead of separating an 8-way at 3500, now 4500 or even 5000 is the time to say goodbye. Coupled with the higher minimum opening altitude of 2500, this makes for a much more reasonable margin for error—and as humans, we are prone to error. 10. There are now many different skydiving disciplines, and you have to learn about them, and pay attention to exit order, as one jump run may let out belly flyers, freeflyers, angle flyers, trackers, wingsuiters, and tandems, as well as people who haven’t made up their mind before boarding exactly what they are planning to do. 11. AADs are now required most places—no longer shunned as devices that might blow up in your face. RSLs are also ubiquitous—both systems have saved many, many lives. 12. There are lots of old jumpers now—few old bold ones—and they have learned a lot about how to be safe over their last quarter century, while I’ve been taking kids to soccer practice. Pepper them with all sorts of questions, and do not rush to emulate the 22-year-olds out there. They likely have gone through a much more comprehensive training program than you have, including courses on canopy control and instruction on equipment safety. My personal rule, which I have not seen enunciated elsewhere: On any given jump, DO NOT INTRODUCE MORE THAN ONE NEW PIECE OF EQUIPMENT, or new way of using a piece of equipment. Of course, your first couple of recurrency jumps will necessitate breaking this rule—but don’t go out of your way to put a camera on, or add anything other than what is absolutely necessary. Example: If you get a new jumpsuit, don’t also try a new helmet on the same jump. Or, if you do, go out on a solo jump. Addendum: Do your homework. I recently was caught in a dust devil at 100ft or so, which completely collapsed my canopy, and I credit my reactions and walk-away landing to a video and a book, both by Brian Germain, which I had studied in detail. Larry Moulton, C-11371, EET #22, is a professor of international health and biostatistics at Johns Hopkins University.
  6. A South African thief who stole a plane for a joyride had to land on a motorway when it ran out of fuel. He made the emergency landing on the N4 highway near Bronkhorstspruit, about 30 miles from Pretoria. Police say the aircraft was undamaged and the thief got away before he could be arrested. "We have no idea who the suspect is," police spokesman Capt. Piletji Sebola said. There was no apparent damage to the plane and there appeared to have been few cars on the road when it landed. One of the highway's two lanes was closed to traffic, Sebola said. The Cessna, used for skydiving, had been brought into Wonderboom airport in Pretoria on Sunday for a routine maintenance. The plane was stolen sometime Monday night or Tuesday morning. According to the flight instruments, it was flown for roughly one hour and 36 minutes before it ran out of fuel and was forced into an emergency landing. "I'm dumbstruck. He really knew what he was doing," said Carlos Garcia Cabral, the plane's owner. Police and airport officials were investigating how the plane was stolen.
  7. Aerodyne proudly announces the launch of a sponsoring program aimed at professional skydiving instructors and coaches around the world. The Aerodyne Sponsored Instructor Program, or ASIP, is a comprehensive program developed to offer unparalleled support to those who provide training to other skydivers and contribute to the safe practice of skydiving. "The ASIP program is designed to build longtime relationships that are beneficial to all involved: the individual instructor, their home drop zone, Aerodyne authorized distributors and our company. It was our aim to create an environment that encourages mutual cooperation between all those involved for the betterment and progress of each", explains Aubrey Easterlin, sales manager of Aerodyne Research in Florida. "It doesn’t stop with giving a good deal on equipment. We give our ASI’s the opportunity to actively promote our products and they are rewarded for the sales they generate. That way they become longtime partners and there is more to be gained by all". How does it work? Under the program an Aerodyne Sponsored Instructor will receive a full compliment of Aerodyne equipment at 50% of the manufacturer’s suggested retail price. He or she will also receive a package of product information, a stock of promotional material, a set of referral cards and an ASI identification number. The ASI will use the identification number to refer interested customers to the selected Aerodyne distributor. For every order that is received as a result of such a referral Aerodyne will credit the ASI’s account with 5% of the cash value of the MSRP. The ASI can use the accumulated credit for future purchases of Aerodyne products. Who are eligible? The ASIP program is open to instructors that hold a current rating issued by or on behalf of their National Aero Club. Because of the nature of the program Aerodyne seeks to support individuals that demonstrate a positive attitude and professionalism in their relationships with people. "The idea is that an ASI serves as a sort of ambassador for Aerodyne, for our distributor and for the dropzone he or she works at. Therefore we require every applicant to submit a letter of recommendation by the distributor and by the dropzone manager or operator", says Arnold Collenteur, who is Aerodyne’s European sales manager and one of the initiators of the program. "Although we like to stress the fun side of the program, it is still a business arrangement and we must make sure that the applicant meets our criteria so that we may expect our sales to increase because of his or her contribution." Why the ASIP? Although Aerodyne may still consider sponsoring competition teams on an ad-hoc basis, the company feels it has better chances to promote its products via instructors, who are in direct contact with potential buyers. When choosing equipment most skydivers look closely at the products jumped by the best or most experienced jumpers on their dropzone. The ASIP program builds on these premises by creating a world wide community of Aerodyne sponsored instructors with a local reach. By offering to the ASI the opportunity to refer sales leads and generate additional earnings the ASIP also ensures that Aerodyne distributors benefit from the program. By helping Aerodyne to select the right individuals distributors create a small network of local ambassadors and increase their chances of selling to customers they might otherwise not reach. Furthermore, the ASIP program aims to facilitate communication between individually sponsored instructors, their drop zones, Aerodyne’s distributors and Aerodyne through a sharing of information, educational material and media. Aerodyne intends to make its website play an important role in this communication process. Enrollment Interested instructors may request an ASIP application package from an Aerodyne distributor, via our website www.aerodyne-int.com or via one of these contacts: North and South America: Aubrey Easterlin a.easterlin@aerodyne-int.com Europe and Asia: Arnold Collenteur a.collenteur@aerodyne-int.com Africa and Indian Ocean: Dave Macrae d.macrae@aerodyne-int.com For more information about Aerodyne and our products please go to www.aerodyne-int.com
  8. A Himalayan Adventure That Continues To Reinvent Itself In late October 2014, Everest Skydive is set to enter into it’s seventh year of operation and make it’s eight expedition into the Nepali Himalaya bringing skydiving back to one of the earth’s most remote locations. In between the traditional scenery of climbers, trekkers, sherpas and porters, skydivers and their parachutes will once again be seen flying through the skies of the Khumbu region and Sagarmatha National Park. Arriving at this point, entering a seventh year after the first skydives were made in 2008, has been a path as challenging as any of the paths that lead to Everest Base Camp. Each year, as logistical challenges emerge and operational needs change, the expedition faces a year long challenge to bring skydiving back to Nepal. “Eleven months of hard work for one month in the Himalaya working even harder” has been the mantra of the team and expedition, composed of an international mix of skydivers and mountaineers. Over the years Everest Skydive has seen many changes. Whether it was aircraft support shifting from the Pilatus PC-6 to the AStar B3, or helping promote charities like Global Angels, to opening up new remote dropzones, the Everest Skydive expedition has constantly evolved to meet the needs of the local Nepali tourism industry and to bring high altitude skydiving and canopy flight to higher and higher dropzones. Seven years ago, the idea of safely landing sport and tandem parachutes at 12,350ft MSL was considered by many to be an impossible task. Yet, as each expedition successfully ventured further and further into the Himalaya, landing parachutes closer and closer to Everest Base Camp, this team of international skydivers proved beyond a shadow of a doubt that with today’s modern parachute designs providing cutting edge technology and performance envelopes, that high altitude parachute landings were not just the realm of stuntmen and world record seekers. As each year came and went, stand up landings at dropzones at 15,000ft MSL in Ama Dablam Base Camp, or 16,900ft MSL into the Gorak Shep lake bed, or even 17,192ft MSL onto the Kala Pattar Plateau proved that modern canopy flight and landing was sustainable at these altitudes. As each expedition would come to a close however, the team would search the Nepali landscape for new and exotic locations to bring skydiving into. After establishing those four dropzones in the Eastern Himalaya, the team’s founder Suman Pandey suggested the team head west to Pokhara, a lakeside Nepali tourist location beneath the Anna Purna Range of the western Himalaya. With a DZ elevation of 3,300ft MSL, Pokhara Skydive allowed for the Everest Skydive Himalaya experience without the added cost and complexity of the bail out oxygen systems that the higher eastern Nepali Himalaya region required. Pokhara Skydive then evolved into Everest Skydive’s first “consumer friendly” (not incredibly expensive) skydiving expedition for local tourism based sport and tandem skydiving. Not to be content with just bringing skydiving to the western Himalaya however, the team “borrowed” an AStar in 2013 and went scouting for another remote high altitude location. They found it in a village called Manang, located in a valley with an elevation of 11,500ft MSL, and with the help of the local government, were able to create a sustainable high altitude dropzone in Manang, Nepal as well. With all the exhausting effort put into creating successful skydiving expeditions into the Himalaya each year, the staff was known to periodically take a week off together after Everest Skydive and trek on foot up to Everest Base Camp to connect with the local friends and families that they had become a part of over the years. This expedition to Everest Base Camp received so many questions from friends and family back home over the years however, that the team began to open up the trek and invite others to join in on this life changing experience of making it all the way up to Everest Base Camp. What started out as a handful of friends, turned into a group of twenty people hitting the trails in two stages in 2013 and the 2014 expedition looks to bring between 20 and 30 skydivers and friends of skydivers on a trek to Everest Base Camp with skydiving in the western (and way more affordable) Himalaya region of Pokhara after the trip to Everest Base Camp. One of the strengths of the Everest Skydive expedition and it’s Everest Base Camp and Pokhara Skydive evolution is in the company that the team works with. Fishtail Helicopters has been providing Everest Skydive and their guests with the world’s most reliable high altitude helicopter support. And in a region like the Himalaya, the word “reliable” can be the difference between skydiving all day in a remote location or sitting on a hillside wrestling a parachute container away from a local yak…….Helicopter support for jump operations, helicopter support for medical evacs if needed and most appreciated it would seem……helicopter support to depart the Himalaya after reaching Everest Base Camp. Most everyone that reaches Everest Base Camp feels a little tinge of anxiety as they start to head back down the mountain, as they suddenly realize, with their goal behind them, that they still have a 3 day walk back out of the park to catch a Twin Otter back to Kathmandu. Not Everest Skydive and it’s group however……since the team works directly with the AStar owners, they coordinate flights out from the Himalaya the day after reaching Everest Base Camp. Facing a 3 day walk, instead the team flies out on an 8 minute terrain flying AStar flight back to Lukla Airfield, back to the world. The word “epic” can be a cliché at times, not here though, not on this flight. It has to be experienced to understand it, but for those that already have, they know. That’s the story more or less, seven years of hard work by a small group of highly motivated international teammates that continue to bring the “top of the world” within reach of the skydiving universe. It’s an expedition that continues to grow and evolve like the remote ecosystem around it. And at the end of the day, whether it’s skydiving beside Mount Everest or sharing a lemon tea with a sherpa family and friends, the Everets Skydive expedition continues to make the world a little smaller by bringing people together from different cultures and countries and giving them all the same thing to believe in, that people are capable of accomplishing anything as a team. For more information on Everest Skydive, you can contact Tom Noonan via e-mail.
  9. admin

