AeroDef Manufacturing

In this episode of AeroDef Next Gen, we’re exploring how additive manufacturing is helping the U.S. Air Force improve aircraft sustainment through faster, more cost-effective production of replacement parts.

According to TCT Magazine, FDM technology has enabled an 88% cost-per-part reduction for replacement lavatory components used on the C-17 Globemaster III. By reverse engineering obsolete parts and producing qualified replacements with additive manufacturing, the U.S. Air Force has reduced lead times from weeks to approximately 60 hours while helping keep aircraft mission ready.

The initiative demonstrates how additive manufacturing can address sustainment challenges for legacy defense platforms by replacing discontinued components, reducing dependence on traditional supply chains, and supporting continued fleet readiness with qualified end-use parts.

As defense organizations look for new ways to maintain aging aircraft and improve operational availability, additive manufacturing is proving to be a practical tool for modernizing sustainment strategies.

Read more: https://www.tctmagazine.com/application-spotlight-fdm-technology-enables-88-cost-per-part-reduction-for-replacement-c-17-lavatory-parts/

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The TCT Group

In this episode of AeroDef Next Gen, we’re exploring how advanced composite manufacturing technologies are being evaluated to support the next generation of U.S. Army missile systems.

According to TCT Magazine, Continuous Composites has secured a multi-year contract with the U.S. Army DEVCOM Aviation and Missile Center (AvMC) to assess how its Continuous Fiber 3D (CF3D) technology can improve the capability, producibility, and affordability of components for current and future missile platforms. The effort is being carried out through the Army’s Manufacturing Technology (ManTech) program with support from America Makes.

The company is investigating how CF3D’s fiber-steered design and advanced materials can be applied within the Precision Strike Missile architecture, targeting components such as nose cones, fins, leading edges, and bulkheads. The goal is to address manufacturing constraints for complex, high-performance parts while enabling scalable production approaches and faster delivery timelines.

The program highlights a growing focus on advanced manufacturing technologies that can strengthen the defense industrial base by improving performance, reducing program risk, and expanding manufacturing flexibility for critical systems.

Read more: https://www.tctmagazine.com/continuous-composites-to-support-u-s-army-devcom-aviation-and-missile-center-via-multi-year-contract/

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In this episode of AeroDef Next Gen, we’re exploring how modernization efforts are extending the capabilities of one of the world’s most advanced fighter aircraft, the F-35 Lightning II.

Lockheed Martin has been awarded a $991 million contract to produce modification kits designed to upgrade electronic warfare systems across the global F-35 fleet. These updates strengthen the aircraft’s ability to detect, counter, and respond to modern threats while supporting the platform’s next phase of operational capability.

The upgrade kits will be delivered to multiple service branches, including the United States Marine Corps, United States Air Force, and United States Navy, as well as international partners operating the aircraft.

Modernization programs like this demonstrate how aerospace and defense leaders are strengthening mission readiness by integrating advanced systems and capabilities across existing fleets.

Read more: https://www.advancedmanufacturing.org/news-desk/lockheed-martin-gets-991-million-for-f-35-updates/article_ba02b13d-4448-456d-a12d-680e42e0b072.html

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In this episode of AeroDef Next Gen, we’re exploring how Boeing is redefining satellite development for a faster, more flexible future.

For decades, satellites were built as one-off systems, customized, complex, and time-intensive. Boeing’s new modular platform shifts that model, enabling scalable designs, quicker production timelines, and the ability to adapt missions as needs evolve.

In an era where space capabilities are critical to both defense and global connectivity, this approach isn’t just innovation, it’s a strategic advantage. Because when missions change, the technology supporting them has to keep up.

Read more: https://www.advancedmanufacturing.org/industries/aerospace-defense/boeing-starts-new-satellite-platform/article_88c874f7-6788-4cac-a978-8ec2aeece5a7.html

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