Field-emission electric propulsion thruster systems for small satellites from ENPULSION.
ENPULSION's field-emission electric propulsion (FEEP) systems cover spacecraft from CubeSats to roughly 500 kg: Nano R3 for satellites up to 25 kg, Micro R3 for 10-100 kg spacecraft and the more powerful Nexus system for medium-sized platforms.
The Cortex Smart Mobility Interface controls multiple thrusters from one platform and expands customization and constellation options. More than 280 of the company's systems are in space across commercial, civil and defense missions.
| Attribute | FEEP Electric Propulsion Systems | Custom Propulsion Solutions | |
|---|---|---|---|
| Provider | |  | |
| Founded | 2016 | 2022 | |
| Sells To | Enterprise | Enterprise | |
| Pricing Model | — | Recurring | |
| Ownership | — | Venture-backed |
Provider
Founded 2016
Sells To Enterprise
Pricing Model —
Ownership —
Provider
Founded 2022
Sells To Enterprise
Pricing Model Recurring
Ownership Venture-backed
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Modular field-emission electric propulsion unit for small satellites from Morpheus Space.
Plug-and-play chemical propulsion module for ESPA-class satellites offered by GATE Space.
High-thrust green chemical satellite thruster with closed-loop pressure control from GATE Space.
Hydrogen-peroxide bi-propellant propulsion system family for small satellites from T4i.
Green monopropellant satellite propulsion system with a one-newton thruster from Manastu Space.
Standard and custom satellite propulsion systems with integration services from ArianeGroup.