    Show Me The Money

    Image by August Haeuser I want to come clean with a confession: Jerry Maguire is one of my favorite movies of all time. There, I said it. While I'm being vulnerable… I never miss a week of Survivor either. (Don't' judge too harshly). Now that I've totally opened myself up about my tastes (or lack thereof) let's roll into the opening scene of this amazing film. The movie begins with super sports agent, Jerry Maguire (Tom Cruise) writing a mission statement (not a memo) entitled the "The things we think, but do not say." This mission statement was an inspired piece of clarity that brings to light that the company (Sports Management International) has lost site of its purpose. It became more about the money and less about the client. Jerry's mission statement actually suggested having fewer clients and making less money. Of course, Jerry was promptly fired. So what does this have to do with the business of skydiving? Everything… except for the fewer clients and less money part. There is a definitive shift occurring in the business of skydiving. USPA membership numbers indicate a slow and steady increase over the past decade, but student numbers appear to be decreasing at many DZ’s around the country. Many blame poor weather in 2013, and it was a factor, but it goes deeper. There is a hidden war raging in the game of search engine optimization (SEO) whereby third party organizations are rising within search rankings and picking off an ignorant public and overcharging them for their skydives. Mix this with the oversaturation of daily deals (in nearly every marketplace), an influx of newer dropzones and everchanging and inconsistent weather patterns and it’s little wonder that many established DZ’s are seeing a decline. An Uneasy Panic This change is being fueled by the way many DZO’s are reacting to conditions happening before our eyes. Similar to climate change, we’ve been aware of it, but the realities of what it actually means hasn’t conceptualized until now. Rather than pausing and seeking out correct action, many DZ decision makers are making quick, reactive decisions to try and boost volume. This reaction is being driven by the panic felt in seeing the numbers decline despite the economy actually improving. In the case of daily deals (Amazon Local, LivingSocial, GroupOn) many DZO’s feel threatened that they are losing market share whenever a competing dropzone offers a deal. It takes discipline to not follow suit and offer a deal at a similar price. The majority of DZs do follow suit which decreases the demand for full-retail-priced student skydives which drives down the price significantly. This is scary when one considers the costs associated with running a DZ. The only way to offset these lower prices is to have very high volume in an extremely efficient operation. The model for high volume becomes compromised when more competitors enter the marketplace to get a piece of the action. The response? Continue to offer more daily deals, which forces DZO’s to enter a vicious cycle that they can’t get off of. This model that many DZ’s find themselves is not sustainable and will result in either more cutting corners to make the numbers work (which has the potential of elevating risk), going out of business or surviving long enough until others go out of business first. What The Hell Do We Do? So, the news above seems a little dire. I’m not an economist, but I’ve had the advantage of traveling around the US and different parts of the world looking at the industry from a business perspective. With a 13,500 foot view, here is what I would suggest: 1. Get Off The Train. At some point, the majority of DZs who are on the daily deal train will have to get off as they will recognize the lack of sustainability for the long term. The problem with getting off the train is the sudden cash shortage. Downsizing may be required whether it be with an aircraft, equipment or the size of staff, but it doesn’t have to be permanent. Decreasing expenses during this transition is key. Before pulling the plug from the daily deal cycle, begin making preparations for the cash shortage. 2. Normalize Pricing. Once off the train, begin normalizing pricing whereby each student jump made is profitable once again. Volume may not be as high, but the business will be more sustainable. 3. Win the Battle of Search. Amongst the price gouging, there’s actually some good news occurring. Third party vendors are charging up to $339 for a tandem skydive while offering lousy customer service and veiling a lot of truth to the customer. So where’s the good news? There are customers willing to pay a lot more than we’re currently charging to make a skydive! These third parties are pulling these customers in because they are winning the battle of search. Each DZ must invest in strong SEO practices to win this difficult battleground. Lately, more and more DZs have been joining these networks to offset the drop in business which only feeds this monster. Rather than join these networks, we must beat them. 4. Look a Million Dollars. Make the investment to have branding and website design showcase your DZ as a major attraction within the marketplace. Trading out jumps for the creation of a website with a local jumper will no longer cut it. Creating a website is one thing. Creating a functional website with great design is another. 5. Win the Customer. Throughout the last several decades, the skydiving industry has focused more on the skydive and less on the overall customer experience. DZs must focus on utilizing word of mouth marketing and transforming customers into joining the marketing team of the dropzone. Be an Ambassador of Quan When Jerry Maguire learned that he was being fired, he rushed back to his office and called every client he could to try and get them to stay with him as their agent. Only one demanding client stayed… the venerable Rod Tidwell (Cuba Gooding Jr). Jerry would eventually have to rebuild his business doing things the right way by being professional and focusing on the details. The same holds true for our industry. We must be flexible enough to change as the skydiving industry of today is vastly different than the industry of ten years ago.
  10. There are only two ways to end a freefall. One is to open your parachute, and the other is not to. No one wants it to end the second way. Statistics show that the overwhelming cause of skydiving fatalities are due to the jumper not using a perfectly functional parachute in time. Why does it happen? In order to open your parachute safely, you need to know two things: when and how. The when was discussed in the previous chapter. Altitude awareness is critical and the loss of it is a life threatening situation. The problem can be compounded if the skydiver, running out of altitude, is unfamiliar with his equipment and has trouble deploying his parachute. Add the possibility of a malfunction to low altitude and unfamiliar equipment and you have a perfect recipe for disaster. Therefor you must always watch your altitude and before you ever get on an airplane you should be totally familiar with your equipment. The sport parachute, called a rig in skydiving jargon, is a very simple machine. It must include two canopies, a main and a reserve. The components must be TSO'd, meaning they meet government technical standard orders that require high manufacturing and testing standards. All rigs are worn on the back and consist of similar components. A look at the diagram will show that a rig consists of the deployment system (pilot chute, bridle, and bag), canopy, suspension lines, steering lines, toggles, risers, and harness/container. Deployment is initiated when the container opens and the pilot chute enters the relative wind. The pilot chute may be packed inside the container (all reserves and student mains) or kept in a pouch outside of the container and pulled out by hand, which most experienced jumpers prefer. The pilot chute acts as an anchor in the air, while the jumper continues to fall. As the two separate, the bag in which the canopy is folded is pulled from the container. The parachute's suspension lines, carefully stowed on the outside of the bag, are drawn out until they are fully extended. The bag is then pulled open and the canopy comes out. It immediately begins to inflate as the cells fill with air. Inflation is slowed by the slider which prevents the canopy from expanding too fast. It usually takes three to five seconds from deployment of the pilot chute to full inflation of the canopy. Over the years, parachute design has been refined to a remarkable degree. In fact, square parachutes have no known inherent design malfunctions. Theoretically, given proper packing, a stable deployment, and barring material flaws, a square parachute will never malfunction. However, we don't live in a perfect world, and malfunctions are common enough that no sensible person would intentionally jump without a reserve. The malfunction rate for sport parachutes is about one in every thousand deployments. Nearly all are preventable. The catalogue of possible malfunctions is long, but all you really need to know is that any parachute must have two characteristics. It must be open, and it must be safe to land. Otherwise it is a malfunction. The first characteristic is determined at a glance. The second one, if there is any doubt, is determined by a control check. Should you have a malfunction, the response is simple - pull your reserve. On student parachutes pulling the reserve handle combines two functions. The main parachute is released from the harness, then the reserve container is opened, starting the reserve deployment sequence. For all practical purposes, main and reserve deployments are identical except that the canopies may be of different sizes. Most parachutes used by experienced jumpers have a separate handle for each function of the emergency procedures so you will need some special training when you progress to your own gear. Also, at Skydive Arizona we use only square reserves. If you travel to another drop zone be sure you receive training on their equipment, and find out if the reserve is round or square. Round reserves mean you will need special training. The first factor in preventing malfunctions is a simple one: don't leave the airplane with an existing malfunction. This means that you should always have your equipment checked by a knowledgeable second party to be sure nothing is misrouted or damaged. Prevention extends to packing. When you learn to pack you will learn to inspect the canopy. In the student phase, you have to trust your jumpmasters and packers to be responsible for the condition of your parachute, but you will eventually assume all responsibility. Because of the possibility of a jumper making a mistake, our reserves are inspected and packed by a specialist who holds a Rigger's Certificate issued by the U.S. government, thus ensuring that at least one parachute on every skydiver is technically sound. The second factor in malfunction prevention is one you control: body position. If you think back to the deployment sequence described earlier, the importance of a stable opening becomes apparent. Since the parachute is on your back, if you are facing the relative wind in a good arch it will deploy straight out behind you. If you are unstable, it must find its way past you - between your legs or around an arm, for example. In this situation, the pilot chute could entangle with you, stopping the deployment sequence. Another possibility during an unstable opening is that the lines will feed out unevenly, creating the potential for a line knot that could keep the slider from coming down or deform the canopy to the point that it cannot fly properly. Don't forget, however, that stability is not as important as opening in the first place. Pulling at the correct altitude always takes precedence over pulling stable. An unstable opening does not always result in a malfunction; parachutes are so reliable that the worst that usually happens is a few line twists. Not opening has far worse consequences. Test yourself: 1. While you are a student, your decision altitude, sometimes called your hard deck, is 2,500 feet. If you initiate main deployment at 4,500 feet and nothing happens, how many seconds will pass before you reach the decision altitude? How many will you have used counting and checking before you realize you have a problem? 2. If you know you have a malfunction, why should you pull your reserve at once instead of waiting until the decision altitude is reached? 3. In the old days, skydivers wore their reserve mounted on the front of their harness. If you had a chest mounted reserve, what body position would you want to be in for reserve deployment? 4. How often should you practice your emergency procedures? Proceed to Chapter 6 (Canopy Performance)
  11. nettenette

