The highest thrust to power ratio on the market, in less than 1U. Devote more space and power for your critical payloads.
Using commercial MEMS manufacturing processes, TILE can be mass produced for constellations with short lead times and low costs.
The modular design can be flexibly configured to meet your mission needs. Aggregate units to multiply thrust, or distribute components across the spacecraft.
Propulsion control integrates easily with your existing mission control software. Access health monitoring and diagnostics with a user-friendly interface.
Orbit in stealth. Unlike plasma-based solutions, TILE ionization doesn’t produce easily detectable emissions of high-power RF, UV, IR, or visible light.
Increase resiliency by combining the high thrust of chemical propulsion with the high efficiency of TILE, all with the same ionic liquid propellant.
Thruster chip arrays are fault tolerant and eliminate common points of failure. No external cathodes, no plasma and no reactive emissions.
Ionic liquid is an inert, inexpensive, non-toxic and non-explosive source of propulsion. It’s stored in a low pressure container to further reduce risk.