How much do 4.5mm steel pellets weigh?
- inonickname
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Pellet would go further. Higher cross-sectional density, less drag.
There's a huge variety of pellet weights available, so I can't give you a definite answer. Here's a chart with the mass of pellets (in grains).
link
If fired from an identical gun the loss of velocity for increased muzzle energy is not proportional to the increase of projectile mass. (generally) - you may double the muzzle energy, but the velocity probably won't drop by half.
There's a huge variety of pellet weights available, so I can't give you a definite answer. Here's a chart with the mass of pellets (in grains).
link
If fired from an identical gun the loss of velocity for increased muzzle energy is not proportional to the increase of projectile mass. (generally) - you may double the muzzle energy, but the velocity probably won't drop by half.
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- jackssmirkingrevenge
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The steel BB is heavier and smaller than the airsoft one, therefore it will lose velocity at a slower rate and go further through the air, as well as penetrating deeper through the target medium.
But if you can achieve the same pressure on the airsoft (not likely, but let's say) the larger surface will get a significantly bigger push (19lb at 800psi vs 35lb on a 6mm) and significantly higher muzzle vel. All else being equal, the airsoft doesn't have as tight a fit to the barrels, which may reduce the energy transfer.
A 4.5 mm steel BB will weigh 0.36 grams.
However, assuming we use the same pressure and barrel length on both, and the BB is doing 200 m/s... anyway, the steel BB would be doing 86.6 m/s.
However, after 20 metres, the steel one would be going faster than the plastic BB. But after only 10 metres, despite the fact that the lead pellet only had 56% of the energy in the first place, it would have more kinetic energy left.
It would however, take 35 metres for the steel BB to "catch up" as it were (less time to target).
It'll have a higher muzzle velocity simply by virtue of its lower mass. It'll have a higher muzzle energy by virtue of its higher area.nakarti wrote:But if you can achieve the same pressure on the airsoft the larger surface will get a significantly bigger push and significantly higher muzzle vel.
However, assuming we use the same pressure and barrel length on both, and the BB is doing 200 m/s... anyway, the steel BB would be doing 86.6 m/s.
However, after 20 metres, the steel one would be going faster than the plastic BB. But after only 10 metres, despite the fact that the lead pellet only had 56% of the energy in the first place, it would have more kinetic energy left.
It would however, take 35 metres for the steel BB to "catch up" as it were (less time to target).
Does that thing kinda look like a big cat to you?