    The Last Frontier

    Down For 50 Jumps Alaska, And Annette O’Neil Tries to Rise to the Occasion Image Credit: Melissa Dawn Burns When I grapple my way out onto to the float, I notice two things immediately. First: It’s impossible to maintain a relaxed attitude while sitting on the pontoon of a floatplane in full flight. My mental image of myself doing this is going to take a major revision in the translation to reality. Secondly: My pilot chute has never felt so vulnerable in all my jumps. For almost the entirety of this once-in-a-lifetime skydive, as I keep a resolute smile trained on the camera aircraft flying next to us, a sepiatone clip plays over and over in my head: A pinch of (actually very securely and conscientiously packed) fabric managing to wiggle itself out of my (actually tight-as-a-new-pair-of-jeans) BOC and bolt mischievously between the pontoon and the step, deploying my beautiful new Crossfire one last time as we spiral, nose-first, into Alaska’s forested wetlands. But I digress. Before we came to Alaska, we were warned. “Ah, mosquitoes: Alaska’s state bird,” said one. “They don’t bite you. They carry you home and feed you to their children.” “You’re only there for five days?!,” breathed another. “Good luck with that. You should have planned on at least a week. You’ll never get a break in the weather.” “A college kid just got eaten by a bear while he was running a half-marathon out there in Anchorage,” chimed in another. “It chased him off the trail and into the forest. He was calling his mom as it was running him down.” Since my previous knowledge of Alaska was gleaned almost entirely from the Calvin & Hobbes ‘Yukon Ho!’ collection and a single viewing of Grizzly Man, I’m a receptive audience. I decide not to go for runs. When I arrive in Anchorage, I walk through a neighborhood from my airport hotel to a car rental storefront. The gardens, clearly nothing more than a salad bar for the local deer population, have been scrupulously stripped of anything edible. The one with remaining flowers is surrounded by a high fence. A woman crosses in front of me, walking her toy yorkie. She is carrying bear spray. I speed up, having no toy yorkie to cast off as bait. Image Credit: Melissa Dawn Burns When I get to the rental place, they issue me a Subaru. Clearly, they assume I’m not messing around. And clearly, we are not. The next morning, we—myself, my Down For 50 co-adventurer, Joel, and Brett, along for the ride on this particular state’s adventure—are on the road, bound for the town of Talkeetna. Ah, Talkeetna, Alaska: the acknowledged “doorway to Denali,” home to a heterozygous mix of hippies and lumberjacks, a private pilot mecca. The latter becomes evident even miles away, on the long road into town. The traffic overhead, after all, is significantly more congested and varied than the traffic on ground level. I’m glad I’m not driving; I’m transfixed looking out and up, checking out the rush hour trucking over the trees. Soon, following the instructions given in a flurry of arranging emails, we wind through a series of deeply wooded roads to arrive at our pilot’s lakehouse/hangar/office/flight school/community hub. The pilot himself, Don, is an affable fellow with a handsome mustache and the air of a man you’d immediately trust with your life. In fact, I do: When he suggests that we head over to the airport to conduct a quick aerial requisition of the available parachute landing areas “in the Breezy,” I immediately offer myself up. We hop in the rough-and-ready fuel truck (okay: the rusted-through blue pickup with a tank of AV gas in the bed) and off we go. The airfield is, to put it mildly, a candy store. All manner of aircraft sit gamely waiting, lined up as tidily and fetchingly as pretty ladies in an Old West brothel, all waiting expectantly for a pilot. Don and I cruise along in front of their expectant glass faces. Will we hop into the shiny red one? The bare-metal number that looks like it’ll have a sign on the door that says “silk scarves required”? The race-car-faced green-and-white one with its dancing shoes on and the freshly-chamwowed gleam? What’s this blue thing? As I’m wondering what I’m looking at, we pull to a stop. I take a closer look. This aircraft—I’m finding it difficult to call it a “plane”—is a robin’s-egg-blue latticework of metal with a wing laid across the top. There’s a prop. There’s an engine. There’s a Wizard-of-Oz-style picnic basket strapped in for storage behind an open, park-bench seat. It looks like the pilot is meant to perch on a piece of wood that sits directly in front of that. Suddenly, I realize that Don’s walking right towards it. Oh. The BREEZY. That looks pretty breezy, alright. Don hands me a motorcycle helmet and a bib jumpsuit “so he doesn’t have to worry about me.” I sit down on the park bench. I fasten the single lap belt as fastidiously as I can manage. Then, as Don works the engine like a lawnmower, I read the little metal placard fastened to the seat in front of me. It says, “Passenger warning: This aircraft is amateur-built and does not comply with the federal safety regulations for standard aircraft.” For some reason, that’s all I need to start enjoying myself. As we taxi out, I’m smiling so hard in my helmet it hurts a little. Twenty minutes later, I’ve found Jesus. I’m reeling from the feeling of being in the dead-on sweet spot of everything I love about flying and motorcycling and adventuring, all bound up into one ugly-ass not-quite-aircraft. We rode the river like a track day. We bounded over forested hillocks and gravel outcroppings and one enormous, out-of-place old satellite dish. We buzzed the lakehouse, waving at my astounded companions. As we land, I decide I might not be bluffing about wanting my fixed-wing license anymore. I tell Don. “Oh, you don’t need a pilot’s license to fly this thing,” he grins. “I can get you checked out on it this afternoon.” I backpedal. Hard. When we arrive back at camp, it’s late. It doesn’t look late, but it is late. Don, the pilots and us jumpers congregate on the dock, four floatplanes bobbing cheerfully around us, and go over the flight plan. As it turns out, they want to do our jump as a stacked formation—each of us in our own chariot—with queenly Denali throwing her white skirts around in the background. There will be a photographer (my preternaturally gifted, multi-hyphenate wonder of a friend, Melissa) passenging in a camera plane, ready to capture it. Our flight instructors thrill to the plan. I am assigned the one that’s mostly purple, bedecked with little hippie daisies. I am much pleased. After the meeting, Joel and Brett and I trundle up to the room that Don has graciously offered us, with its wide deck overlooking the twilit lake and the visiting pilots trading stories around the fire pit. We (very ineffectually) close the shades. We try to rest. Tomorrow’s a big day. Image Credit: Melissa Dawn Burns The night segues seamlessly into the morning. I wake when my sleep mask shifts and the 4:30AM sun sears my eyelids. Brett wakes when I bump his shins, hanging over the padded arm of the loveseat upon which he reclines. Joel is already up. Coffee in hand, we meander down to the dock under a cloudless, bluebird sky. There’s a four-month-old Bernese-Blue Heeler mix rolling around the lawn, doing its best to learn how to be a dog, its fur bunching adorably in handfuls, waiting to be grown into. Two chubby golden retrievers stalk fish offshore. Two pigs, wire-haired and curious, wander over and present themselves for belly rubs. We kit up. Taking off from water is a new experience entirely. It’s smoother than I think it’ll be, as the glassed-off lake is feeling nary a tickle of wind this fine, blue morning. Before I know it, we’re tooth-and-clawing our way up to six grand. “I forgot how pretty it is from up here,” my pilot smiles when we get to around four. I, for myself, had forgotten that most people—especially people around here—don’t blow through four grand like the front door on a cold night. Once we’re up at six, we circle, building the formation. Let’s be clear: these are really, really good pilots, but they’re not formation pilots, and there’s most certainly a trick to it when you’re wrangling low-performance aircraft that were made to do nothing of the sort. With the door open, six thousand feet over Alaska at the entrance to glaciertopia, it is cold. The twenty minutes it takes them to get together has me clinging to the back of the passenger seat like it’s a lover returned from the wars. I hope my hands still work when it’s time to get out. Image Credit: Down For 50 Which, coincidentally, it is. I see Melissa’s plane figuring its way alongside us. I uncertainly stick out a foot and screw it down onto the sandpaper surface of the step. Then I offer my body up to the full blast of the relative wind and lunge for the strut. I get a purchase. I, ungainly, perch. I’m doing it. There’s a yoga to staying here, one iron grip around the strut, the other hand “casually” in my lap, my brain stuck firmly to my pilot chute. Most of me aches to tumble into the familiar arms of freefall. The rest of me grabs that part of me by the cheeks and shouts into its face: For chrissakes, woman, pay attention to this and here and now, because it has an expiration date that is less than a minute in the future and this is what you came for. I heed it. Suddenly, I can see. I see the red and white camera airplane, framed by impossible mountains. Denali, of course; Mount Huntington; Moose’s Tooth; Little Switzerland. I see a sky of a blueness Alaska pretty much never sees, yet here I am, sitting in it. I see Melissa, concentrating behind the winking black eye of her lens. I can’t see them, but I feel Joel and Brett, doing their own pontoon yoga practice behind me and above me. I see so much of what I love about being in this world, hanging here and now in the suspended animation of complete attention. And then there’s the landing area below—a cleared construction pad, tucked up next to the Talkeetna airport runway. My pilot nods. I had planned some sort of fanfare for this exit. As it stands, however, all I can manage is a dizzy-eyed smile and a bog-standard hop. My pilot hollers to watch me go. She’s never seen anything like it before. When we land, parachutes slung over shoulders, I’m exhausted with the effort of committing it all to memory. I decide to walk back to the FBO and let it all process—Don’s generosity; the force of the community here; the entirely new sensations of flight. It overwhelms my hardware. It’s only later, as we hunch over plates heaped with pancakes, that I happen to glance at the collection of grinning pilots clustered in black-and-white on the Talkeetna diner wall. It crystallizes what I’m feeling: The momentum of a long tradition. Those smiling faces, proudly next to their planes, captured over the entire history of aviation, seem to prove that this place—Alaska, the last frontier—was created by and for adventure. Alaska turns energy to adventure like some sort of spiritual chlorophyll. Every single one of these guys grew tall, strong, enduring lives with the force of that alchemy. Alaska pushes out the envelopes of the willing like leaves bursting from ever-lengthening branches. This is its job. It does it well. ----------- Down For 50, the first 50-state skydiving road trip accomplished in a single journey, is happening from May to October of this year. To follow the journey, to check out when it’s coming to your state or simply to help out (thanks!), visit downfor50.org.
