Divergent and AEVEX Partner on 3D-Printed Drone Airframes

Divergent Technologies and defense contractor AEVEX have announced a strategic collaboration to explore adaptive airframe architectures for autonomous unmanned aerial systems. The partnership combines Divergent's additive manufacturing platform with AEVEX's expertise in autonomous strike and ISR drones.

What the partnership covers

Initial work will focus on adaptable airframe concepts, rapid integration workflows, and digitally defined production methods. Divergent's DAPS platform uses AI-driven design, metal 3D printing, robotic assembly, and digital certification to compress development timelines. AEVEX brings operational experience with fielded autonomous systems.

Manan Patel, AEVEX's Chief Technology Officer, said the collaboration lets the company evaluate next-generation manufacturing concepts that could improve responsiveness and bring new flexibility to how unmanned systems are developed and delivered.

Why additive manufacturing for drones

Traditional aircraft manufacturing relies on heavy tooling, fixed molds, and long lead times. 3D printing removes many of those constraints. Divergent's approach produces metal structures with fewer parts, lower weight, and the ability to iterate designs quickly. For military customers, that means faster prototyping and the potential to adapt airframes to new missions without retooling.

The companies have not disclosed contract value or specific platform names. The effort is positioned as a development and scalable production study rather than an immediate production contract.

Broader context

Divergent is already known for a 5-meter 3D-printed aircraft fuselage developed with Saab, which is scheduled to fly in 2026. That project demonstrated the company's ability to produce large, certified metal airframe sections. The AEVEX partnership extends that work into the defense drone market, where weight, part count, and speed of production all matter.

The collaboration arrives as additive manufacturing gains traction in aerospace and defense. The U.S. military has increased spending on metal 3D printing and autonomous drones over the past two years. This partnership is a signal that both companies see additive airframes as ready for operational consideration, not just prototype status.