use cases
Built for the mission, first.
One drive technology spans multiple domains. The near-term value is in defense — affordable magazine depth, ground-based hypersonic test, and resilient access to space. The strategic value extends to the Moon and beyond.
Counter-UAS & Layered Air Defense
Missile-class reach at guided-gun-munition cost and cadence: the magazine depth to defeat mass drone and missile attacks affordably.
Hypersonic Testing
Ground-based, repeatable hypersonic test at higher velocities and a fraction of the cost of flight test — without a wind tunnel.
Assured Access to Space
High-cadence, propellant-free, inland launch: resilient access that doesn't depend on coastal ranges or chemical-propellant logistics.
Why electromagnetic, why now: chemical propellants reached their performance ceiling decades ago. Greater muzzle velocity means greater range; eliminating energetic propellant removes a leading logistics and safety burden; and a reusable, high-efficiency drive changes the cost-per-shot equation that defines affordability for mass-threat defense.
Space — strategic
Changing the economics of moving mass.
The same drive that serves near-term defense reshapes the long-term economics of space. EML is limited by design to raw materials and robust cargo — fuel, water, metals, roll stock, and powders — the high-tonnage commodities that make orbital and lunar industry viable.
Lunar Launch
The Moon's shallow gravity well needs only ~1.7 km/s to reach orbit — and its permanent vacuum and abundant solar power suit electromagnetic launch ideally. As NASA and partners return to the Moon, commercialization will demand low-cost movement of water, fuel, metals, and oxygen. EML's drive is synergistic with lunar mining and in-situ processing.
Earth-to-Orbit Raw Materials
With a small final-stage rocket for circularization, an Earth launcher could move raw materials to orbit at a few dollars per pound — transforming the economics of on-orbit construction, fuel depots, and large structures.
In-Space Logistics & Delta-V
A fixed orbital or Lagrange-point launcher, powered by a small reactor or solar, can impart delta-V for repositioning and transfer — staying in place rather than departing with each shipment, and built as heavy-duty as efficiency demands.
Asteroid Materials Transfer
Near-Earth asteroids hold vast quantities of valuable raw material. When deep-space mining matures, those materials must still be moved economically — where electromagnetic mass drivers become the long-term cost champion.
EML complements heavy-lift rockets rather than competing with them: rockets carry people, delicate, and oversized cargo; EML moves the high-tonnage raw materials that make a true space economy affordable.