  12. A mid-summer skydiving celebration honoring the "first man in space" is the centerpiece for one of the biggest fundraising events yet planned for the National Skydiving Museum. Fifty years ago, Air Force Capt. Joe Kittinger exited at 102,800 feet from a helium balloon over New Mexico, reaching a speed of 614 mph during a four-and-a-half minute free fall. The record still stands today, although there have been several attempts to better it. The "National Skydiving Museum Weekend Honoring Joe Kittinger" will be held in DeLand, Florida the weekend of August 13-15. Kittinger’s jump was on August 16, 1960. Kittinger, who retired as a colonel and is now 81, plans to attend, as well as other skydiving luminaries. There will also be several activities during the weekend benefiting the Boy Scouts of America, another cause Kittinger supports, to commemorate their 100th Anniversary. Joe Kittinger outside the gondola from which he took his historical jump.The Saturday evening dinner will be devoted to honoring the initial class of inductees into the National Skydiving Museum Hall of Fame. A special committee carefully selected eleven honorees, culled from a list of skydivers who made major lifelong contributions in equipment design, free fall techniques, and those who excelled in national and international competitions. This fundraiser is part of the National Skydiving Museum’s $5 million capital program that will raise the necessary funds to build the museum in Fredericksburg, VA. (story contributed by Doug Garr) Show your support and join us! Skydiving Activities and Exhibitions... Here are just a few of the events that will honor Joe Kittinger and celebrate 50+ years of skydiving history including giving special recognition to other pioneers for their contributions to our sport. (schedule subject to change) Jumping for Joe 50-Way Formation Skydiving Exhibition This 50-way formation with some of the best skydivers in the country will celebrate and symbolize 50 years since Joe Kittinger’s record breaking jump. Canopies opening in an almost simultaneous rhythm will have the audience cheering until the last skydiver lands. Swooping Exhibition Swooping truly shows how far parachute equipment has come over the years. Swooping is gliding a high performance parachute across the ground or water for long distances, generally a slalom type course, to show the skill of the canopy pilot. The exhibition will have some of the top swooping demo jumpers in both individual and team exhibitions. Accuracy Competition Accuracy goes way back in our history but didn’t get the recognition it deserved until the Sixth World Parachuting Championships held for the first time in the U.S. at Orange, MA. Accuracy canopies in those days were modified military surplus equipment with very little steerability. Today, high performance accuracy canopies and the skill of jumpers make for exciting and competitive accuracy contests. Skydiving Demonstrations Precision skydiving demos the world famous Army Parachute Team (Golden Knights) and the Air Force Academy Parachute Team. Wingsuit Flying Exhibition Grand finale and tribute to Joe Kittinger wingsuit flying truly exhibits the dream of human flight. Ten to 15 of the premier wingsuit flyers in the world will fly formations across the sky with smoke to add to the effect of this spectacular jump. Source - http://www.skydivingmuseum.org/
  13. Imagine holding your arm out of a car window as you drive down the highway. The wind you feel is caused by your speed through the air rather than by weather. Skydivers call this apparent wind the relative wind, and it is the single most important element of the freefall environment. In fact, it is the only thing you have to work with in freefall, and from the moment of exit until your parachute opens you must think of yourself as a body pilot instead of a regular person, just as when you go swimming you have to leave your land habits behind. Your adventure in the relative wind begins at the moment of exit. There is nothing particularly complicated about exits and the techniques you use on your first freefall will be the same as those used by skydivers with thousands of jumps. Your exit makes or breaks the skydive, so we spend a lot of time practicing this part of the jump. A weak exit consumes valuable freefall time and puts you in a mental position of having to catch up, adding unwanted stress to your skydive. With a good exit you can get on with your learning and enjoyment at once, finishing the freefall tasks with plenty of time to spare. The two essentials of an exit are presentation and timing. Presentation refers to how you relate to the relative wind. Timing refers to your relationship with the other skydivers. Let's take a detailed look at these aspects of the exit. The body position we use to maintain a comfortable, neutral position on the wind (the equivalent of floating on water) is an arch. We'll learn more about body position soon, but for now you need to think simply about arching into the relative wind. This means that your hips are pushed forward into the wind, your arms and legs are spread out evenly and pulled back, and your chin is up, creating a smooth curve from head to toe. If you imagine lying face down in a shallow bowl with your arms and legs spread out evenly, you are thinking of an arch. In this position you will naturally face into the wind. To achieve a good exit, all you have to do is present your arch to the relative wind. Remember, we're on an airplane flying nearly one hundred miles per hour, so the relative wind is from the direction of flight. (When you see photos of skydivers they are usually presenting their arch towards the ground, but that's because they have fallen long enough to be going straight down so the relative wind comes straight up from the ground.) Once you are poised outside of the airplane, start your arch before you let go. Then it is a simple matter to open your hands, pivot into the wind, and you're flying! As you will soon learn, a relaxed arch is much more smooth, stable, and comfortable than a tense one so try not to think of yourself as falling off of an airplane. You're not; you're flying free. A mental image that might help would be learning to swim. You would be more relaxed and alert if you lowered yourself slowly down a ladder into warm water and let yourself float comfortably before letting go than if you jumped off a cliff into cold, dark surf. Think of the air as a friendly environment, slip into it smoothly as you climb out of the airplane, arch, take a deep breath, open your hands, and float off on the wind! You will note that I didn't say "push off." Until your parachute opens, your last contact with the world of solid objects is the airplane. If you push off, you will have some momentum that will tend to make you go over on your back, just as if you stood with your back to a pool and pushed off of something solid. Just arch and face the wind. As you leave the aircraft, the relative wind (arrow) is parallel to the ground. In a good arch with your head up, you should see only the airplane and sky rather than the ground during the first second or two of freefall. Losing forward speed and accelerating downward, the relative wind gradually shifts from parallel to the ground to perpendicular. This transition takes several seconds. You will not be facing the ground until about eight seconds after the exit. At no time do you look directly down at the ground. Even after the transition is over and you are falling straight down, in a good arch your head is up and your eyes are on the horizon. The aircraft's speed is about 100 miles an hour. When you leave, you lose some of that horizontal speed and actually slow down for the first few seconds. Then gravity takes over and you gradually accelerate to 110 miles per hour. That's why there is no sensation of sudden acceleration - you only gain ten miles per hour in ten seconds! Relax, arch, and face the wind is all you really need to do to achieve a stable exit. But remember that you are jumping with other people. For everyone to have a good exit, you also need group timing. Just as a band starts playing to a count, we'll start skydiving to a count. That count, used all over the country, is "ready, set, go!" It should be done with a smooth, even cadence. Because it's noisy outside an airplane, the count should be loud. Finally (think of a conductor with his baton giving a visual count to the orchestra) you, the conductor, need to give the other jumpers a visible count. We have you bring up your left knee on "set" and turn into the wind on go. Combining these two elements of presentation and timing will almost always result in a smooth exit. Leave out either one, and the exit may funnel, the term skydivers use to describe an unstable formation. Leave both out and a funnel is almost a certainty. But if that happens, don't panic. An arch will fix the problem. Incidentally, it doesn't affect your stability to dive out of the airplane. As long as you are presenting an arch to the relative wind, you will be stable. Unfortunately it takes most people a while to get used to the idea that the relative wind starts right outside the door. If you walk through an airplane door like you would a house door, you'll present your side or back to the wind and lose stability. In the water, walking doesn't work; you have to swim. Air is the same way - you have to fly through the door, not walk through. Test Yourself 1. Skydivers on the outside of an aircraft as they prepare to exit are called floaters. The ones inside the airplane who will dive through the door are called divers. Floaters are further divided into front, rear, and center, depending on their position in the door. On an ASP level one jump, the student is the center floater, the reserve side JM is front floater, and the main side JM is rear. Why is the front floater more likely to have a problem than the rear floater if he cannot hear or see the exit count given by the center floater? 2. Novices diving out of an airplane frequently do a half roll and then recover stability facing the aircraft. What could cause this common problem? Proceed to Chapter 3 (Flying Your Body)
  14. admin

