ADVANCED DEPLOYABLE SATELLITE POWER SOLUTION
MMA’s patented HaWK™ (High Watts per Kilogram) solar array technology is a state-of-the-art deployable satellite power solution, providing best-in-class performance metrics for MicroSat platforms. Our modular and scalable components offer a variety of architecture designs to meet mission requirements. Our focus is on maintaining common components for elegant, deployable power solutions that are reliable at a competitive price point.
The HaWK system is designed for the CubeSat and Small Sat platforms, and provides a building block approach which allows modularity and scalability. Its innovative packaging and restraint scheme seamlessly mount to the outer surface of any CubeSat and meets 6.5mm envelope requirements. On-command deployment using an integrated heater circuit provides command and control versatility to mission operators. Increase orbital average power (OAP) through a uniquely designed single-axis, dual-wing, sun tracking gimbal assembly at 6.5mm thick.
- 36 Watts BOL @ 70°C peak power
- 130W/kg BOL specific power
- Spectrolab XTJ 29.9% and XTJ Prime 30.7%
- Discrete integrated bypass diode
- 1st mode >1.5Hz deployed (estimated)
- Deployment duration (tº) from launch lock release to full deployment (tƒ) <1.0 second
- Solar array system mass ~276.0 grams
- SADA 1U form factor (10cm) 6.5mm thick
- Motion is +/- 180 degrees
- Sun tracking
Continuous innovation in MMA HaWK solar array technologies, such as new HaWK configurations that enable higher power outputs, are enabling future, high-power photovoltaic solutions for Next Gen space flight applications.
*The HaWK array wings are designed to interface in both a gimbal or a non-gimbaled configuration without interface/configuration changes.
To see a comparison of key specifications for existing HaWK configurations, please click here.