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Flight Computer Software in development for a liquid-fuelled purposively landed rocket hopper that flies to 100m and back. This version is aimed at a small scale single rotor drone to demonstrate Thrust Vector Control and flight control algorithms

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CUSF-Lander/lander-2

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Cambridge University SpaceFlight - Propulsive Lander - Flight Computer Software

Flight computer software developed on top of ESP-IDF for a liquid fuelled, propulsively landed rocket hopper that flies to 100m and back, to compete in The Lander Challenge.

This version of the software is to be used by a small scale single rotor (with 2 counter-rotating propellers) drone to demonstrate Thrust Vector Control and relevant state estimation and flight control algorithms.

The current plan is to implement a Linear Quadratic Regulator for Full State Feedback.

Current Software, Control Systems, Mechanical, and Electronics Sub-teams:

IMG_8239

Setup Guide

  1. Clone the repository by git clone https://github.com/CUSF-Lander/lander-2.git --recurse-submodules

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Flight Computer Software in development for a liquid-fuelled purposively landed rocket hopper that flies to 100m and back. This version is aimed at a small scale single rotor drone to demonstrate Thrust Vector Control and flight control algorithms

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