Defense
Lifting arm concept and automated repair training to propel portable repair system
Looking to commercialize its Portable Scarfing/Composite Repair System concept, AGFM and partners offer specialized training, lifting and inspection systems.
Read MoreReactivated Israel Aerospace Industries production line resumes F-16 wing deliveries
With the 1980s assembly line fully reopened and refurbished, IAI continues production of the military aircraft’s wings and composite vertical fin.
Read MoreAnduril Industries acquires AUV startup Dive Technologies
Dive builds autonomous underwater systems using large-format additive manufacturing and composite materials for commerial and defense-based undersea exploration.
Read MoreAlbany Engineered Composites wins ten-year contract for CH-53K helicopter assemblies
Selected by Lockheed-Sikorsky, AEC will leverage its composites expertise in engine and airframe applications to meet a 2023 delivery period.
Read MoreLockheed Martin terminates agreement to acquire Aerojet Rocketdyne amid regulatory roadblocks
The U.S. Federal Trade Commission blocked the aerospace, arms and defense corporation over antitrust concerns in January.
Read MoreKaman Composites expands Part 145 capabilities to ATR, ERJ composite repairs
FAA-approved expansion for repair station in Wichita, Kansas, now includes services for the commercial aftermarket.
Read MoreLockheed Martin's LMXT strategic tanker aircraft will be made in Alabama and Georgia
The LMXT is produced as a composites-intensive A330 airliner at Airbus’ Mobile, Alabama, facility and converted into tanker role at Lockheed’s facility in Marietta, Georgia.
Read MoreGeneral Motors plans to broaden electrification, expand fuel cells beyond vehicles
GM’s Hydrotec fuel cell technology-based mobile and fixed power systems is designed to charge EVs, power worksites, data centers, support the military and provide emergency power.
Read MoreTechnology Innovation Institute AMRC explores novel metamaterial shapes for better shock, vibration shielding
Exploration of precisely engineered lattice structures including triple periodic minimal surfaces (TPMS) serve to develop more predictable, lightweight, high-performance sandwich cores.
Read MoreU.S. Air Force funds multifunctional composites collaborative research
Florida State universities, AFRL and industrial collaborators to study multifunctional composites R&D for aerospace and defense, prep students as next-gen polymer scientists and engineers.
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