    The Skydiving Handbook

    Welcome to skydiving, perhaps the most exciting and unusual sport in the world! You are at the beginning of a path thousands of people have safely followed for over thirty years. In that time, experience has shown that some approaches to skydiving work better than others. This handbook is designed to supplement the practical instruction you will be receiving from our instructors, all of whom are certified by the United States Parachute Association. During the course of your training we will cover the basic principles around which skydiving is built. While actual dive sequences and hands-on training will be given to you by our instructors, this handbook will explain the concepts behind the activities and allow you to study important principles at home. Skydiving terms are clickable the first time they appear, which takes you to the glossary. Be sure to have your jumpmasters explain any concepts that remain unclear. Although underlying principles will not change, they may be easier to understand through a different explanation, drawing, or analogy than the ones offered here. I encourage your questions; some of the principles covered are not immediately obvious. As the author, I also invite your comments and criticism - this first edition is sure to have many oversights and flaws. In the Aircraft Exits Flying Your Body The Skydiving Universe After the Freefall Canopy Performance Landings After the Landing Blue skies and safe skydiving; Bryan Burke
  15. admin

    Air Adventures AFF: Level 2

    FORWARD MOTION JUMP SEQUENCE: When jumpmaster says "GET INTO POSITION", take your position in the door. You should be facing forward, with your left foot on the edge of the door. Keep your back low to avoid snagging your rig on the top of the door. When you are ready to exit, turn to your right and shout "CHECK IN!" to your main side JM. The JM will respond "OK!" and nod his head when you are ready to go. Do the exit count - "Ready! Set! Arch!" On "Arch!" step to the left, out of the plane. Try to remain facing forward, and try to hit the wing with your pelvis as you leave the plane. Remember to ARCH! Count to four, maintaining a hard arch - "One thousand! Two thousand! Three thousand! Four thousand!" Do three practice ripcord touches - "Arch! Reach! Feel! Back to arch!" heck your altitude by turning your head to look at the altimeter on your left hand. Look at your main side jump master and shout your altitude at him - "Ten thousand feet!" Respond to any hand signals your MS JM gives you. When you see the "forward motion" signal (legs-out signal, moving away from you) do forward motion for six seconds - hands back by your waist, legs straight, toes pointed. After six seconds, return to a neutral arch. Don't bring your feet up too much! Check your altimeter. If below 6000 feet, shake your head - no more manuevers. At 5000 feet, wave off once, then arch-reach-feel-pull. Hang on to the ripcord after the pull! Start counting - "One thousand! Two thousand!" to give your parachute time to open. PERFORMANCE STANDARDS: Move forward through the sky by straightening your legs and bringing your arms back. Do three good PRCP’s to help you find the ripcord later. Pull at the right altitude. Maintain stability by keeping the arch. LEVEL TWO HINTS: To fix stability problems - ARCH! Make sure your legs are still out a little after each forward motion. Check your altimeter at least once every five seconds. Time goes fast up there. Your legs are 80% of your drive during forward motion. Make sure you get them out there. REMEMBER THE MOST IMPORTANT PARTS OF ANY SKYDIVE: PULL! PULL AT THE RIGHT ALTITUDE! PULL STABLE! LAND SAFELY UNDER AN OPEN CANOPY! Before Level 1 Level 2 Level 3 Level 4 Level 5 Level 6 Level 7
  16. admin

    Learn to Skydive Online

    When we first posted that we were launching a live online canopy course, the beginning of many online adventure safety courses, a number of people asked me if I was joking. In the adventure community, actions have always spoken louder than words, and the internet is for surfing entertaining videos, not training. Although I fully understand the irreplaceable value of on-site instruction, there is a lot of work to do in a short time to get it done. People are dying out there. USPA has wisely issued a mandate to help promote participation in canopy courses in order to expedite the proliferation of the information that saves lives. This is a wonderful step, however the limited number of highly skilled canopy flight teachers causes a bottle-neck of resources. We need the information to get out there faster than we have the ability to spread it. Hence we find ourselves in the place that inspires innovation like no other, need. Live online “e-learning” programs have been fully embraced by the corporate world in recent years, and increasingly by universities and colleges as well. The choice to go with these high tech teaching systems has been partly financial, as it is far cheaper to implement than in-person training in the long run. It is also far greener because instructors no longer need to travel as much to accomplish the same goals. Lastly, corporations and learning institutions all over the world have chosen to use the internet for education because of the vastly increased scope of potential students, as distance can be taken out of the equation. These compelling reasons have caused significant advancement in the technology that makes remote teaching possible, and huge breakthroughs have been made which allow interactions to be surprisingly natural. Further, online testing can be utilized to allow instructors to get a feel for how well they are conveying the information, and what they need to focus on in the next sessions. The implementation of this new model of instruction is still very much in its infancy, however we are already finding that this futuristic method of information proliferation actually has several benefits over in-person training. When you take a canopy flight course, for instance, you cannot control the weather. In most cases, the instructor is flown in from far away and is only on site for one weekend. If the weather does not cooperate, you are in for an all-theory course. With online courses, we are able to teach the group over the course of a month. Chances are, the students will get the opportunity to jump in that time to practice what they have learned, and even get someone to video their landings to upload for the next course. Even if the participants do not get to jump, the longer duration of the course allows for deeper information association and transfer to long-term memory, as well as giving the students the opportunity to formulate better questions to help them get exactly what they want out of the experience. If they don’t remember something from the class, they can even log onto the website and watch the course all over again. This is not possible in the traditional instruction paradigm. Some will say, “But there is no substitute for being able to ask questions of your instructor in the flow of the session. The new live online training systems allow participants to “raise their hand”, so-to-speak, and get the answer they need when they need it. If the students have a webcam as well, the interaction between the student and teacher is nearly as intimate as an in person discussion once the participants grow accustom to the new medium. For some people, this online format actually allows them to come out of their shells a bit more since they are not actually in a room full of strangers. There is no doubt that on-site, hands-on instruction will remain the backbone of all adventure training. There is a great deal that can only happen in a purely organic environment, which is why people like me will continue to pound the pavement and travel to a new dropzone almost every weekend. It is essential. However, the vast majority of skydivers do not have access to such camps but once or twice per year, and by then many of them will have already gotten hurt or even killed. If we are to truly strive to improve the safety of our sport in every way possible, embracing eLearning is an indispensable step toward getting the information out there in a reasonable time frame. The internet transcends time and space like nothing else known to mankind, and if we are serious about safety, than we must cast aside our reservations, and like the first pilots of ram-air canopies, we must give it a whirl. The fear of change is understandable. When we change, we risk things getting worse. However, if we do not try to improve and evolve, in the context of a changing environment, we are essentially moving backwards. The technology passed down to us from wartime allowed our sport to come into existence, and now the corporate world, sometimes equally sinister, has created a technology that will allow great students to connect to great teachers, anywhere in the world. The precious information that was once held by only a few mentors with a limited number of weekends in the year can now be disseminated at an exponential rate, and the possibilities for improvement of our sport and other adventure pursuits are endless. This is a truly incredible time. So when someone asks me if adventure training through eLearning is a joke, I have to ask them to consider the possibility that any initial resistance to change is merely the inertia of habit and a little bit of fear. The future is being born right now in the present, and all we need to do to move forward into the vast potential of this new era of instruction is an open mind and a sense of adventure. Brian Germain is a parachute designer and test pilot, and runs canopy flight skills and safety courses all over the world. Brian has made over 14,000 jumps in his 25 years in the sport. He is also the host of the “Safety First” segment on SkydiveRadio.com, and the creator of many educational videos. Brian is the author of the widely popular canopy flight text The Parachute and its Pilot, as well as Transcending Fear, Greenlight Your Life, and Vertical Journey. His websites are www.BIGAIRSportZ.com , www.Transcendingfear.com and his online training programs can be found at www.AdventureWisdom.com. Brian’s highly aclaimed YouTube channel is: www.youtube.com/bsgermain
