ScaledAtomics provides the MN-350, a containerized, deployable energy system delivering continuous power for military operations without refueling or supply lines. Housed in a single 20-foot container, it features EMP hardening, a 10-year refueling interval, and can power up in two hours, supporting directed energy weapons, drones, and communications. The system enables commanders to generate, store, distribute, and manage energy as a warfighting capability at the edge.
Funding
Funding not disclosed
Founders
Product
Problem
Modern military operations rely heavily on electricity to power weapons, sensors, and autonomous systems, yet traditional energy logistics require vulnerable supply lines and frequent refueling. This creates operational constraints, limits freedom of action, and places forces at risk in austere or contested environments where continuous power is not guaranteed.
Solution
ScaledAtomics delivers the MN-350, a deployable energy system packaged in a single 20-foot container that provides continuous, independent power for military units at the edge. The system is designed for rapid deployment by air, land, or sea and incorporates robust shielding, cyber-hardening, and EMP protection to operate in demanding environments. It powers up in two hours and shuts down in under four, with a light logistics footprint and a 10-year planned refueling interval, eliminating the need for constant supply lines. The MN-350 supports high-pulse power for directed energy weapons, distributed recharging for UAS swarms, and reliable electricity for radar, sensors, and communications, enabling commanders to treat energy as a warfighting capability to expand operational reach and decision dominance.
Target Audience
The primary customers are military and defense organizations across the joint force, including commanders and logistics units needing deployable, resilient energy for expeditionary operations, air defense, and autonomous system support.
Features
- Single 20-foot container design for rapid transport by air, land, or sea
- Nuclear microreactor technology providing continuous power without refueling for up to 10 years
- Robust electromagnetic shielding, cyber-hardening, and EMP protection for resilience against electronic attack
- Two-hour power-up and sub-four-hour shutdown sequence for rapid mission readiness
- High-pulse power output capable of supporting directed energy weapon systems against UAS and airborne threats
- Distributed recharging architecture for autonomous systems and drone swarms at austere locations