We engineer magnetically levitated kinetic energy storage systems that deliver high-power, long-duration performance without chemical batteries or degradation
SPIN is led by a team of engineers and inventors who have repeatedly built and commercialized first-of-kind, physics-constrained systems.
The team has designed breakthrough computing, electronics, and energy architectures acquired by global technology leaders, holds foundational patents in virtual memory and system-level optimization, and has led advanced electronics, telemetry, guidance, and control efforts for the world’s first privately developed commercial hybrid rocket. Their background spans kinetic energy storage (FESS), advanced composites, graphene-enabled materials, and novel polymer chemistries—delivering multiple industry firsts across aerospace, defense, energy, and transportation. This depth across materials science, mechanical systems, and long-life architectures underpins SPIN’s approach to durable, high-assurance energy storage.
Simple by design with only one moving part.
Proprietary software and a patented suspension system mitigate the constraints of traditional flywheel technologies.
A rotor that spins on a virtual axle minimizes energy loss and precision manufacturing requirements.
Predictable behavior over time with reduced lifecycle maintenance.