  17. Holistic Performance Specialist Lucie Charping Talks You In Image by Juan Mayer In our last article, we met holistic nutrition coach Lucie Charping, who works with elite athletes to get them--and keep them--at the top of their game. Often, that game is an airsport. Here’s the continuation of our conversation regarding peak performance strategies for more “normal” airsports athletes, like you and me. (Spoiler: These strategies work just as well if there isn’t a charging bull on your helmet.) ALO: If going cold-turkey on every naughty item in your diet isn’t the way to peak performance, then what is? Lucie: Changes made little-by-little help an athlete increase awareness and get in touch with their body’s natural intelligence by balancing the systems that run us. In actual fact, we're healed by those same systems that keep us going, so--if you balance those systems, such as blood sugar and pH--you'll be setting yourself up for a broad spectrum of positive effects, healing from stress and sports injuries among them. Make better choices until you build the momentum that gets the pathways programmed. ALO: It sounds just like establishing a yoga practice. Right? As soon as you keep the promise that you're going to do it for five minutes, before you know it, it’s 10; 20; 40; 60... Lucie: Absolutely. People think it's matter of willpower. It’s not. It's really a matter of neurobiology--what's happening in your brain, what's happening with your biochemistry, your neurotransmitters, what's happening in your gut--that’s making the decision about what you're going to eat. You can’t fight your hormones. No matter how strong of mind you think you are, you're ruled by your chemistry. You are strong of mind because of your chemistry. So: If you get your chemistry in alignment, you’ve essentially learned to hack yourself. You can not only be happier, more effective, more creative and more motivated in your daily life--but if you’re the kind of person who relishes a heightened-stress, high-consequence situation like skydiving, tunnel flying, BASE jumping, etcetera, then you’ll get even more benefit from this kind of management. You’ll learn faster, you’ll have faster decision-making and you'll have more focus to excel in these unique sports with their unique pressures. Of course, I could say to you, “Here; go to the dropzone with this power-packed superfoods smoothie of maca and cacao with all these berries in it.” And it would be super awesome, of course; it’d give you a short burst of energy for a short amount of time. But it’s not sustainable to do that every time you go to the dropzone; every time you go to the tunnel. If you learn how to balance your blood sugar, you're going to have an abundance of energy for an extended amount of time, and you don’t have to plug a blender in next to the packing mat. ALO: Let’s talk a little more about energy. It’s a big part of airsports to manage your energy when you’re waiting on loads or tunnel rotations or weather, and a lot of airsports athletes struggle with it. How can this stuff help with that? Lucie: The peaks and valleys in these sports are quite steep. I see a lot of adrenal fatigue and overactive minds in the group of people that I work with. For this, I’ll use the term “extreme sports,” because these athletes like to push their minds and physiologies to the extreme. When you put yourself in a high-consequence or high-risk situation constantly, the chemistry that is firing in your brain is full of reward chemicals. It’s highly addicting. Over time, you reset your brain’s baseline for what it means to feel good. When you're on the ground or on the bench, those reward chemicals are not firing. So, what happens is--more often than not, and you can correct me if I'm wrong--we have major addictions in these sports. Not just to drugs, though that is certainly within the landscape. We have addictions to sugar; caffeine; tobacco; all kinds of stimulants, and you can see for yourself how people are having to use those things constantly between jumps and flights. It's not because the individual a yahoo; it’s because their baseline chemistry is telling them this is what is required for you to feel happy now. So, on the ground as an action sport or, say, “extreme sport” athlete--for peak performance, you must learn to cultivate that chemistry whilst not risking your life. And you do that with the food that you eat and with relaxation practices. You can keep your blood sugar level, which keeps your mind and body in a receptive state, then cultivate that satisfying chemical response through breathing. Then you won't have to reach for an energy drink every time you pack, bouncing from one coffee to the next, not eating all day at the dropzone and then binging whenever you manage to get home. Peak performance comes with time. And so, it’s interesting to note, does optimal health and weight, without calorie counting, or deprivation, or guilt. ALO: It sounds way simpler than I thought. Lucie: It’s not really simple, it’s elegant. To me, that's where the power is. If you want to talk about what is both the barrier and the bridge between business as usual and peak performance for airsports athletes, it’s a single path, and it’s not complicated: cultivating these practices of prioritizing your food so you balance your body's chemistry and practicing mindfulness techniques in order to bring a single point of focus to your mind. Not only do you get better at jumping and flying; you become happier as overall person. Your body is magic; it's magnificent, actually We often forget about that. But we never, ever should. ------ Lucie is based in San Diego, but travels to wind tunnels worldwide as the nutritional arm of Fusion Flow Retreats. To reach out to Lucie for a personal consult, pop over to her Facebook page.
  18. We've already discussed your body's relation to the relative wind. Now let's look at your relationship to space and time. When you leave an airplane at our customary exit altitude of 12,500 feet above the ground, your accelerate from zero miles per hour vertical speed to approximately one hundred and ten miles an hour in about ten seconds. It doesn't seem too dramatic because the aircraft speed was already about 100 miles an hour, so you reall only gain ten miles per hour. At that point you reach terminal velocity, the speed at which the air pressure against your body balances the pull of gravity. Ignoring minor changes in body position, you will stay at that speed until something stops you - hopefully the deployment of your parachute! At terminal velocity you pass through one thousand feet every six seconds. If your parachute opens at 4,500 feet, that gives you about 52 seconds of freefall. (Ten seconds for the first thousand, six for each of the next thousand.) If your parachute did not open, you would now have a life expectancy of 27 seconds. Opening altitudes are based on allowing skydivers time to be sure that they do land under an open parachute. More experienced jumpers commonly open at about 2,500 feet because of their greater familiarity with equipment and emergency procedures. This gives them about 65 seconds of freefall from a 12,500-foot exit. The main thing about altitude is that if you run out of it while in freefall, you die. However, since your fall rate is constant, your consumption of altitude is constant. This means that if you have plenty of altitude, relax, because only time can take it away from you. Time and altitude are directly related. Loss of altitude awareness is a major contributor to skydiving fatalities. Always bear in mind that no distraction is worth dying for. Until your body's freefall clock has been programmed so that you know how long you've been in freefall, your only reference is your altimeter. Every time you do anything - intentionally or not - check your altitude. That way, you won't lose altitude awareness if a distraction such as a difficult maneuver or loose goggles comes along. Keep in mind that since you are consuming altitude (time) at a constant rate, you can't stop what you are doing, think it over, go back, and try again. In freefall, there are no time outs! That's why we try to do all of our freefall tasks carefully and deliberately, getting them right the first time. If you rush, you will actually lose time because the extra mistakes that result will slow you down. And when you consider the cost of freefall time, you'll appreciate the value of thorough ground preparation! Besides our time reference (altitude), we also make use of space references. There are two types of space references, orientation to the ground and orientation to other skydivers. We'll call the ground reference heading. Heading is an imaginary line drawn from a point on the horizon directly in front of you through your center. You use this reference for tasks such as turns, backloops, or simply hovering in place. Eventually you will substitute the line of flight for a personal heading. The line of flight is the heading the aircraft was on when you left it. The advantage of using line of flight is that now all the skydivers on the airplane have the same heading reference, instead of each picking their own. This makes it much easier to coordinate group activities. Your reference to the other skydivers is called the center point. The center point is that spot closest to all of the skydivers. When you are alone, it is in the middle of your body. With others, imagine a ball falling straight down around which everyone flies. In other words, four skydivers holding hands in a circle would have the center point in the middle of the ring. If they all backed up ten feet, it would still be in the same place because thjey are all still equally close to that point. In many ways, the center point of a formation is like the center of your box man discussed in the previous section. If one corner of a formation is low relative to the center point, the formation will turn in that direction. If two corners are low, it will slide in the direction of the low side. By now you can see that while skydiving, you have to be aware of several different things: altitude, your own body position, your position relative to the ground, and your position relative to others. Initially this will seem like a lot to be aware of, so on your first few jumps you will concentrate almost entirely on altitude and your body position while your jumpmasters take care of the rest. When you are release to fly free, you will add your own heading, and eventually you will be able to monitor these, the formation center point, and the line of flight as easily as you monitor your speed, direction, location, and other traffic as you drive to the drop zone! Test yourself: 1. "Temporal distortion" refers to the fact that in an emergency situation (losing control of your car, for example), the rush of chemicals to your brain can cause events to seemingly go into slow motion. Why would temporal distortion be extremely dangerous to a skydiver? 2. Why is ability to hold a heading considered essential to flying with other skydivers? Proceed to Chapter 5 (After the Freefall)
  19. labyrinth

