I understand that when spiral grooves are cut into the inside of gun barrel the bullet is spinning like a planet on its axis when it leaves the muzzle. This gives the gun greater accuracy.
Could you cut a spiral groove in an arrow and thus give an archer greater accuracy?
An arrow isn't shot out of a cylinder so I doubt it would make any difference.
BTW, the Times New Roman font looks great.
I understand that when spiral grooves are cut into the inside of gun barrel the bullet is spinning like a planet on its axis when it leaves the muzzle. This gives the gun greater accuracy.
Could you cut a spiral groove in an arrow and thus give an archer greater accuracy?
Hmmm... the actual scheme the newb has proposed to get the arrow rotating sounds unlikely to work... but the principle behind it should.
Of cause, to get such a system working effectively it may be necessary to remove the flights from the arrow... which would decrease accuracy. So it's a question of if the accuracy you gain from setting the arrow spinning is greater than the accuracy lost by removing the flights.
I assuming that the newbie's proposed rifling system (as far as I can gather rifle the arrow, somewhere on the bow have a projection the fits into the rifling, fire arrow and hope things work) was applied... of cause it is probably much simpler and less expensive ('rifling' each arrow would be costly...) just to stick with fletchings.But without the fletchings how would you get the arrow to spin at all? And then there's the problem that it oscillates in flight.
Maybe he meant crossbows? Nah...that still wouldn't work, unless you had the crossbow fire it from a cylinder. But, wait, how would that work in a more efficiently than a regular bow or crossbow?An arrow isn't shot out of a cylinder so I doubt it would make any difference.
That's Courier.BTW, the Times New Roman font looks great.
That's Courier.