cheese_greaterHow would a flaming projectile like a fire arrow not be extinguished by the rushing wind?
TrackinDaKrakenThey’re dipped in oil. The oil burns vigorously. The oil burns brightly. The oil burns.
And of anything the flight probably enhances the flame by providing plenty of O2
I might be conflating that with when you normally blow out flames, obviously your breath is mostly CO~2~ so thats my bad
ComradeSharkfuckerOil burn so good. It really is just that effective
When I was a kid I used to make bows and arrows, and so obviously lit arrows on fire.
You for sure need an accelerant. I recall personally using gas line antifreeze. Otherwise yeah they’ll extinguish pretty much instantly.
I can’t really remember if the flaming arrows “flamed” the whole flight, or if they extinguished in flight but because of the accelerant were able to reignite once they stopped.
ParagoneInteresting question…
Putting grooves in the sides of the arrow, to protect some of the flame from being blown-out, might be a useful improvement…
The people identifying that oil/petrochemicals burn are right, but you want to have the viscosity of the fuel be such that it’ll burn easily ( low-viscosity, vaporizes easily ) and it won’t be blown-off ( high viscosity, doesn’t burn easily ), so then you have to solve your airspeed, to optimize the fuel for that airspeed…
So, a fuel which may work well on a 20lbs bow might not work well on a 60lbs draw bow…
Bullets apparently just use white phosphorous in their tails ( tracers ).
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Because they’re not just some cotton doused in a flammable liquid.
Tod has some good videos exploring this: m.youtube.com/watch?v=xNCU4WndtYk.