    Risk Homeostasis and Skydiving

    Wikipedia describes the phenomenon as follows: 'Risk homeostasis is a psychological theory developed by Gerald J.S. Wilde, a professor emeritus of psychology at Queen's University, Kingston, Ontario, Canada...the theory of risk homeostasis states that an individual has an inbuilt target level of acceptable risk which does not change. This level varies between individuals. When the level of acceptable risk in one part of the individual's life changes; there will be a corresponding rise/drop in acceptable risk elsewhere. The same, argues Wilde, is true of larger human systems (e.g. a population of drivers).' Through the comparison of relevant Sky Diving statistics, recent studies in the field of risk homeostasis show that the introduction of a safety feature does not necessarily improve the generalredistribution This phenomenon, due to a type of 'risk redistribution', was researched by Sky-Diving academics who spotted strange fatality rate fluctuations migrating back and fourth between open canopy fatalities, 'no pull' and 'low pull' cases and others, depending on the adoption of certain safety feature at that time. The study employed the Cypres (Cybernetic Parachute Release System) Automatic Activation Device (AAD) as an example, which is specifically designed to deploy the reserve parachute at the required altitude, in the event of timing neglect by the jumper. Risk homeostasis shows that varying individual trends toward risk adjustment become displaced by the introduction of a safety feature. The concept results an inadvertent psychological neglect of natural automated adjustments to these barriers. This leads to a generalised lowered level of risk, instead of unique to the area in which the safety feature is applicable. The risk then becomes distributed across parameters and is referred to as 'accident migration'. When this in turn was applied in relation to levels of perceived risk, it was noted that; 'Skydivers adjust their behaviors to maintain arousal at optimal levels'- a behavioral modification linked to inadvertent risk displacement. Levels of risk vary from one person to another and are adjusted in accordance so as to maintain a level of comfort most acceptable to the individual. On the other end of the spectrum, however, more risk can be introduced if the threshold is too low in comparison to what the individual is used to. In other words, the tendency to take less precaution in presence of a safety measure does not necessarily result in a balanced distribution of risk and as a direct result, risk is inadvertently lowered in other areas. Where there may have been a decrease in 'low pull' or 'no pull' fatalities due to this mechanism, the open canopy fatalities increased, and the introduction of open canopy safety features appeared to coincide with an increase in landing fatalities. A correlation can be seen concerning traffic accidents, where most of the evidence for risk homeostasis originates. Studies have shown that 'pedestrians are twice as likely to be killed in a painted crosswalk as in an unmarked one' and that driver side airbags in actual fact contributed to driver behaviors that increased accidents and fatalities. Needless to say, the field of skydiving is a popular target for academic study on the topic of researching risk whether perceived or real. Sensation seeking provides the blueprint for studying risk-taking in social, legal, physical and financial for the sake of such experience. It has been found that personality types within this sphere can be genetically characterized by an elongated version of the DRD4 gene which regulates the production of dopamine and effects pleasure and emotion. It should therefore come as no surprise that when comparing skydivers to non-skydivers it was found that the former have lower levels of death anxiety, which in turn lends itself to higher levels of target risk. It was also found that Skydivers accept significantly higher levels of risk and that 'More experienced skydivers monitor the risk perceptions of the beginning skydivers in their subcultures.' Further research will be conducted into how to enforce precautionary measures within the parameters of these findings. To read the original case study visit www.vicnapier.com Original Authors: Napier, Vic Pima Community College Findley, Carolyn Sara (Casey) Auburn University Montgomery Self, Donald Raymond Auburn University Montgomery
  20. Image by Brian Buckland Remember hide-and-go-seek? Well: you’re probably better at it than turbulence. So why are so many skydivers still caught off-guard? The answer is probably--predictably--complacency. After all, skydivers aren’t as vigilant about rough air as, say, paragliding pilots. That said: the devil’s invisible rodeo remains a serious hazard for every single person in the air, whether or not their ram-air is meant to get them down instead of up. Most of the time, you’re gonna be lucky. You’ll meet turbulence under a skydiving canopy high enough above the ground that you’ll just rumble around for a little bit before cruising into smoother air. Sometimes, though, your luck will run out. When those bumps happen in close proximity to the ground, turbulence tells a very different (and sometimes quite painful) story. Don’t despair--you can use your grownup-level hide-and-go-seek skills to stay in one piece. Let’s start with the key takeaway: Like the dumbest kid on the playground, turbulence near the ground tends to stick to a few predictable hiding places. They’re gonna hide downwind of solid objects. This includes trees, buildings and anything else that’s tall, sticking out of the ground and wider than a flagpole. They’re gonna hide above differential ground features. You can expect different surfaces--such as the lawn of the landing area and the asphalt next to the hangar--to reflect heat differently. You will feel that difference as, y’know, bumps. Also notable: when the sun heats two dissimilar surfaces to different temperatures, dust devils have the conditions they need to form. These “baby tornadoes” are standbys of desert dropzones, and they can form from uneven heating even when the winds are otherwise calm. They’re gonna hide behind spinning props. Remember shielding your pretty little face from the prop blast as you hopped on the plane? Well, that wind doesn’t go away just because you’re now landing. Keep your parachute (and everything else you care about) well away from the spinning propellers of airplanes chugging away on the ground. In fact, keep as clear of any propellor as you can, whether it’s spinning or not, always. They’re gonna hide behind other parachutes. Parachutes chum up the air (especially behind them) just as much as any other airfoil would. Don’t be surprised when you’re thrown around when you tuck into an ill-advised CReW move--or chase somebody too closely in your landing pattern. Not so bad? Okay. Stop smiling so smugly, though: there are a few factors that make the situation way, way worse. If you bumble into the bumps thrown by these suckers, you’re going to have a bad time. Stronger wind. If the wind is pretty much zero on the ground, you can generally get away with landing closer to a turbulence-throwing obstacle than you would if the wind were hauling (or even moderate). If you see movement in the wind indicators, do yourself a favor and keep clear. Bigger obstacles. The wind will pretty deftly wrap around a narrow tree. A hangar, however, is another story. Tall walls, outbuildings, silos -- they’ll all be bubbling, toiling and troubling on the lee side when the wind is pushing. According to the USPA: “You can expect to feel the effects of turbulence at a distance as far as 10 to 20 times the height of the obstacle that the wind is blowing across.” Do the math: wind blowing across 50-foot-tall trees can cause turbulence 500 to 1,000 feet downwind. Yikes. One of the first diagrams you’re forced to stare at when you get your initial paragliding license (and every skydiver should, by the way) is one that describes rotor. Since paragliders are basically riding the wind that’s coming off of very, very big obstacles, those rotor diagrams are a good macro view of the turbulence that pours into any wind shadow. As an object gets bigger, those diagrams pretty handily describe the way wind tucks around and churns into the empty space on the other side of it. Are you ready to play? Thought so. Now count down from 13,500 and find turbulence before it finds you.
  21. Dean Potter's Moon WalkWorld reknowned extreme athlete Dean Potter was among the two people killed this weekend during a BASE jump in Yosemite Valley. Potter and Graham Hunt passed away on Saturday when attempting a night time wingsuit jump from Taft Point, a 7,500 foot exit point within the Yosemite National Park. The incident occurred on early Saturday night, and at 21:00, after both Potter and Hunt failed to respond to radio calls, the park officials were informed. Shortly after search and rescue crews had begun searching. The search crews were able to deploy aerial assistance on Sunday morning, when a search helicopter then spotted the bodies of both Potter and Hunt, reportedly with their parachutes undeployed. At the time of publication, there was still little information as to what may have happened during the flight that would cause both individuals to suffer the same fate, with both parties having extended knowledge of the area and geography, though it is speculated that the two BASE jumpers had undertook a more challenging line in their wingsuit flight from Taft Point, where it is currently illegal to BASE jump. While both Potter and Hunt were well known for their climbing and BASE jumping adventures, Potter was often seen as a face of the Yosemite climbing community, having established himself as a leading climber over the years and widely being considered one of the greatest climbers of his era. He dropped out of college to persue his climbing, where he grew his love of free climbing, speed climbing and slacklining. He later began BASE jumping, and became well known for his close relationship with his dog Whisper, who he would BASE jump with. Potter had an impressive record of first ascents and some unbelievable free solo climbs under his belt; it would be hard to argue that he was one of the best at what he did. Potter was no stranger to controversy and both his BASE jumping and climbing decisions landed him in some hot water. His BASE jumps with Whisper lead to an outcry by some, while sponsor Clif Bar severed their sponsorship with Potter, because they wanted to distance their brand from BASE jumping and the associated dangers that is poses. He caused the biggest stir when he free solo climbed Delicate Arch in Arches National Park. Douglas Spotted Eagle wrote a piece on the life of Graham Hunt which is published on Basejumper.com, an excerpt of which reads: "Graham was a skydiver and BASE jump/wingsuit pilot, but what he was also well-known for, is his climbing ability. Whether climbing a rock carrying a chainsaw as a firefighter, or simply needing to get to the exit point, Graham excelled as a freeclimber. His strength seemed almost inhuman. He first came to Skydive Elsinore in 2012 with a tracking suit in hand, and was a machine. Jump, pack, jump pack. Graham didn't socialize much, but always had a smile on his face and was very approachable. His girlfriend asked me to help her pick out a birthday gift for him, and he received an L&B; Altitrack for his birthday that year. He asked me to help him figure out how to look at the data, and in the same conversation, asked about a first flight course. Graham seemed extremely heads up during his first flight course, and I attributed that to him being a very aware tracking suit pilot. Later I learned that he'd previously had a first flight course before he had 200 jumps, at another dropzone. I asked him why he had asked for a first flight course with me, and he answered "I heard you do it differently, and I'm looking for all the knowledge I can find." Read More Tributes for the duo poured in over social media:
  22. nettenette

    How to Approach Your Recurrency Skydive

    Image by Joel Strickland What’s the second-scariest thing in the world? Probably, it’s the open door of a plane at altitude as seen through the eyes of an AFF-1 student. Remember that moment? Most of us do. What’s the first-scariest thing in the world? Arguably: the open door of a plane at altitude, seen through the eyes of a skydiver doing a recurrency jump after a long hiatus. Coming back to skydiving after a long time on the ground is an inarguably intense experience -- possibly even a bit more so than the first time your feet left the plane. First of all, you know a lot more about what can go wrong. You’re likely to feel a lot more pressure to perform “like an old pro,” which never helps matters. And -- if you took that time off to heal an injury that grounded you -- you’re getting back on the horse, cowboy/girl, and that ain’t no easy thing. How do you approach recurrency with the best chance of a successful reintroduction to the wild blue yonder? The same way you do everything else in airsports: mindfully, methodically and with a lot of sensitivity to your unique position in the sport and emotional biome. 1. Know the actual rules. The United States Parachute Association gives these guidelines for recurrency in the Skydiver's Information Manual. (Non-American skydivers may have different exact guidelines to follow.) A License “USPA A-license holders who have not made a freefall skydive within 60 days should make at least one jump under the supervision of a currently rated USPA instructional rating holder until demonstrating altitude awareness, freefall control on all axes, tracking, and canopy skills sufficient for safely jumping in groups.” B License “USPA B-license holders who have not made a freefall skydive within the preceding 90 days should make at least one jump under the supervision of a USPA instructional rating holder until demonstrating the ability to safely exercise the privileges of that license. C and D License “USPA C- and D-license holders who have not made a freefall skydive within the preceding six months should make at least one jump under the supervision of a USPA instructional rating holder until demonstrating the ability to safely exercise the privileges of that license.” 2. Lay the emotional groundwork to support your success. You’re not the first recurrency-seeker to freak out. Recurrency jumps are often hard -- especially if you're a newer skydiver. Many a lapsed skydiver has turned the car around on the way to the drop zone rather than get back in the sky. You’re going to need to use your tools. Call a friend -- even a non-skydiver -- to meet you at the DZ and keep you accountable. Watch videos of your past jumps to remind yourself that you'll be fine (and you'll be ecstatic when you land). Listen to music that gets you stoked. Read journal entries from the time that you were actively skydiving and having an awesome time up there. If you were out because of an injury or a medical issue, make sure to chat to your doctor about your intention to reenter the sport. If you need to, get a second opinion -- but hear them out. 3. Make sure your gear is up to the challenge, too. Has your gear been stored for more than a season? You’ll need to take a close look at it before you call it back into action. Parachutes don’t like to sit on the bench, y’know. After a longer period of time -- especially if the rig wasn’t stored unpacked in a climate-controlled environment with the stow bands removed -- the materials themselves may start to break down. If your rig has brass grommets on the main d-bag, the metal may have reacted with the rubber of the stow bands (making them hard, brittle, and incapable of doing their snappy little jobs). The ZP coating might have “glued” the cells together to the point where the canopy needs to be manually fluffed out. If your magical backpack has been in storage for any extended period of time, it’s smart (and confidence-inspiring) to have a rigger put it through its paces. Get a thorough inspection of all the nylon, the harness and the container, as well as the reserve repack that’s surely due. When it comes back, you’ll know that it’s airworthy (or you can get your hands on something that is). 4. Recognize your “aliefs” (and how to handle them). Coined by philosopher Tamar Gendler, an “alief” is another form of belief, but it’s not the same thing. We hold beliefs in response to what things are. An alief is a response to how things seem. Knowing and feeling that difference on a recurrency jump can bring you a lot of relief. Here’s how it works. As a skydiver, you have probably put in plenty of hours packing, gear checking, loading into a plane, exiting a plane, freefalling, flying your canopy and landing. With enough repetition, your brain has stored all these behaviors and recognizes them. On a conscious level, you believe yourself to be perfectly capable of performing the actions of a skydive. However, when you come back after a long hiatus, alief rears its ugly head. When you believe you can make a skydive but your body has become unaccustomed to the physical sensations of skydiving, you have an alief. The mental state of alief is a primal form of fear that underlies a moment you know you are safe in your head but your body's not on the same page (i.e. standing on a pane of rock-solid, clear glass, hundreds of feet over a canyon floor). Alief is a funny thing: it’s what makes people refuse to drink soup from a factory-fresh bedpan, eat fudge that looks like poop, or pull the trigger of an empty gun with the barrel against their head. It might also keep you from getting on the plane because damnit it just feels wrong. If you understand what you’re experiencing, though -- it might not. Let me be the first to high-five you back into the fold, friend.
  23. nettenette

