Missions

Our three active missions span rocketry, high-altitude research, and CubeSat development. Each student-built mission turns a technical question into hardware, software, tests, and operations planning.

High-Altitude research

BOLT

High-altitude experiment: researching optical wireless links for satellite communication and power.
View BOLT
BOLT

Rocketry

Eos

Rocket development: building a bi-liquid engine, vehicle and recovery, and ground systems.
View Eos
Eos

Satellites

HANS

Hamburg’s first satellite: a CubeSat for northern lights observation and radiation measurements.
View HANS
HANS

Mission workflow

From idea to flight operations

How we progress through design, prototypes, testing, and documentation in our aerospace projects.

Step 1

Mission scope

Define mission objectives, requirements, and system architecture while evaluating technical risks and constraints.

Step 2

Development and testing

Design, manufacture, integrate, and test subsystems to verify performance before flight.

Step 3

Operations

Conduct system tests, launch or flight operations, analyze results, and document lessons learned for future teams.

Join a mission

Mission teams need many kinds of contributors

Propulsion, structures, software, electronics, simulation, manufacturing, operations, documentation, outreach, and sponsor communication all become mission-critical.