As humanity ventures farther into deep space, one reality becomes increasingly clear: without scalable, reliable, and efficient power systems, nothing survives—not machines, no habitats, no people. From propulsion to life support, mining equipment to defense systems, energy is the common denominator.

FAST Space Corporation has engineered a new generation of electric power solutions built specifically for the harshest off-world conditions. From our multi-unit 12-phase Super Flux motor to next-gen extended-life battery arrays and compact hydrogen plasma generators, we are rewriting the playbook on space power architecture.

Electricity Generation – FAST 12-Phase Super Flux Motor
In deep space or on planetary surfaces, conventional motors fail to deliver the performance, efficiency, and durability required for high-load, sustained operation. Generating consistent torque while managing heat and weight is a critical bottleneck in nearly every mission-critical system.

FAST Space’s proprietary 12-phase Super Flux Motor is the most advanced electric motor of its kind. Delivering 1,000 horsepower (746 kW) and 1,600 Nm of torque, this unit uses high-strength alloys, graphene composites, and rare-earth magnetic materials for extreme power density.

The hybrid radial-axial flux design and dual-rotor/single-stator configuration allows up to 10 units in parallel, forming a scalable electric drive system unlike anything else in the world. At under 50kg, it is lightweight, modular, and can run indefinitely with advanced phase-change and microchannel cooling. No other system compares.

Batteries – FAST High-Density Carbon Cell Arrays
Power isn’t just about generation—it’s about retention and discharge. Traditional space batteries suffer from short lifespan, thermal instability, and poor performance under repeated cycles or exposure to extreme temperatures.

FAST Space solves this with its next-gen battery architecture — a high-density hybrid storage unit based on graphene supercapacitor technology. These advanced systems offer near-instant charge and discharge cycles, exceptional thermal resilience, and virtually no degradation over hundreds of thousands of cycles.

Housed in carbon-composite casing for strength and weight reduction, these power banks serve both as primary reserves and as buffers to high-demand systems like electromagnetic launchers or plasma drills. With graphene capacitors, FAST enables a new era of high-performance, long-duration missions.

Generators – FAST GEN-1 Hydrogen Plasma Generator
Compact, continuous, and clean power generation in space has long been a challenge. Fuel cells and fission reactors carry massive safety and logistical burdens. Solar is inconsistent. What’s needed is a reliable energy core that can run in total isolation.

The FAST GEN-1 Hydrogen Plasma Generator offers precisely that. By using trace hydrogen—abundant on Mars, the Moon, and various asteroids—this system generates controlled plasma within a reinforced magnetic chamber, delivering sustained high-voltage output for weeks at a time. FAST GEN-1 powers everything from life support to propulsion recharge and is fully shielded, autonomous, and designed for redundancy. It’s the beating heart of every serious space operation moving forward.