Hello,
This is a "repost" of sorts from the Junior/Leader only NAR forum about a project I proposed. The idea is that Junior and Leader members lead their own subsystem of choice on a 2 stage 4" booster 3" sustainer rocket that would be launched to 100k+ ft. My idea behind this was to give junior and leader members and opportunity to learn how to design rocket components that go to the edge of space and back. This is also a way for Junior/Leader NAR members to get a better understanding of propulsion, something that is very important to me as it is literally what I want to do, and my current job as well. There‘s been a lot of coordination in the orignal post about how to do this, and we‘ve decided to try and start off designing smaller rockets at first, and building up to the 100k. (As if that wasn’t obvious) Lmk your thoughts.
This is a "repost" of sorts from the Junior/Leader only NAR forum about a project I proposed. The idea is that Junior and Leader members lead their own subsystem of choice on a 2 stage 4" booster 3" sustainer rocket that would be launched to 100k+ ft. My idea behind this was to give junior and leader members and opportunity to learn how to design rocket components that go to the edge of space and back. This is also a way for Junior/Leader NAR members to get a better understanding of propulsion, something that is very important to me as it is literally what I want to do, and my current job as well. There‘s been a lot of coordination in the orignal post about how to do this, and we‘ve decided to try and start off designing smaller rockets at first, and building up to the 100k. (As if that wasn’t obvious) Lmk your thoughts.