When deciding to become a novelist while keeping the day job – sadly necessary if you also choose to live in a house and eat food – you have to be willing to give up most of your hobbies, or at least the most time-consuming ones. In my case, that was modeling and high-power rocketry (HPR, for the uninitiated).
HPR is the grown-up version of the ubiquitous Estes model rockets some of you might have toyed with as kids. Typically the rockets are big enough, and engines powerful enough, to require FAA waivers which close the airspace to conflicting traffic. You also have to go through a certification process with one of the national hobby organizations.
If you’ve been hanging out at this blog for a while, you know I’ve been a rocket and space geek since I was a little kid watching Apollo missions on the old black-and-white TV. When I discovered high-power about ten years ago, it hooked me completely. Better Half was less excited but she at least tolerated it. And to be fair, it’s not cheap: the cheapest motors are around twenty bucks each, and that’s if you’re using a reloadable system which means you’ve already forked over a hundred for motor casings. Throw in medium- to high-tech materials (fiberglass, composites, etc) and electronics (those parachutes don’t deploy themselves at 10,000′) and stuff gets spendy in a hurry. I built a couple of fiberglass rockets and one partially with composites, and that’s about as techy as it got. Perhaps if I’d invested in an altimeter-controlled recovery system, I’d still have Red Death instead of it being carted off by winds aloft somewhere into the next county.
This project, on the other hand, looks to be a bit more complicated.
It’s essentially an open-source Mercury/Redstone vehicle, taking advantage of modern building materials and 50-odd years of acquired knowledge. If you’re looking for a challenging build, this might be it.