July 10th, 2024

Model Rocket Nails Vertical Landing After Three-Year Effort

Aryan Kapoor achieved a vertical rocket landing with thrust-vector control technology after a three-year project. The rocket featured 3D printed components and innovative landing gear, impressing with its solid motor performance.

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Model Rocket Nails Vertical Landing After Three-Year Effort

A high school student named Aryan Kapoor from JRD Propulsion successfully achieved a vertical landing with a model rocket after a three-year effort. The rocket utilized thrust-vector control technology with two solid-propellant motors, one for ascent and one for descent. The rocket featured a 3D printed gimbal mount with servos for thrust vectoring, controlled by a custom flight computer. The landing gear included rubber bands for absorbing forces and syringes as dampers. Despite initial challenges during the test flight, the rocket managed to land successfully. The project showcased Kapoor's dedication and learning curve in rocketry, impressing observers with his achievement using solid rocket motors without throttle control. The accomplishment was noted for its innovation and potential for future advancements in the field.

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Link Icon 9 comments
By @thebigman433 - 7 months
Super cool project for a high schooler, ridiculous amount of skills shown. Highly recommend Joe Barnard's (BPS.space on Youtube) videos on this topic if you're interested. He was the first one to really do this project successfully, and had a pretty much identical design to what is in this article. His videos are super informative on the topic, and he has a plethora of other rocketry videos now, including custom motors and significantly larger scale rockets.
By @fullspectrumdev - 7 months
I’m curious why there’s no mention in the article of Joe Barnard’s efforts at bps.space which are “prior art” in this problem domain (landing a model rocket using TVC).
By @nayuki - 7 months
I wonder why these human inventions seemed to have happened in reverse order?

Normally, you'd expect someone to land a small or medium sized prototype rocket before the big real thing. Instead, SpaceX solved the vertical rocket landing problem for a full-size rocket at incredible cost and difficulty, and now a hobbyist copies the idea and scales it down.

I might be missing something here. Maybe someone solved the problem of vertical landing for less-than-full-size rockets before SpaceX? Maybe there's no value in solving that problem, so SpaceX jumped to full size right away?

By @delichon - 7 months
I hear there's another guy who's going to try to catch his rocket booster vertically in a pair of over sized chopsticks. It seems unlikely but I'm rooting for him. If it doesn't work out he should try to hire this high schooler to help.
By @dev_tty01 - 7 months
Really nice work. Well described and I love the number of clever solves. The syringe based landing gear is just marvelous. I imagine trying to build his own simple motors might be next. Also curious if he will start trying to use some sort of range finder to get accurate altitude during the landing phase. Just makes me happy to see someone his age so engaged already in excellent engineering.
By @criddell - 7 months
I always thought it was illegal to add guidance controls to a model rocket because that turns it into a missile.
By @lordnacho - 7 months
This is absolutely awesome. How does one gain the skills to do this as a high schooler? I'm amazed.
By @rolph - 7 months
i have reached out and invited aryan to this discussion, should aryan showup lets have a warm meet and greet for a prospective