Quickload has libraries of handgun and rifle cartridge cases, bullets and powders.
It lets you model the powder burn.
From modeling the powder burn, you can figure out how fast a bullet is moving when it leaves the barrel.
You can also figure out how long it takes for the bullet to leave the barrel.
Most people using quickload will use it to SELECT components and then they will assemble ammo to test with.
The program is as accurate as the input you give it.
The old computer adage "garbage in-garbage out" certainly applies here!
I have been able to get Quickload results to within 0.1% of my actual velocity measurements at the range during live fire after accounting for all the variables.
There are no shotgun cartridges or components modeled in Quickload.
It lets you model the powder burn.
From modeling the powder burn, you can figure out how fast a bullet is moving when it leaves the barrel.
You can also figure out how long it takes for the bullet to leave the barrel.
Most people using quickload will use it to SELECT components and then they will assemble ammo to test with.
The program is as accurate as the input you give it.
The old computer adage "garbage in-garbage out" certainly applies here!
I have been able to get Quickload results to within 0.1% of my actual velocity measurements at the range during live fire after accounting for all the variables.
There are no shotgun cartridges or components modeled in Quickload.



Comment