New designs are here.
The fs style just knuckle balls forward and doesn't stabilize.
The extended fins with out o-ring flies 20 yards further than the classic or o-ringed one.
This is just with preliminary tests and no fps regulation. Or hard tests.
version 3 test prints
Pure foam
Soft tip
firm tails
o-ring slot for barrel sizing if needed
over cambered fins for rotation and stability
color adjustable foam in solid color segments
uv reactive foam adatives available to coloring
Let me know what ya think
FEED BACK FROM TESTER E--- T---. On version 2 of the furthest right rocket.
ok i put it though the testing process yesterday and here is what the results are
havoc used with standard barrel at aproximately 200 fps (give or take)
test series one flight characteristics.
stayed level and mostly straight from 25 to about 60ish feet.
at about 80 feet is when they started to dip down in flight.
second test strength test hitting a solid wooden bunker flat shot at mid range
four hits, no damage to rockets seen
third tests.. testing to failure.
targeted concrete bunker wall, flat trajetory, direct hit at less than 5 feet away and using only one rocket.
shot it 7 times and only after 7th shot small rip where the shaft connected with the tail.
then shot it along the side across a black plastic corrugated pipe bunker ending hitting head on pipe (L shaped bunker) .
the rip slightly increased, flew straight, no damage anywhere else.
last test shot across paintball netting.
flew straight and tail fins ripped off at failure point.
overall conclusions
the combination of more solid body and soft nose PERFECT combination
It files pretty straight up to around 75ish feet before needing to angle for longer range.
the strength when used in worst possible situation very good.
what needs improvement IMO
while the fins did seem to hold it in the barrel to increase efficiency (and range in straight flight) need to increase the body for a closer bore to rocket match.
The shaft that the fins connect to needs to be a tad thicker and maybe a tad thicker."
the fins themselves had minimal bending and were not damaged in any tests.
so thickness and design seems to be spot on.
so as is very good design
to make better small changes suggested.
since the fins seem to help and the body isnt as soft as the nerf rounds that getting a tad closer or exact is the diameter... dont think flexible for much over bore size .
didnt have the longer (24inch) barrel to test with at the time and thats next test.
but given it helps other rounds (not so good on air, cant have everything) it extends flight range/levels.
oh i forgot to say outside of the tail torn off the rocket showed NO DAMAGE what so ever.
i only used one for failure test due to design seemed identical
(A big thank you to E---- T-----, on the help with testing)
The fs style just knuckle balls forward and doesn't stabilize.
The extended fins with out o-ring flies 20 yards further than the classic or o-ringed one.
This is just with preliminary tests and no fps regulation. Or hard tests.
version 3 test prints
Pure foam
Soft tip
firm tails
o-ring slot for barrel sizing if needed
over cambered fins for rotation and stability
color adjustable foam in solid color segments
uv reactive foam adatives available to coloring
Let me know what ya think
FEED BACK FROM TESTER E--- T---. On version 2 of the furthest right rocket.
ok i put it though the testing process yesterday and here is what the results are
havoc used with standard barrel at aproximately 200 fps (give or take)
test series one flight characteristics.
stayed level and mostly straight from 25 to about 60ish feet.
at about 80 feet is when they started to dip down in flight.
second test strength test hitting a solid wooden bunker flat shot at mid range
four hits, no damage to rockets seen
third tests.. testing to failure.
targeted concrete bunker wall, flat trajetory, direct hit at less than 5 feet away and using only one rocket.
shot it 7 times and only after 7th shot small rip where the shaft connected with the tail.
then shot it along the side across a black plastic corrugated pipe bunker ending hitting head on pipe (L shaped bunker) .
the rip slightly increased, flew straight, no damage anywhere else.
last test shot across paintball netting.
flew straight and tail fins ripped off at failure point.
overall conclusions
the combination of more solid body and soft nose PERFECT combination
It files pretty straight up to around 75ish feet before needing to angle for longer range.
the strength when used in worst possible situation very good.
what needs improvement IMO
while the fins did seem to hold it in the barrel to increase efficiency (and range in straight flight) need to increase the body for a closer bore to rocket match.
The shaft that the fins connect to needs to be a tad thicker and maybe a tad thicker."
the fins themselves had minimal bending and were not damaged in any tests.
so thickness and design seems to be spot on.
so as is very good design
to make better small changes suggested.
since the fins seem to help and the body isnt as soft as the nerf rounds that getting a tad closer or exact is the diameter... dont think flexible for much over bore size .
didnt have the longer (24inch) barrel to test with at the time and thats next test.
but given it helps other rounds (not so good on air, cant have everything) it extends flight range/levels.
oh i forgot to say outside of the tail torn off the rocket showed NO DAMAGE what so ever.
i only used one for failure test due to design seemed identical
(A big thank you to E---- T-----, on the help with testing)
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