AEVEX Aerospace is expanding its autonomous portfolio with Specter, a new one-way attack drone designed to deliver different mission effects from a modular, jet-powered platform.
The drone features a software-defined architecture built to accommodate a range of payloads and mission effects, including kinetic, non-kinetic, electronic warfare, intelligence, surveillance, and reconnaissance capabilities.
Powered by a turbojet propulsion system, Specter is being developed in both ground-launched and air-launched variants, giving the platform flexibility for different operational concepts.
It also features a swappable nose section that can accommodate different payloads. This is to allow new technologies to be integrated without requiring a complete redesign of the aircraft.
“Specter reflects our lessons learned on capability from delivering thousands of autonomous systems in theater,” said Manan Patel, chief technology officer at AEVEX.
“We are not optimizing for a fixed requirement, we are building an architecture that adapts. Specter is designed to evolve with mission demands, payload technologies, and manufacturing advances over time.”
Scaling Up Production
The initiative will be carried out in partnership with Divergent Technologies, which will leverage its Divergent Adaptive Production System (DAPS) to support production of the Specter one-way attack drone.
DAPS uses additive manufacturing, alongside automated assembly to produce complex components and support rapid design changes.
The approach is intended to help AEVEX move Specter toward scalable production while allowing the drone’s design to evolve more quickly.
“AEVEX is drawing on its extensive experience designing, producing, and fielding high‑volume unmanned systems to shape Specter’s development approach,” the company stated.
“Lessons from thousands of operational deployments, rapid iteration cycles, and the company’s CompassX autonomy architecture have informed the platform’s software‑driven, adaptable design philosophy.”
