Genergo’s three in-orbit missions have accumulated 1,328 hours of operation and 1,538 activation cycles.

GEN01 survived a class G4 geomagnetic storm in January 2026.

Genergo’s technology is protected by an international patent portfolio.

Genergo’s propulsion technology uses controlled electromagnetic pulses powered only by electricity, with no propellant and no mass ejection.

Genergo’s first experimental system has been operating in space for more than four years.

Genergo’s propellant-free propulsion architecture eliminates the need for traditional propellant storage and management systems.

GEN02 launched on 3 January 2023 on SpaceX Transporter-6.

All three Genergo systems are hosted on D-Orbit ION Satellite Carrier platforms.

Genergo’s technology is intended for Very Low Earth Orbit applications.

GEN03 launched on 11 November 2023 on SpaceX Transporter-9.

Genergo has updated the in-orbit validation status of its propellant-free propulsion technology.

GEN01 launched on 25 May 2022 on SpaceX Transporter-5 and remained fully operational in July 2026.

Genergo says in-orbit station-keeping tests produced repeatable and measurable propulsive effects on the host satellite.

Genergo says its propulsion technology has reached TRL 7/8.

Launch attempts at SaxaVord Spaceport can take place on Mondays, Wednesdays, and Fridays between 4 pm and 8 pm during the five-week window.

SaxaVord Spaceport opened a five-week launch window on 10 August for a rocket test flight.

On 26 June, Rocket Factory Augsburg integrated all nine Helix engines onto the RFA ONE first stage.

Rocket Factory Augsburg is preparing for the inaugural flight of its RFA ONE rocket from SaxaVord Spaceport in Scotland.

HyImpulse plans to conduct the second flight of its suborbital SR75 rocket from SaxaVord Spaceport in 2024.

Rocket Factory Augsburg’s 2024 marine licence application stated that RFA ONE’s first stage and fairing would splash down south of Jan Mayen.

James Mason is the Chief Space Officer of Planet Labs.

Astroscale Holdings promotes the AIRS (Atmospheric Impact of Reentered Spacecraft) initiative with Planet Labs as a founding member and the University of Southampton as a participant.

Planet Labs and Astroscale will share non-proprietary information about their satellite manufacturing processes and material compositions for AIRS research.

Planet Labs operates one of the largest Earth observation satellite fleets.

AIRS aims to develop a stronger scientific basis for understanding the atmospheric impacts of spacecraft reentry.

Mike Lindsay is the Chief Technology Officer of Astroscale.

Fukui Prefecture provided subsidy allocations that helped Seiren establish a mass production pipeline for small satellite buses and synthetic aperture radar antenna arrays.

Seiren has a technical collaboration with Synspective on small satellite buses and synthetic aperture radar antenna arrays.

Seiren Co., Ltd. finalized a tripartite satellite communications contract with SSC Space and Infostellar Inc. on July 7, 2026, in Tokyo, Japan.

The FUSION-1 campaign is intended to lay groundwork for exporting Japanese-built satellite constellations to international operators.

Seiren led the structural development of the Fukui Prefectural Citizens’ Satellite Project, which launched the RWASAT-1 CubeSat in 2021.

The FUSION-1 campaign is Seiren’s pathfinder for end-to-end mission control operations.

The contract establishes an automated Ground-Segment-as-a-Service pipeline for telemetry, tracking, and control operations for Seiren’s FUSION-1 technology demonstration mission.

Es’hailSat plans to use Eshail-3/Türksat-Biruni to enhance service continuity, capacity, and resilience for customers.

Thales Alenia Space is responsible for the satellite’s design, manufacturing, testing, delivery, and associated ground segment.

Eshail-3/Türksat-Biruni will provide coverage across the Middle East and North Africa, Sub-Saharan Africa, Europe, Central Asia, and surrounding maritime regions.

Thales Alenia Space will serve as prime contractor for Eshail-3/Türksat-Biruni.

Space Inspire can reallocate power and bandwidth without hardware changes over the spacecraft’s service life.

Es’hailSat selected Thales Alenia Space to design and build the Eshail-3/Türksat-Biruni telecommunications satellite for geostationary orbit.

Es’hailSat built earlier spacecraft such as Es’hail-2 at 26 degrees East.

Eshail-3/Türksat-Biruni is engineered for a planned operational life of about 15 years in geostationary orbit.

Thales Alenia Space is a joint venture between Thales and Leonardo.

Space Inspire allows operators to reconfigure coverage and capacity in orbit to match shifting demand for broadband and other communications services.

Eshail-3/Türksat-Biruni is planned to support broadcast television, telecom services, government communications, mobility and maritime connectivity, enterprise VSAT links, and remote connectivity.

Türksat will use its share of Eshail-3/Türksat-Biruni capacity to expand broadband and media services in its home markets.

Eshail-3/Türksat-Biruni will be shared with Turkish operator Türksat.

Eshail-3/Türksat-Biruni will use Thales Alenia Space’s Space Inspire software-defined platform.

SpaceX deployed 81 payloads into low-Earth orbit on the Transporter-17 mission.

GHGSat’s LEMUR-2-ELEONORE and LEMUR-2-NURAY satellites are hosted on Spire satellite buses and track methane emissions from industrial sites.

MARMOTSat is a three-unit CubeSat that will monitor climate shifts by collecting data from the ionosphere.