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kallend

Glide ratio when flocking

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Its funny to see that the guy in the tunnel flies in a position we DO see in some flocks. And actually has NO forward speed at all. Still a massive suit. But aside from a bit slower fallrate, he could probably do the same tunnelflying in a classic....:P

Like said before....suits grow...people bring more weight to compensate. yet performance in groups seems to be stuck at the same level...

JC
FlyLikeBrick
I'm an Athlete?

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Its funny to see that the guy in the tunnel flies in a position we DO see in some flocks. And actually has NO forward speed at all. Still a massive suit. But aside from a bit slower fallrate, he could probably do the same tunnelflying in a classic....:P

Like said before....suits grow...people bring more weight to compensate. yet performance in groups seems to be stuck at the same level...



I'd suggest that the position he's flying is incredibly common in flocks where you have mattresses combined with more typical suits. I *really* wanted to see him pop out his feet and sail off the wind into the trees. :D
Put down some mattresses, see how far he'd fly. Where's Stoney when you need him?:P

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Its funny to see that the guy in the tunnel flies in a position we DO see in some flocks. And actually has NO forward speed at all. Still a massive suit. But aside from a bit slower fallrate, he could probably do the same tunnelflying in a classic....:P

Like said before....suits grow...people bring more weight to compensate. yet performance in groups seems to be stuck at the same level...



Glide ratio is a direct measure of lift/drag ratio. This guy is producing no lift at all. The suit is stalled out.

Even 1:1 is piss poor performance (drag = lift).
...

The only sure way to survive a canopy collision is not to have one.

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The fact that you're adding lead, to fly in flocks with wingsuits doing speeds and glide ratios one can do in tracking or even FS suit (by your own words) has nothing to do with glide ratio and lift/drag?

Funny man...:D:S



You just don't get it.:S
Weight translates to speed.
Speed translates to lift.
Lift translates to glide.
Ergo, the more weight you wear, the more glide available.:)

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It's fun hearing people ask for 'european speeds' at boogies;)



That was one of the most funny things heard at the camp after the Performance Cup, eh? LOL!
"You guys fly like Europeans, it's just too fast!"

The 2.5 min, 3.5 mile flocks were outstanding.

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The fact that you're adding lead, to fly in flocks with wingsuits doing speeds and glide ratios one can do in tracking or even FS suit (by your own words) has nothing to do with glide ratio and lift/drag?

Funny man...:D:S



Glide ratio depends on lift : drag ratio, not on mass.

Achievable fall rate and forward speed each depend on mass, but mass cancels out when you take the ratio.


Basic aerodynamics. You should take some time to learn it, then you wouldn't have such conceptual problems.
...

The only sure way to survive a canopy collision is not to have one.

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The fact that you're adding lead, to fly in flocks with wingsuits doing speeds and glide ratios one can do in tracking or even FS suit (by your own words) has nothing to do with glide ratio and lift/drag?

Funny man...:D:S



You just don't get it.:S
Weight translates to speed. correct
Speed translates to lift.correct

Lift translates to glide.

Define "glide". Do you mean "glide ratio"?

Ergo, the more weight you wear, the more glide available.:)
Without defining what you mean by "glide", that statement is meaningless.



If everyone would use standard aerodynamics vocabulary it would reduce the level of misunderstanding around here.
...

The only sure way to survive a canopy collision is not to have one.

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If everyone would use standard aerodynamics vocabulary it would reduce the level of misunderstanding around here.



A-only a rocket scientist wouldn't know what I meant.
B-If everyone were a rocket scientist it would reduce the level of misunderstanding around here, too. Alternatively, if the rocket scientists would pull their semantics out of their gashole, it might help reduce the level of misunderstanding around here too :P:)

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If everyone would use standard aerodynamics vocabulary it would reduce the level of misunderstanding around here.



A-only a rocket scientist wouldn't know what I meant.
B-If everyone were a rocket scientist it would reduce the level of misunderstanding around here, too. Alternatively, if the rocket scientists would pull their semantics out of their gashole, it might help reduce the level of misunderstanding around here too :P:)


Rocket scientists rock. They actually get things done.
...

The only sure way to survive a canopy collision is not to have one.

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Rocket scientists rock. They actually get things done.



Kinda like people flying smaller wingsuits, who do artistics and close proximity flocking:P


And when their skills improve, they can fly larger suits too.:P
...

The only sure way to survive a canopy collision is not to have one.

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And when their skills experience improves, they can fly larger suits too.:P



Most of your flocking was at "glide ratios around 1:1" and you stated that "1:1 is a piss-poor glide ratio" ...
in the same post he was also wondering why formation leaders were adopting such steep angles, which I understood as " hey, let's perform better"
scissors beat paper, paper beat rock, rock beat wingsuit - KarlM

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And when their skills experience improves, they can fly larger suits too.:P



Most of your flocking was at "glide ratios around 1:1" and you stated that "1:1 is a piss-poor glide ratio" ...
in the same post he was also wondering why formation leaders were adopting such steep angles, which I understood as " hey, let's perform better"


Don't bother him with facts.
...

The only sure way to survive a canopy collision is not to have one.

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And when their skills improve, they can fly larger suits too.



They do...only not in situations where it negatively impacts those trying to fly really tight slots or grips next to them:D:S


And when their skills improve they'll be able to do that too.
...

The only sure way to survive a canopy collision is not to have one.

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And when their skills improve, they can fly larger suits too.



They do...only not in situations where it negatively impacts those trying to fly really tight slots or grips next to them:D:S


And when their skills improve they'll be able to do that too.


Are there still people so daft to believe that big suits have anything to do with skills (other than being a compensation for small dick and lack of skill?)

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Are there still people so daft to believe that big suits have anything to do with skills (other than being a compensation for small dick and lack of skill?)

ssshhhhht don't tell everybody why I got a big suit >:(
scissors beat paper, paper beat rock, rock beat wingsuit - KarlM

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And when their skills improve, they can fly larger suits too.



They do...only not in situations where it negatively impacts those trying to fly really tight slots or grips next to them:D:S


And when their skills improve they'll be able to do that too.


Are there still people so daft to believe that big suits have anything to do with skills (other than being a compensation for small dick and lack of skill?)


So you agree that suit size and skill are unrelated. Progress is being made.
...

The only sure way to survive a canopy collision is not to have one.

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