    How to Team - Hayabusa's Best Tips

    How does the winningest 4-way team in the world get--and stay--that way? Image by Danny Jacobs If you say “by training hard,” you’re certainly right. Hayabusa, the aforementioned golden boys of 4-way FS, unsurprisingly train their way around the calendar in both the tunnel and the sky. As of publication, they recently topped of the podium in the FAI world championships for both, as you’ve undoubtedly noticed. The top of the podium is, after all, pretty much home for these guys. Their hard training schedule, however, is certainly not the only ingredient in the sweet-smelling success that’s always wafting out of the Hayabusa tent. If you’ve got a couple of hardworking skydiving buddies who fly well with you, you might be thinking about going for your own set of medals. Not into FS? No worries. It doesn’t matter if you point your belly button at the ground or the horizon: you can still borrow a page from Hayabusa’s playbook. Here’s what Hayabusa Point Dennis Praet has to say about how his uniquely consistent team keeps their streak going so strong. 1. Work on the relationships. “At the beginning, I really underestimated the importance of team dynamics,” Praet says. “They are super important. You can be an awesome flyer. You can do the fastest 360s. Whatever. But if you don’t have a good relationship with your teammates--if you are not very good friends--then competition is a very tough world.” “Don’t underestimate how important it is to have a good relationship with your teammates,” he continues, “And don’t misunderstand that to mean that you always have to accepting someone else’s bad habits or crap. It’s true that it is about coming to terms with some bad characteristics, but it’s more about appreciating the good ones. Like siblings, in a way.” 2. Fix what you need to and get on with it. “We had a very harsh year in 2014 with Hayabusa,” he explains. “It was the year that nobody liked, and it just takes all the passion away. We saw the rough year for what it was, changed the things that needed to change and found that passion back.” 3. Cross-train outside skydiving. “Everybody on the team does their own thing as far as fitness is concerned,” Dennis says. “It’s not a secret that I don’t like running; I would rather go to the gym or do some of my active hobbies, but pretty intensively. I absolutely love wakeboarding and kite surfing, and sometimes I’ll spend the whole day in the water, going hard.” “When I train, I focus on the fact that four way is a 35-second sprint--so going for endurance is only helpful in training. You can kind of pick your own sport to optimize your capacity for sprinting. As long as you are fit enough to go through a whole training camp--12 jumps a day, without losing your head--you are in good shape.” 4. Get your head right. “When we are going into a hard competing day,” Praet says, “We try to put all our personal issues on the side. If there is any small thing that might put you off your mental game, consciously put that out of your head. Then just trust the training that you have done; the plan that you followed throughout the year. That way, you know--even if you lose, it is just that the other team was better. It is not something that you have done or didn’t do. That knowledge is comforting.” Hayabusa winning 2013 Dubai International Skydive Championship
  24. Emma Tranter has helped airsports athletes get on--and stay on--the mat for 16 years. You’re next. So, full disclosure: This author has been practicing yoga for many years. I deeply believe that I couldn’t jump or fly without using yoga as a tool to undergird those activities, but it was so difficult to explain why that I generally deflected the conversation. After all, it used to be that chats involving yoga on the dropzone would end awkwardly (usually, with someone trying to fold themselves into lotus pose and falling off a barstool). These days, other airsports athletes tend to be much more receptive--but they often insist they simply can’t do yoga themselves, always calling in one (or more) of these three reasons: I don’t have time. I’m not flexible. I already work out enough. But what if I told you that these are all dismantlable barriers? That you can--and very much should--knock them down? And that it’ll measurably increase your sports performance? You certainly don’t have to take my word for it. Take Emma Tranter’s. Emma is a force of nature in our sport. A longtime-professional-skydiver-and-traveller-turned-extensively-educated-yoga-teacher, Emma has over 16 years of experience melding these two seemly opposing practices (and understands firsthand, the desires, aversions and excuses of the adventure-seeker. If you’ve spent time at Skydive DeLand, you know Emma for her yoga studio: The Yoga Shed, so close to Skydive DeLand that a well-thrown baseball will easily make the journey from the dropzone parking lot to the studio’s front door. Along with running her yoga studio, Emma currently travels the globe from her home base to facilitate Fusion Flow wellness retreats at various wind tunnels around the world, She does this with her twin sister, peak performance health coach, Lucie Charping. Arguably, Emma has the world’s most substantial experience in working with airsports athletes as they develop and advance a yoga practice. If anyone can break down the barriers between you and a yoga mat, it’s gonna be her. So let’s get started, shall we? ALO: Emma, tell us your abridged life story in the sky and on the mat. Emma: I made my first jump at home in New Zealand in 1994. I was professionally skydiving for many years--traveling all over the world for the sport. I eventually came to DeLand and stayed. I started teaching yoga in 2000, but I was still primarily a skydiver--packing parachutes and coaching at Skydive University and all of that kinda stuff. The balance shifted around 2003, when I completed a thousand-hour course in Precision Alignment Yoga. It was a two year training. It was awesome; I am still with those teachers. As the early 2000s went by, I started to get more more dedicated and committed to yoga. I transitioned out of professional skydiving but I stayed very active in the community, and I still fly regularly in the tunnel. The tunnel gives me more space in my life to dedicate to yoga, and teaching yoga is undoubtedly what I am supposed to be doing with my life. This is the sixth year of the Yoga Shed. Opening it in 2011 right next to the dropzone just seemed like the most natural choice in the world. I love to teach skydivers; they’re my people. And what skydivers find in a yoga practice is uniquely helpful to them. ALO: Does it still feel to you like people in these sports have the wrong idea about yoga? Emma: Oh yeah. A lot of airsports people--like the general public, I guess--still have the conception that yoga is about bending yourself into a pretzel or sitting on a cushion and omming. I mean, it is in some practices, but this is a very limited view. Airsports people tirelessly seek a state of flow. When you jump out of a plane or off a cliff and you’re not in that flow state, then that’s usually when things go wrong. When things go really right, it’s when your consciousness is in alignment; when you are fully present and not affected by your ego, when you aren’t thinking about what happened before or what’s coming in the future. You are just in that moment. Yoga gets you there. Airsports athletes make really good yogis because, once they actually establish the habit, they see the immediate, enormous benefits of the practice. They know what that particular flow feeling is when they meet it on the mat because it’s one of the central reasons they jump. The great news is that--once you’ve got the concentration required, when you can align the body and align the mind--then you start to experience that nowness that we all love in airsports whenever you want to. The trick is just to start doing it. ALO: Okay, Emma: I don’t have enough time. Emma: The first thing you have to do is be realistic as far as time goes. I always suggest the same question: How much time is realistic for you to dedicate to your health and wellness practices in order to support your flying, your skydiving, your BASE jumping...whatever it is that you love to do? Is it 10 minutes? 15 minutes? Half an hour? Most people will be, like, okay, I could definitely do 15 minutes. I take longer than that in the shower. Then I’ll say, “Okay. Let’s make this a 15-minute practice. How many days a week do you realistically think you will dedicate 15 minutes to do this practice? Twice a week? Three times a week? Fifteen minutes, three times a week, is very doable. I usually encourage my students to do their practice in the morning, before the day gets going and distractions come along. Can you get up 15 minutes earlier and fit it in before your shower? Do you see that as something that’s realistically possible? The majority of people discover that it’s quite easy to do. It’s more beneficial for people to do a 10- or 15-minute home practice every day than go take a class once a week for an hour and a half. When people start with a 10-minute or 15-minute practice and dedicate to it, that practice gradually lengthens in time. Suddenly that 10-minute practice that they were just going to get out of the way is 15 minutes long. And then, a month later, it is 20 minutes long, because they just felt like staying in it a little bit longer. In time, it grows and grows from within. But If you expect yourself to do a one-and-a-half hour practice, three times a week, right off the bat--if that’s unrealistic, then you’re setting yourself up for failure. If it’s that easy, why isn’t everybody doing it already? Find out in the next installment--as well as the reason “I’m not flexible” is the worst-ever reason not to take up yoga.
  25. Image by iFly Austin We would like to introduce the latest addition to Dropzone.com, our wind tunnel listings! We’ve been working hard at gathering information on all the active indoor skydiving venues from around the world, resulting in a list of 26 wind tunnels, spanning 12 countries, making it the most comprehensive and up to date list of vertical wind tunnels online. We have modelled the indoor skydiving section on that of our dropzone database, allowing you to review your experience, in turn helping others in choosing the best places to indoor skydive, and focusing on allowing you to quickly and easily find venues using GPS plotting. Users will be able to find detailed information about each dropzone in the listing, including time block pricing, training pricing, technical information and contact details. Indoor skydiving has become an essential part of competitive freefly training and continues to provide a platform for the evolution of body flight. With the continued growth of the sport, and the establishment of new tunnels, the future of indoor flying is looking extremely bright. We welcome and encourage users who have flown at any of the wind tunnels to submit a review of their experience. Should you know of a wind tunnel that is not listed in the database, you are able to submit a listing yourself, or contact us via e-mail and we will add the listing for you. Our database will continue to be built on and maintained by both dropzone.com and the respective owners and staff of the tunnels. If you are a staff member of one of the tunnels listed in our database, you can claim the listing. View Wind Tunnel Listings