I watched all his vids. They're pretty good. He's damn good in concealment. But sometimes he sounds a little bit arrogant though. Just my opinion. But I really like his videos. Looking forward for some more ingame videos. 
He did, and while he might not be correct, he does make some nice videos.:tup:He has some good videos, but I *THINK* he made one (once upon a time) stating that
"Of course lighter BBs travel further" and he symbolized this by throwing a small stone, and a really heavy stone and of course the small stone went further... Perhaps it was the other way around with the heavy stone going further? Either way, I couldn't help but sit there thinking "this is wrong".
It put me off watching his videos, that and I prefer game-play videos to tutorials.
That being said, I have used some of his information regarding concealment in game- and I thank him for that.
After watching the video about bb weights and distance (where he throws the stone) I believe he is correct (It is a very unscientific way of showing it but in principle he is correct). A lot of people in the sniper realm seem to think that the heavier the bb the better but that is not always correct. If you go too heavy then your gun just won't have the velocity to push it out very far and to get the distance the bb will have to be lobbed to the target (As shown when he fires the 0.42gm bb's). (In my time of experimenting with bb weights I have found the same thing) So this is where high FPS springs come in useful as you will be able to push heavier bb's.I *THINK* he made one (once upon a time) stating that
"Of course lighter BBs travel further" and he symbolized this by throwing a small stone, and a really heavy stone and of course the small stone went further... Perhaps it was the other way around with the heavy stone going further? Either way, I couldn't help but sit there thinking "this is wrong"
Yep... but then energy creep comes into play, and pushes heavier bbs with more energy than lighter ones, and thus makes them go farther away.A lot of people in the sniper realm seem to think that the heavier the bb the better but that is not always correct.
Correct.Yep... but then energy creep comes into play, and pushes heavier bbs with more energy than lighter ones, and thus makes them go farther away.
All goodI'd like to throw in that this is why I edited my post with an apology at the end.
I re-watched it and also realized he was correct too. I don't know where I got the "he's wrong" thing from, and again, sorry for that.
He's always very careful to say that a gun with "more power" (he never says fps) will generally shoot further than a gun with less power, making me believe he knows a lot more about energy creep than he is letting on to his Youtube followers. It's a secret only the l33t keep![]()
This is actually not correct with the current weight of BBs we have. A .43 and a .36 at .9J (which is 212 FPS and 232 FPS respectively) will both travel about 210 feet flat, the .43 is actually a flatter trajectory than the .36.Correct.
What he is saying is that there is a point to where the heavier bb's will be a disadvantage. So heavy bb's are good to a point and then you may go over the optimum point and they may be a disadvantage.
I'm a fair bit interested in the rotation speed, that is used to to calculate the trajectory in the case of .43 at 212fps and .36 at 232fps.This is actually not correct with the current weight of BBs we have. A .43 and a .36 at .9J (which is 212 FPS and 232 FPS respectively) will both travel about 210 feet flat, the .43 is actually a flatter trajectory than the .36.
If we get into .66 then this becomes true. a .66 at .9J (171 FPS) will only travel about 150 feet. The reason is that the hopup takes effect pretty much straight from the barrel instead of at a distance because of the slow speed.
But since we don't have .66 yet, using .43g BBs is 150% time better than using any other BB at the same Joules.
My calculations say that you use the exit speed of the bb, to calculate the rpm(As in the Airsoft Trajectory Project).The RPMs are both in the 70,000 - 80,000 range which is actually pretty slow. Usually at 1.5J it's about 90,000 or so.
You're probably right in theory, or according to your secret equation, but in practice I've seen over and over again a gun fires better, flatter and further with a "middle" weight.This is actually not correct with the current weight of BBs we have. A .43 and a .36 at .9J (which is 212 FPS and 232 FPS respectively) will both travel about 210 feet flat, the .43 is actually a flatter trajectory than the .36.
If we get into .66 then this becomes true. a .66 at .9J (171 FPS) will only travel about 150 feet. The reason is that the hopup takes effect pretty much straight from the barrel instead of at a distance because of the slow speed.
But since we don't have .66 yet, using .43g BBs is 150% time better than using any other BB at the same Joules.
I am beginning to think your secret formula you have for figuring out distance is badly flawed as other have thought this too.This is actually not correct with the current weight of BBs we have. A .43 and a .36 at .9J (which is 212 FPS and 232 FPS respectively) will both travel about 210 feet flat, the .43 is actually a flatter trajectory than the .36.
If we get into .66 then this becomes true. a .66 at .9J (171 FPS) will only travel about 150 feet. The reason is that the hopup takes effect pretty much straight from the barrel instead of at a distance because of the slow speed.
But since we don't have .66 yet, using .43g BBs is 150% time better than using any other BB at the same Joules.