A qualification campaign for a specific resin system and fiber grade combination typically lasts 12 to 24 months and costs between several hundred thousand and several million dollars.

Toray’s aerospace fiber capacity is split across facilities in Japan, France, and the United States.

Toray Industries supplies T700, T800, and M55J carbon fiber grades for spacecraft primary structure applications.

Hexcel operates manufacturing in Salt Lake City, Utah, Duxford in the United Kingdom, and Parla, Spain.

Europe has committed €131 billion to space investment.

Toray Composite Materials America operates in Tacoma, Washington.

Syensqo supplies space-grade prepreg systems through its CYCOM product line.

European and North American spacecraft composite fabricators currently support production of four to eight complete spacecraft structures per month per facility through autoclave curing capacity.

Hexcel Corporation produces carbon fiber and aerospace prepreg systems.

The Space Development Agency, the National Reconnaissance Office, and commercial constellation operators are demanding composite structures for programs including Tranche 2 transport layer satellites and commercial Earth observation buses.

A single large autoclave at a qualified spacecraft fabricator realistically supports two to four complete primary structure sets per month under optimal scheduling.

Hexcel’s HexPly product line is qualified across multiple U.S. and European prime programs.

Syensqo was formed by the 2023 demerger of Solvay’s materials operations.

The Emilia-Romagna-Catalonia collaboration in development is intended to expand cooperation in drones, satellite constellations, quantum telecommunications, and cybersecurity.

The Tecnopolo Dama in Bologna provides supercomputing, Big Data, and artificial intelligence capabilities for satellite data processing, digital twin development, and downstream services.

Vice President Vincenzo Colla met Catalan ministers Miquel Sàmper and Jaume Duch during the Barcelona mission.

Emilia-Romagna strengthened its collaboration with Catalonia in aerospace, supercomputing, artificial intelligence, and advanced digital infrastructure during the Space Economy Congress 2026 in Barcelona.

Universities, the CNR, and the Interdepartmental Industrial Research Center of the Tecnopolo di Forlì are developing technologies for space systems, microgravity, advanced materials, and artificial intelligence applications.

The Barcelona Supercomputing Center is one of the facilities involved in the collaboration on High Performance Computing and artificial intelligence applications.

The Emilia-Romagna aerospace ecosystem, coordinated by Art-ER and the Aerospace Forum, includes about 200 entities, including 168 companies.

The CZ-10B / CZ-10A first stage recovery mission was at T-2.5 hours when propellant loading began.

The lower net on the cable-net barge initially secured the CZ-10B first stage against swaying.

CZ-10B's first stage was caught by a cable-net barge.

The CZ-10B launch time may be 1214 BJT, or 0414 UTC.

SpaceX plans a constellation of up to one million satellites to operate enormous orbital data centres.

The Aerospace Corporation published an analysis of super heavy lift launch vehicles.

SpaceX is testing Starship as a super heavy lift launch vehicle.

The Aerospace Corporation’s analysis says super heavy lift launch vehicles must fly frequently and be fully utilized to succeed financially.

Amazon has secured up to 27 launches on Blue Origin’s New Glenn for its internet constellation.

Blue Origin is testing New Glenn as a super heavy lift launch vehicle.

CZ-10B was approaching its maiden launch at T-50 minutes on July 10, 2026.

The CZ-10B launch vehicle had its methane torch lit during countdown operations.

CZ-10B is a launch vehicle designated for a maiden launch.

Univity of France is building a broadband and direct-to-device connectivity constellation.

BOEM is seeking information on technical and environmental considerations, US and international guidelines, and potential overlap with other offshore entities.

The Bureau of Ocean Energy Management is considering repurposing existing offshore oil and gas drilling structures for space operations.

The Bureau of Ocean Energy Management published an RFI on offshore launch and reentry operations on the Outer Continental Shelf.

The Bureau of Ocean Energy Management is considering building or repurposing infrastructure on the Outer Continental Shelf for space launch and reentry.

The Bureau of Ocean Energy Management is considering building new offshore hardware for space operations.

BOEM is seeking input from industry, academia, local and federal government offices, and the public on offshore space launch and recovery infrastructure.

President Donald Trump issued a December 2025 executive order directing federal agencies to find ways to support the US commercial space sector.

Offshore launch, reentry, and recovery infrastructure could expand operational flexibility, increase capacity, reduce constraints on growing launch demand, and strengthen US commercial and national security space capabilities.

Comments on BOEM's RFI are due by Aug. 7.

The ZQ-3 Y2 second launch and landing attempt is planned for August.

ZQ-3 Y2's second launch and landing attempt is planned for August 2026.

The Space Development Agency’s next launch is for Tranche 1 Transport Layer-E.

More than 20 York-built satellites will comprise the complete payload of a dedicated Falcon 9 mission planned for launch this summer.

York Space Systems announced the initial shipment of its second production lot of T1TL spacecraft to the launch site.

The Space Development Agency’s Tranche 1 Transport Layer-E launch is scheduled no earlier than July 16, 2026 at 20:22 UTC.

Roberto Citarella is a professor in the University of Salerno’s Department of Industrial Engineering.