#United States #Los Angeles #sUAS #Divergent Technologies #GA-ASI

Divergent Technologies and GA-ASI's Revolutionary Partnership

On June 11, 2025, Divergent Technologies, Inc. announced a significant milestone in the field of aerospace manufacturing. In collaboration with General Atomics Aeronautical Systems, Inc. (GA-ASI), Divergent has developed complex flight hardware for a hybrid unmanned aircraft system (SUAS). This partnership showcases Divergent's state-of-the-art Divergent Adaptive Production System (DAPS™), which is designed to produce high-performance aircraft components through innovative techniques.

Divergent utilized its advanced manufacturing capabilities to create the metallic core structure for the SUAS. The aim was to fulfill rigorous performance, integration, and payload specifications, all while maintaining a collaborative and modular design approach. The use of both metallic additive manufacturing and traditional production methods allowed for a unique solution, combining the best of both worlds in aircraft development.

What is DAPS™?

DAPS™ is an all-inclusive engineering and manufacturing system that leverages artificial intelligence (AI) and industrial-rate additive manufacturing. It is engineered to enhance the design, speed, and scalability of manufacturing processes compared to conventional systems. This modern approach allows for more efficient production and quicker turnaround times, which are crucial for military applications, where rapid deployment and innovation are paramount.

The collaboration between Divergent and GA-ASI marks a turning point in the defense industry. The creation of structurally complex elements that combine multiple functions into single components gives the new SUAS significant advantages. The end product is not only cost-effective but also higher performing than systems produced through traditional manufacturing methods, characterized by numerous separate functional assemblies.

Enhancing Defense Capabilities

The newly developed SUAS is designed to be compatible with various launch platforms, including fixed-wing and rotary-wing aircraft, as well as ground vehicles. It serves the dual purpose of providing low-cost, attritable systems that extend the operational reach of manned platforms. This flexibility allows military operations to adapt swiftly to changing dynamics on the ground.

Lukas Czinger, Divergent's President and CEO, emphasized the achievement: "This SUAS development program shows our ability to deliver complex, flight-critical hardware and integrate seamlessly with a U.S. Department of Defense contractor and customer across the design lifecycle of a system."

This innovative partnership not only strengthens the capabilities of the U.S. defense sector but also sets a new standard in the aerospace industry. It exemplifies how advanced technologies like DAPS™ can revolutionize production while adhering to the strict demands of modern warfare scenarios.

Looking Ahead

Divergent has positioned itself at the forefront of aerospace manufacturing innovation. As it continues to refine and expand the capabilities of DAPS™, the company aims to transform the economics and efficiency of defense vehicle production. The implications of this technology extend beyond just unmanned systems; they hold promise for a wide array of applications within aerospace, automotive, and defense industries.

For further information on Divergent Technologies and their groundbreaking work in digital manufacturing, visit their official website at www.divergent3d.com.