What are some of the practical considerations of properly making and shooting an ice bullet? I've seen a few videos on YouTube about this but none actually load an ammo and shot at practical distance so I thought it might be an interesting video to make if possible.
- Lead is ~10x as dense as ice, so the bullet will be 1/10 the weight if I make a mold using an actual ice bullet.
- Make the ice bullet longer? But even at 2x the length it will still just be 1/5 of the weight.
- Use some other metal that's liquid at room temperature? Mercury?
- Regardless of which material is choosen, the ammo and probably also the barrelled action will need to be cooled with dry ice prior to firing.
- How does different in density (e.g. same shape but much lighter) affect the internal ballistic and thus load development?
- While the ability to stay intact during flight is important, I'm more concerened about the bullet stay intact before existing the barrel, will ice/solid mecury be able to do that?
- Maybe to keep it simple, start with making a 50cal slug for muzzleloader before making a complete modern cased cartiage?
- What else am I missing and why am I crazy for even considering this?