Built for Environments That Don't Forgive
Deployer
- Lightweight composite design – 45% lessweight compared to market available deployers
- Sizes from 1U, 3U, 6U, 12U, and 16U
- Compatible with multiple Launch Vehicle
- Ejection Velocity: 1 to 2m/s
Tip-off Rate: < 10°/sec/axis - Configurations (1X6U, 2X3U, 1X12U, 2X6U, 4X3U)
- Modular design to adapt multiple CubeSat
Cubesat
- 1U, 3U, 6U, 12U, and 16U CubeSat Structure.
- Lightweight Design
- Integrated ADCS, EPS, Propulsion and Solar Panel
HDRM
- Flight hardware can be repeatedly tested prior to flight
- Resettable, Non-consumable, Non-Pyrotechnic Mechanism
- Light weight
- High dynamic load capability
- SMA based Mechanism
EPS
- Modular configuration
- Flexible power delivery unit
- Fault tolerant power-continuity architecture
- 12 to 24 Customizable power outputs
- 6 wider range solar panel inputs
- Full battery protections
- Modular battery pack
Solar Panel
- Applications: 1U/2U/3U/6U/12U/16U CubeSats
- GaAs Triple-junction solar cells
- Manufactured according to space standards
- Protective cover and harnessing included
- Deployable Panels
Featured Work
1.Janus-1
Proud to contribute to the world’s first cloud-built demonstration LEO satellite, JANUS-1.
The satellite successfully reached orbit aboard the SSLV-D2 launched by the Indian Space Research Organization on 10 February 2023.
A dedicated nine-member engineering team from General Datum played a key role in supporting our customer’s mission helping take their first satellite from concept to launch in just 10 months.