I would like to calculate the distance of impact based on the initial muzzle velocity and muzzle angle.
I would like to know the Funky Trees formula for this.
For example: at a muzzle velocity of 1560 m/s and a muzzle angle of 20 degrees
If the muzzle velocity is 1560 m/s and the muzzle angle is 20°, at how many kilometers will the shell land?
Maybe you can try Snowflakes Fire Assistance System ?
@Astro12 Every gun's Paris gun in SP!
This can be calculated because the projectiles in the SP are not affected by air resistance, they fly according to a quite simple formula. First, use the sine of the angle of elevation and muzzle velocity to determine when the projectile will be at target altitude after firing, then calculate the time, and multiply the cosine of the angle of elevation by the muzzle velocity to get the distance. This is hard to describe in text, a physics textbook will help you.
Idk