Precision aerial fires, delivered at standoff.
Cerberus MI is a man-portable, AI-enabled Multi-Role Kinetic Group 2 sUAS built to absorb weapon recoil and deliver precision direct fire with standoff. It is reusable and reloadable, not a one-way munition, and it can be tasked by ISR assets or complete a fire mission independently.
The airframe is built around the weapon itself. Independently articulated tri-tilt rotor arms hover-aim directional payloads while absorbing full recoil, removing the need for a separate weapon gimbal and cutting size, mass, and cost. Onboard, the Exitus AI system runs EO/IR sensor fusion with a laser range finder, handling AI-assisted target recognition and ballistic computation at the edge, with the human operator kept in the loop throughout.
Cerberus MI carries both kinetic and non-kinetic payloads. The HAVOC 40mm LV gives standoff engagement beyond 300m, while the CHAOS 12GA covers close-range breaching and personnel engagement. Rounds are selectable across lethal, less-lethal, and non-lethal, and the system runs on standard ammunition already approved and familiar to the operator, so the logistics chain does not change.
The economics are the real shift. Each engagement costs hundreds of dollars rather than the tens of thousands typical of a one-way loitering munition, turning the platform into a genuine force multiplier rather than a consumable.