Impulse Space will contract directly with the U.S. Space Force under Lane 1 to provide end-to-end launch services.

Impulse Space will procure a commercial launch vehicle under Lane 1 and integrate its Helios orbital transfer vehicle and the designated satellite into the payload fairing.

The Trantor consortium was led by the Centre Tecnològic de Telecomunicacions de Catalunya (CTTC).

Trantor advanced network and satellite-segment management through solutions integrated into the 3GPP management framework.

Inster has homologated terminals that operate on the OneWeb network.

The European sovereign IRIS² constellation has selected 5G NTN technologies for strategic missions.

The Trantor consortium included the Consiglio Nazionale delle Ricerche (CNR), the Fraunhofer Institute for Integrated Circuits (IIS), Hispasat, Indra, Quadsat, Software Radio Systems (SRS), Starion, the University of Luxembourg, and Inster.

Oesía completed its participation in the European Trantor consortium.

Oesía has completed its participation in the European Trantor consortium.

The selection of 5G NTN technologies in the European sovereign IRIS² constellation supports Oesía’s satellite-terminal strategy.

The European Commission funded Trantor through Horizon Europe.

Trantor was led by the Centre Tecnològic de Telecomunicacions de Catalunya (CTTC).

Inster has homologated terminals to operate on the OneWeb network.

Trantor validated a converged radio access network.

Oesía contributed to Trantor through Inster, its engineering division.

The Trantor project is focused on validating new systems for space communications.

Trantor validated a converged radio access network in orbit.

Trantor validated an in-orbit satellite value chain that includes automated coordination of resources across multiple bands, satellites, and orbits.

The Trantor project was funded by the European Commission through Horizon Europe.

Trantor developed and evaluated technologies to integrate 5G and 6G mobile networks with satellite communications.

Oesía’s Trantor work focused on satellite terminals based on 5G NTN technologies.

Oesía is developing satellite terminals based on 5G NTN technologies.

Oesía designed and validated technologies for next-generation satellite terminals, secure communications, and multi-orbit architecture in Trantor.

Trantor advanced three areas for the evolution from 5G to 6G: network and satellite-segment management, user-segment flexibility, and cybersecurity resilience.

Trantor incorporated cybersecurity mechanisms that improve network resilience against cyberthreats.

Pakistan has formalized a dual-phase roadmap for its domestic lunar program.

Ahsan Iqbal invited U.S. aerospace corporations to establish dedicated research and development centers within Pakistan.

Ahsan Iqbal invited U.S. aerospace corporations to establish dedicated research and development centers in Pakistan.

On July 10, 2026, Pakistan’s Federal Minister for Planning, Development and Special Initiatives, Ahsan Iqbal, held talks with NASA and private American aerospace companies during an official visit to Houston.

One Pakistani astronaut candidate remains manifest for a flight to the Chinese Space Station before the end of 2026.

Pakistan plans to launch a national space education program.

The proposed Space Exploration Center in Narowal is intended to serve as a hub for domestic space science research and technological innovation.

On July 10, 2026, Pakistan’s Federal Minister for Planning, Development and Special Initiatives, Ahsan Iqbal, initiated talks with NASA and private American aerospace companies during an official visit to Houston.

The planned Space Exploration Center in Narowal will serve as a foundational hub for domestic space science research and technological innovation.

Pakistan plans to integrate NASA’s training frameworks and scientific expertise into its domestic academic pipeline.

Pakistan plans to construct a specialized Space Exploration Center in Narowal.

RV-X underwent a test in Japan on Jul 11, 2026.

The Long March 10 booster returned by ship.

CASC plans to reuse the mission's first stage by the end of 2026.

The Hainan commercial space launch site's SF-20 mission for the Long March 10B launch vehicle was successful.

China launched the first Long March 10B from Wenchang on July 10, 2026.

Hainan International Commercial Aerospace Launch Co Ltd implemented liquid methane propellant systems for the debut Long March 10B flight.

The Long March 10B is expected to lift 11,000 kilograms to a 900-kilometer orbit with booster reuse.

The Long March 10B is a two-stage partially reusable rocket fueled by rocket-grade kerosene and liquid oxygen in its first stage and liquid methane and liquid oxygen in its second stage.

The Long March 10B’s first-stage booster was recovered by the drone ship Linghangzhe 430 kilometers downrange.

The Long March 10B has flown from the Wenchang Commercial Space Launch Site and is recovered at sea on the booster-catching ship Linghangzhe.

The Shanghai Academy of Spaceflight Technology flew the inaugural Long March 12A mission weeks after the Zhuque-3 attempt.

The Long March 10B is 5 meters in diameter and weighs 760,000 kilograms when fully fueled.

The Innovation Academy for Microsatellites, Chinese Academy of Sciences built the experimental connectivity satellite Chuangxin-26.

The Long March 10B is 70.2 meters tall with its long fairing and 63.6 meters tall with its short fairing.