PRODUCT PROFILE
Electron

SMALL-LIFT LAUNCH VEHICLE
Electron
United States · verified
- COUNTRY
- United States
- PROGRAMME STATUS
- verified
Specifications
- Function
- Provides orbital transportation for small satellites to Low Earth Orbit and Sun-Synchronous Orbit.
- Propulsion
- Powered by liquid oxygen and kerosene fuelled Rutherford engines across both primary stages.
- Platform fit
- Accommodates payloads up to the three-hundred kilogramme class depending on the target altitude.
- Commercial model
- Available through fixed-price launch service agreements for dedicated missions or cost-shared rideshare slots.
- Deployment status
- Fully operational with multiple successful commercial and government launches completed to date.
- Evidence to demand
- Demonstrated by a consistent backlog of missions for national space agencies and private Earth-observation firms.
Description
The Electron is a two-stage, light-lift launch vehicle designed to provide dedicated orbital access for the small satellite market. Developed by Rocket Lab, an American company with New Zealand origins, the rocket is notable for its use of the Rutherford engine, which utilises electric-pump-fed cycles rather than traditional gas generators. The vehicle incorporates carbon-composite structures to minimise mass and supports a high-cadence launch schedule from dedicated private sites. Commercial and government entities requiring precise orbital injection for payloads ranging from CubeSats to small constellations are the primary customers. It is sold as a dedicated launch service or as a rideshare provider. Key customers include NASA, the U.S. Space Force, and commercial operators such as BlackSky and Capella Space. The vehicle is also utilised as the primary delivery system for the manufacturer's own HASTE suborbital test platform and Photon satellite bus. The Aerospace Garage identifies supply chain stability and the maturity of the recovery programme as primary risks. While the vehicle has a proven flight record, the transition toward full first-stage reusability remains a critical development phase that could affect future price points. The desk would verify specific payload integration timelines and the current availability of the Kick Stage for complex multi-orbit deployments.
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LAST VERIFIED
6 Sept 2026
SOURCE CITATION
Maker website on record