02 April 2006
02 April 2006
Alliance Spacesystems and Vision Composites will merge to bring together engineering and manufacturing expertise on projects ranging from Mars rover robotics to products for use in applications on Earth.
“Both of our companies have reputations for meeting and exceeding the demands of the most exacting customers,” said ASI president and CEO René Fradet. ASI and Vision have already partnered on several space projects and share many of the same principal customers including NASA, the Jet Propulsion Laboratory (JPL), the Air Force, Northrop Grumman, Inc., Boeing, and Lockheed Martin Space Systems.
Both ASI and Vision contributed to NASA’s highly successful Mars Exploration Rovers, Spirit and Opportunity. ASI developed and built the agile, instrument-laden robotic arm for each rover, and Vision produced the rovers’ complex equipment deck. The rovers are still operating and returning scientific findings more than two years after their planned three-month missions.
The merger enables ASI and Vision to provide aerospace customers with a single resource for the design and fabrication of composite space structures. Previously ASI had to rely on outside vendors for composites manufacturing, but the merger will enable the company to provide competitive, industry-class solutions for both build-to-print and built-to-specification space structures. “There are very few companies in the marketplace that can provide the capabilities that the merged company can offer and probably no company that can be as agile and cost effective in providing those capabilities,” said Vision president and CEO Ted Cheng.
Impossible Objects has lifted the lid on an exciting collaboration with Utah Advanced Materials & Manufacturing Initiative (UAMMI) focusing on defense applications.
Web Industries has signed a letter of intent with East Forty to purchase 12 acres of land for a manufacturing plant in Marysville, Washington, north of Seattle, US.
Revolution Fibres has collaborated with Mitsubishi Gas Chemical Company to develop a next-generation nanofibre interleaving veil for improving the toughness of carbon fibre composites.