NASA Student Launch 2016-17 sensor readout and camera aiming system
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Updated
Apr 8, 2017 - C++
NASA Student Launch 2016-17 sensor readout and camera aiming system
NASA Student Launch 2016-17 Computer Vision System
Monte-carlo dispersion analysis in the browser, powered by OpenRocket.
This repository houses the code of the first stage of the MANSEDS Rocket 2018. Featuring autonomous landing systems, sensor and actuator integration as well as rocket motor ignition.
GEOVIS - all-purpose flight-path visualization tool (for University of Louisville's River City Rocketry.)
Code for the rover for NASA Student Launch 2017-18.
Raspberry Pi based system for valve actuation and ignition. Used in UVic Rocketry's hybrid engine test stand.
GHS Rocketry Inventor & Arduino Development
Analysis of the distribution of the grain of a solid rocket with celllular automata
Repository for the 2018 Buckeye Space Launch Initiative.
Source code for the Piedmont Student Launch Team's website
Basic mock-up of a fully automated rocket landing on a droneship using Kerbal Space Program, the kRPC add-on, and Python.
Retropropulsion for precise apogee in model rockets.
The ground station software for the Battle of the Rockets competition
Save and plot data recepted from rfm69hcw. Work with a raspberry pi, a rfm69hcw and a 1602 lcd screen.
Calculate the thrust of a rocket motor.
Calculation utility programs for various rocket features and properties.
Start of a 3D physics engine (Currently goal is to make this applicable to model rocketry)
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