Yinglong Fengguang-1 was built by Shanghai Xuntian Qianhe Space Technology for Jiangsu Yinglong Satellite Technology.

The July 24 mission was the 15th launch of Kinetica-1 and the 16th launch by CAS Space across its Kinetica launch vehicle family.

Orbital Chenguang would be the second Chinese company pursuing space-based compute efforts if Chenguang-1 is successfully proven, behind ADA Space's operational Three-Body Computing Constellation.

Kinetica-1 placed customer satellites into sun-synchronous orbit.

Gande-1-01 is the first satellite in a constellation intended to demonstrate space debris monitoring systems and later support tracking and emergency alerts.

CAS Space launched Kinetica-1 from Launch Area 130 at the Jiuquan Satellite Launch Center at 07:33 China Standard Time on July 24.

Yinglong Fengguang-1 is tasked with weather forecasting, early disaster warning, and environmental monitoring.

Gande-1-01 is a space debris monitoring satellite developed by Liangxi Space Technology Group and Aotian Technology Beijing Co Ltd.

Kinetica-1 is alternatively designated Tianyi-48 because of support from SpaceTY.

The Kinetica-1 hardware used for the July 24 launch passed acceptance review and was sent to Jiuquan two days after the vehicle's previous flight on June 15.

Jitian-A-04 will trial compute capabilities powered by GPUs from MetaX Integrated Circuits Shanghai Co Ltd before on-orbit operational use.

Kinetica-1 stands 30 meters tall on the launch pad and has a first-stage and second-stage diameter of 2.65 meters.

Fuxi Meteorological Satellite processes data locally with onboard AI systems and can downlink data at up to 100 gigabits per second via an optical laser link.

Kinetica-1 can deliver 2,000 kilograms to low Earth orbit and 1,500 kilograms to a 500-kilometer sun-synchronous orbit.

Jitian-A-04's satellite systems are equipped with AI models for health management, systems planning, and task execution.

The 200-kilogram Fuxi Meteorological Satellite, also designated Xiguang-2-03, was built by Xinghuo Chuanming Beijing Technology Co Ltd.

Fuxi Meteorological Satellite is the first of up to 230 satellites planned for deployment in a proliferated constellation of variants weighing as little as 8 kilograms.

Orbital Chenguang's Chenguang-1 spacecraft will demonstrate thermal dissipation and electrical power management systems for space-based data centers.

Kinetica-1 has launched all of its missions from CAS Space's launch facility at the Jiuquan Satellite Launch Center.

Chenguang-1 carries artificial intelligence solutions to process remote sensing data from onboard instruments.

CAS Space's factory in Guangzhou, Guangdong province, is accelerating production of the Kinetica-1 launch vehicle.

CAS Space believes its teams can support a monthly mission cadence if flight hardware is available at Jiuquan.

Kinetica-1 is CAS Space's first launch vehicle and has four solid-fueled stages.

Yinglong Fengguang-1 uses a microwave temperature and humidity sounder and infrared cameras.

Fuxi Meteorological Satellite can perform infrared remote sensing at resolutions of 1.28, 5, and 12.5 meters.

Jitian-A-04 is a technology development satellite from Zhejiang Lab and is part of the Three-Body Computing Constellation.

Gande-1-01 uses a wide-field camera and a precision tracking camera to identify human-made objects by processing imagery with an onboard AI model.

Helios is designed as a high-energy upper stage that can move payloads from low Earth orbit to geosynchronous orbit in less than a day.

Impulse Space secured a National Security Space Launch Phase 3 Lane 1 contract from the United States Space Force’s Space Systems Command.

Impulse Space’s Helios upper stage is an option for delivering national security payloads to high-energy orbits.

The Space Systems Command awarded Impulse Space a Firm Fixed-Price, Indefinite-Delivery Indefinite-Quantity contract that serves as an on-ramp into the Lane 1 launch services pool.

Under the contract, Impulse Space will complete an initial capabilities assessment and develop a tailored mission assurance plan with Space Systems Command.

The contract allows Impulse Space to compete for future missions using Helios with a medium-lift launch provider.

Helios is advancing through development milestones ahead of a planned first launch in 2027.

Lane 1 of NSSL Phase 3 is structured to support more risk-tolerant missions with commercial-like launch services.

Helios is the first upper-stage vehicle designated as a prime contractor in the NSSL program.

Impulse Space will receive a $5 million firm fixed-price task order to support the initial on-ramp phases.

Eutelsat is one of three satellite operators in the SpaceRISE consortium, alongside SES and Hispasat.

Eutelsat Next satellites may carry optical intersatellite links for relaying data between spacecraft within the network.

Eutelsat has said that investment needs for the continuation of its low Earth orbit constellation are fully funded until 2030.

The European Commission selected SpaceRISE in October 2024 to develop, launch, and operate IRIS².

Eutelsat Next is still under design and manufacture.

Eutelsat is replenishing its OneWeb constellation with 440 new satellites.

Eutelsat submitted the Eutelsat Next proposal in the FCC’s latest Ku- and Ka-band processing round to seek approval to offer services in the United States.

IRIS² is a €10.55 billion European Commission project to build a sovereign, secure communications service.

Eutelsat has outlined plans for a 528-satellite low Earth orbit constellation called Eutelsat Next.

Eutelsat has begun coordinating with other non-geostationary orbit operators.

Eutelsat Next would include in-orbit spares and 24 orbital planes at an altitude of 1,220 km.

Eutelsat Next would operate through about 50 gateway stations worldwide, including six existing facilities in the United States.

Eutelsat Next satellites would use Ku- and Ka-band frequencies and be compatible with 5G standards.