Hybryd Rocket Engine Integration

The Hybrid Engine Flight Integration project is one of ManSEDS’ flagship propulsion activities, and one of the most ambitious student‑led engineering efforts in the UK. Last year, our team successfully completed a full‑stack test fire of the E2 Hybrid Rocket, proving the tank, feed system, ignition, and instrumentation required for independent engine operation. This year, we’re taking the next step: integrating that engine into a launch‑ready rocket.

Our goal is to fly the E2 Hybrid in summer 2027, aiming to make it the first UK university to launch a student‑built hybrid rocket motor. This is a major milestone for ManSEDS and a rare opportunity for students to work on real propulsion hardware that will go from test stand to flight.

What the Project Involves

Engine–Vehicle Integration

Students will work on mounting systems, structural interfaces, avionics connections, and safety mechanisms needed to adapt the hybrid engine for flight.

Flight Vehicle Development

The team will design and build the rocket that will carry the E2 Hybrid, including airframe construction, recovery systems, electronics, and stability analysis.

Testing & Validation

The project includes ground testing, subsystem verification, and full‑stack rehearsals to ensure the vehicle is safe, stable, and flight‑ready.

Launch Campaign Preparation

Students will help plan and execute the 2027 launch campaign, including logistics, safety documentation, operations planning, and post‑flight analysis.

Why You Should Get Involved

This project offers one of the most unique engineering experiences available at any UK university:

Work on real rocket engine hardware

You’ll gain hands‑on experience with hybrid propulsion systems, feed systems, ignition, and high‑energy engineering.

Be part of a UK first

Helping deliver the first UK university hybrid rocket launch is a standout achievement for any engineering portfolio.

Learn industry‑relevant skills

System integration, safety engineering, instrumentation, structural design, and operations planning are all core aerospace competencies.

Join a high‑performance team

You’ll work alongside students involved in national competitions, ESA programmes, and advanced R&D projects.

Create something that actually flies

Few student projects anywhere in the world offer the chance to build hardware that will leave the ground.

If you want to work on propulsion, advanced systems engineering, or real flight hardware, this is one of the most exciting projects you can join at Manchester.