DeltaX Propulsion develops advanced electrospray thrusters that deliver high efficiency, scalability, and low mass for small satellites and spacecraft.
Funding
Funding not disclosed
Founders
Product
Problem
Small satellites and spacecraft require propulsion systems that are lightweight, highly efficient, and scalable, yet current electric thrusters often involve bulky hardware and limited thrust density, restricting precise maneuvering, formation flying, and mission longevity.
Solution
DeltaX Propulsion offers advanced electrospray thrusters that leverage carbon‑aerogel nanomaterials to achieve high specific impulse with minimal mass. The electrospray architecture provides fine thrust control suitable for CubeSats and other small platforms, enabling agile orbital adjustments and extended mission durations. By integrating material‑science expertise, the company also supplies EMI shielding, thermal barrier, and electrospray coating services to enhance the reliability of space subsystems. These combined capabilities support precise spacecraft mobility while maintaining low system weight and power consumption.
Target Audience
Primary customers are satellite manufacturers, mission designers, and aerospace integrators developing CubeSats, small satellites, and other low‑mass spacecraft that require precise, efficient propulsion and advanced material protection.
Features
- Carbon‑aerogel emitter design delivering high thrust efficiency and scalability for small satellite propulsion
- Electrospray thrust generation with fine thrust resolution for formation flying and precise attitude control
- Lightweight, low‑mass thruster package optimized for CubeSat and microsatellite form factors
- Integrated material‑science services including EMI shielding, thermal barrier solutions, and electrospray coating for space hardware
- Compatibility with existing spacecraft power and control interfaces for straightforward integration