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Build everything ourselves
Every part is designed, machined, and assembled by undergraduates: injectors, PCBs, airframes, and the stands that fire them.
Propulsion · Aeronautics · Rocket Systems Engineering
PARSEC is Caltech’s rocketry group. Our goals: fly Icarus — a liquid‑oxygen / kerosene rocket designed to take off, hover, and set itself back down with its engine — in the Collegiate Propulsive Lander Challenge, and publish the research it takes to get there.
Program objectives
The Collegiate Propulsive Lander Challenge asks student teams to attempt something only a handful of organizations have ever done: fly a liquid-propellant rocket and bring it back down on its own engine.
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Every part is designed, machined, and assembled by undergraduates: injectors, PCBs, airframes, and the stands that fire them.
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A rocket that lands must fight its own thrust. Our LOX/kerosene engines will hold stable combustion far below full power, to be proven in frequent, long‑duration hotfires on Monolith.
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Landing means closing the loop between sensors, flight computer, and actuators hundreds of times per second. Our Daedalus drones rack up propulsive touchdowns before Icarus ever lights.
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Results leave the lab. What our testbeds demonstrate in flight becomes published research that advances self‑landing rocketry in the aerospace community.
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