Wave Motion Launch offers a ground‑based kinetic‑energy transmission system that beams propulsion energy to launch vehicles, allowing them to perform high‑g burns with an effective specific impulse of up to 1,800 seconds while carrying far less onboard propellant. This reduces vehicle mass, complexity, and launch cost, and provides launch providers and satellite operators with greater maneuverability for large constellations and heavy payload logistics.
Funding
Funding not disclosed
Founders
Product
Problem
Current launch vehicles rely on large amounts of onboard propellant, which increases vehicle mass, complexity, and cost, and limits payload capacity and maneuverability for satellite constellations.
Solution
Wave Motion Launch provides a large‑scale kinetic‑energy transmission system that delivers propulsion energy to spacecraft without requiring them to carry the full propellant load. By beaming kinetic energy to a vehicle in flight, the system enables high‑g burns with an effective specific impulse of up to 1,800 seconds, dramatically improving maneuverability for orbit‑changing and constellation‑maintenance tasks. The technology also supports megawatt‑scale directed‑energy applications and point‑to‑point payload transport, allowing thousand‑ton payloads to be moved between orbital locations with reduced structural margins and lower launch costs.
Target Audience
Primary customers are launch service providers and satellite operators seeking to reduce launch mass and cost while increasing orbital maneuver capability for large constellations and high‑value payloads.
Features
- Ground‑based kinetic energy transmitter that transfers propulsion energy to vehicles in subsonic ascent or orbit
- Enables high‑g thrust events equivalent to Isp ≈ 1,800 s, extending maneuver options for proliferated satellite constellations
- Reduces onboard propellant requirements, lowering vehicle mass, complexity, and launch cost
- Supports megawatt‑scale directed‑energy operations and large‑payload (thousand‑ton) point‑to‑point logistics
- Designed for integration with existing launch architectures, providing a subsonic ascent phase and massive structural margins