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In a recent contract with Lockheed Martin, Aerojet Rocketdyne engines and other products will be used on NASA’s Orion spacecraft for three Artemis missions.

Composites bonding and welding are two similar but distinct processes that overcome challenges related to fasteners or drilling. Here are some resources to get you started.

Infinite Composites incorporates Applied Graphene Materials’ graphene technology into two resin systems for cryogenic pressure vessels being considered for NASA missions.

Cranfield University, along with 23 partners including Airbus, GKN and Collins, are building their knowledge of tube and wing and BWB aircraft concepts through development of testbed research aircraft.

Initial University of Delaware studies conducted with the automated tape placement (ATP) machine will evaluate placement of thin ply materials to support current projects with NASA.

The core technology of Archinaut is the Extended Structure Additive Manufacturing Machine, an additive manufacturing capability that enables manufacturing of large structures in space.

The first successful flight test of the solar-powered HAPS unmanned aircraft system took place on Sept. 11, 2019 at the NASA Armstrong Flight Research Center.

The successful test of the composites-intensive abort system moves NASA’s Orion crew capsule a step further toward travel to the Moon and beyond.

Out-of-autoclave composite flaps, ailerons and rudder meet Lockheed Martin's schedule and cost targets for NASA low-boom flight demonstrator.

NASA plans to send the Mars Helicopter as a technology demonstrator along with the Mars 2020 rover which is planned for launch in July 2020.