A probe assembly uses biased retention elements for passive spacecraft capture, reducing active components and docking failure risk.
A membrane tank uses magnetic coupling to wipe blocked filters and stir multiphase contents without dynamic seals in microgravity.
Carbon-fiber tubes, reinforcements, and a flexible metal strap enable controlled folding across extreme space temperatures.
High-redundancy overview images and low-overlap detail captures speed high-resolution photomap generation.
This case uses switchable electropermanent magnets to simplify fluid interface alignment, coupling, and disconnection in space.
This case combines sensor selection, multiple orbital models, and barycentric views for faster trajectory configuration and analysis.
This case combines chemical and electric propulsion in one CubeSat engine to balance rapid maneuvers, station-keeping, size, and mass.
A ground telescope and GPU-based hierarchical processing build debris tracks from detector data for real-time trajectory detection.
An attachable tag harvests environmental energy to transmit RF identity signals, pairing tag data with radar orbital paths.
The TASC air-scoop collects and compresses atmospheric particles, supplying electric thrusters for sustainable ULEO operation.
A motorized drum and tensioning mechanism deploy satellite booms without blooming.
A plate-mounted transverse magnetic field slows ions below the sputtering threshold, preserving plume integrity during propulsion tests.
A nuclear reactor heats working fluid to drive the cryocooler turbine, reducing conversion losses and liquid hydrogen boil-off.
Inter-truss surface material and curved members support high extended-state stiffness while enabling compact contracted storage.
This case combines tensioned mandrel winding with eccentric fuel monoliths to improve alignment and protect reactor insulation from hot-gas penetration.
This case shows how sub-stack and full-stack struts improve lateral stability, payload-space use, and multi-location satellite release.