Collins Aerospace validates performance of next-gen space suit in zero gravity environment
HOUSTON - Collins Aerospace in Charlotte, North Carolina, announced that alongside partners, it has validated next-generation space suit performance in a manufactured zero-gravity environment onboard an aircraft, performing a series of demonstrations performed by experienced former National Aeronautics and Space Administration (NASA) astronauts.
Collins, an RTX company, and ILC Dover in Frederica, Delaware, and Oceaneering in Gales Ferry, Connecticut did this as part of the Crew Capability Assessment test, which is a key step in the design process of its next-generation spacesuit for the International Space Station, under NASA's Exploration Extravehicular Activity Services (xEVAS) contract.
"The test allowed us to examine specific objectives of the design that can support a broad range of crewmember sizes and crew tasks in a controlled environment," said Peggy Guirgis, general manager, Space Systems, for Collins Aerospace.
The primary objectives of the flight test included the evaluation of the suit's pressure garment system fit and functionality, the use of International Space Station tools and interfaces, and review performance of the new Extravehicular Mobility Unit, or EMU, against the current design.
"ILC Dover's pressure garment design leverages decades of innovation and experience to fit more astronauts than ever before, ensuring the safety and comfort of the next generation of space explorers," said Rob Reed, president of Space & Engineered Solutions at ILC Dover. "The successful test signals that we're one step closer to sustaining human life in space with the most advanced spacesuit yet."
Collins' next-generation suit is lighter weight and lower volume than NASA's current spacesuit. Its open architecture design will allow the suit to be easily modified as missions change or technology becomes more advanced. The company has engaged with current and former astronauts to guide engineering and design choices.
Ahead of a critical design review, additional evaluations are scheduled including a thermal vacuum test and an underwater test to be held at NASA's Neutral Buoyancy Lab in Texas.
