Genergo Propellant-Free Electromagnetic Propulsion System
Genergo
Propellantless electromagnetic propulsion for satellites — converts electrical energy directly into thrust, no fuel required. TRL 7-8 with 1,328 on-orbit hours across GEN-01/02/03 on SpaceX Transporter flights.
Typed specifications3 values
Discloses 2 of 11 fields engineers filter by in this category (category median 3).
- Propellant
- other propellantless (no propellant) · product page
- TRL
- 7–8 product page
- Number of starts or pulses
- 1 538 product page
Each value is typed with its unit and measurement condition and cites the datasheet page it was taken from. Nothing is guessed: a field that is absent here has not been published by the manufacturer. machine-extracted ✓ checked by NewSpace Market ✓ manufacturer confirmed by the manufacturer.
As published by the supplier11 lines, in the manufacturer's own wording
- Propellant required
- None — propellantless electromagnetic system
- Energy source
- Electrical energy only
- Pressurization hardware
- None required
- TRL
- 7-8
- Gen-01 launch
- 25 May 2022, SpaceX Transporter-5 (D-Orbit ION platform)
- Gen-02 launch
- 3 January 2023, SpaceX Transporter-6 (D-Orbit ION platform)
- Gen-03 launch
- 11 November 2023, SpaceX Transporter-9 (D-Orbit ION platform)
- On-orbit operational hours
- 1,328 hours (as of July 2026)
- Activation cycles
- 1,538 cycles
- Applications
- Station-keeping, deorbit, VLEO altitude maintenance
- Patent protection
- Granted international patent portfolio
About
Genergo’s propulsion system is the world’s first propellantless electromagnetic space propulsion technology to be flight-tested and validated in orbit. The system generates thrust by converting electrical energy directly into controlled electromagnetic pulses — without propellant, without reaction mass expulsion, without pressurization components, and without hazardous materials. This architecture eliminates propellant tanks entirely, dramatically simplifying satellite bus design and enabling mission durations limited only by the spacecraft’s power generation capacity and structural lifetime.
Three progressive flight units have been validated in orbit: GEN-01 (SpaceX Transporter-5, May 2022), GEN-02 (SpaceX Transporter-6, January 2023), and GEN-03 (SpaceX Transporter-9, November 2023), all hosted on D-Orbit ION Satellite Carrier platforms. Combined on-orbit heritage as of July 2026: 1,328 hours of operation across 1,538 activation cycles. Technology readiness level: 7-8.
The system is environmentally non-contaminating — critical for missions with optical payloads or tight proximity to other spacecraft. The technology is scalable, requiring only modest electrical power, and targets applications including station-keeping, controlled deorbit, and VLEO altitude maintenance. Genergo’s technology is protected by a portfolio of granted international patents. The company is a Corporate Member of AIAA and is headquartered in Como, Italy.
Documentation
No public datasheet yet — request the datasheet / ICD from the supplier.