
Halcyon Test Infrastructure
Vacuum Testing
Ground-test infrastructure for validating the E1 ECR thruster, spacecraft hardware, and propulsion subsystems in a controlled space-like environment.
Ground Test Campaign
From plasma ignition to propulsion validation.
Vacuum testing is the bridge between hardware design and orbital demonstration. The E1 test campaign will focus on plasma ignition, microwave coupling, magnetic-field tuning, thermal behavior, feed-system operation, and long-duration stability under low-pressure conditions.
E1
ECR thruster development and validation
875 G
Resonance-field verification and tuning
100 W
Commercial microwave source testing
LEO
Test data supporting orbital demonstration
Test Workflow
Iterate on Earth before flying in orbit.
The vacuum chamber enables Halcyon to characterize the E1 thruster before flight: confirming startup behavior, measuring operating stability, evaluating magnetic configurations, and refining the propulsion bay for the 2U CubeSat platform.
Ignite
Establish repeatable plasma startup
Tune
Adjust hybrid solenoid/permanent-magnet field geometry
Measure
Collect thermal, electrical, and operational data
Qualify
Prepare the system for LEO technology demonstration