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Student-built payload successfully flew on the reusable commercial spaceplane in June, the first to fly aboard Aurora and a step toward more aerospace accessibility for universities.
Durable composite nozzle can replace metal versions for mass reduction and payload capacity boost in launch vehicles.
Carbeon C/C-SiC ceramic matrix composites are being developed and tested for rocket nozzles, onboard the International Space Station and in electric aviation, metal treatment and reactor applications.
All-composite Alpha FLTA002 rocket launches and reaches orbit from U.S. soil on only its second attempt, completing all important technical milestones including a two-burn maneuver.
ILAuNCH partnership, joined by ANU and New Frontier Technologies, will develop a qualified manufacturing process that will directly contribute to the development of launch vehicle development.
Live streamed web event reveals detailed Neutron rocket architecture for the first time, including its carbon fiber launch vehicle and second stage, and new Archimedes rocket engine, all designed for reliability and reusability.
The largely carbon fiber launch vehicle brings success to national security and broadband service goals.
The first in six new satellites named MetOp-Second Generation is scheduled for launch mid-August 2025 to help precisely monitor Earth’s weather, climate and atmospheric conditions.
FOX Composites has adapted infusion and RTM for slurry-based matrices, commercializing its VASI and IFOX technologies for automatable, scalable, serial production of high-quality oxide ceramic matrix composite parts, already proven in flight missions and a pilot-scale line.
Engineering students welcomed U.S. Space Command official Thomas A. Lockhart in June to demonstrate their role at WSU’s MARS in conducting real-world materials and additive manufacturing projects.
