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The carbon fiber four-seater’s autonomous flight with human oversight and simplified design sets out to meet and exceed rigorous commercial safety standards.

Multi-phase expansion includes 9,900-square-foot addition to facility and purchase of new equipment to better serve aerospace, marine, composites and other industries.

Autonational highlights its capabilities in automated filament winding and CNC machining, including a recent case study from a utility vehicle manufacturer.

Well, it’s show season again. By the time you read this, the Composites Technology staff will have attended four industry trade shows or conferences since the beginning of March. It’s hectic yet exhilarating at the same time – what a great time for the composites industry. Business is booming globally. We’re seeing

Critical testing ensure the composite aircraft can withstand the loads and stresses that typically occur during supersonic flight. 

A lot of the "old guard"manufacturing processes in the U.S. (metal bending, metal machining, metal casting, etc.) grew up and prospered with the automotive industry, and it was on the coattails of these workhorses that the 20th Century American manufacturing boom rode to prominence.

Under the Advanced Air Vehicle’s Program, Boeing- and Northrop Grumman-led teams are charged with developing technology roadmaps with vehicle concepts that can operate at Mach 2+ speeds.

Since September, the High-Performance Composites staff has attended RP Asia, China Composites, the SPE Automotive Conference, the CMOO Offshore Oil Conference, ACMA's COMPOSITES 2005, IBEX, the Intertech Carbon Fiber Conference and the SAMPE Tech Conference. Business, from airplanes to boats, is booming, with few

A new study proves that using an advanced type of 3D graphene foam as an active layer in triboelectric nanogenerators (TENGs) can work as a reliable and cost-effective energy harvesting power source for autonomous sensors and electronics.

Full transition to full wing-borne flight takes place less than a year after the eVTOL’s first hover flight, the culmination of several months of intensive design, simulation and wind tunnel testing.