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Armored vehicle crews already have plenty to manage during combat, from navigating difficult terrain and monitoring threats to operating weapons and communicating with other units. Adding multiple drones to the equation could improve battlefield awareness, but controlling them individually would place even more demands on an already busy crew.
A new technology demonstrated on the Boxer Combat Reconnaissance Vehicle (CRV) offers another approach: allowing soldiers to command autonomous drones simply by speaking.
Rheinmetall and defense technology company Breaker have demonstrated a human-machine teaming system that lets the CRV crews control groups of unmanned systems through the vehicle’s existing microphone and headset.
At the center of the integration is Breaker’s tactical orchestration software, which translates spoken commands into instructions for autonomous platforms. Rather than manually piloting each drone, a crew member can direct a group of aircraft while continuing to operate the armored vehicle.
During a demonstration in Australia, a single operator controlled a drone swarm after less than 30 minutes of training, while simultaneously performing normal vehicle duties.
According to Interesting Engineering, the technology is intended to turn an armored vehicle into a command point for its own group of autonomous systems. Drones could extend the crew’s observation range, gather information from areas beyond the vehicle’s immediate surroundings and help personnel maintain awareness without leaving the protection of the armor.
An important feature is the open architecture, which allows new software and mission capabilities to be integrated without fundamentally redesigning the vehicle.
The companies initially connected the software to the simulator within weeks. A working demonstration on the CRV followed within six months of their first discussions.
The approach also has implications for crew survivability. Autonomous systems can potentially conduct reconnaissance ahead of an armored formation, allowing soldiers to assess dangerous areas before approaching them directly.
Unlike traditional remote-control arrangements, the voice interface is intended to make commanding robots resemble communicating with another crew member. This could reduce the need for additional operators as military formations introduce more unmanned platforms.
The integration remains a demonstrated capability rather than a confirmed fleet-wide deployment. However, it could eventually extend to other armored vehicles and mission systems.
Under Australia’s LAND400 Phase 2 program, the company is delivering 211 reconnaissance vehicles, expected to remain in service for approximately 30 years.
For future armored operations, the concept could change how crews interact with robotic teammates. Instead of requiring a separate controller for every drone, a soldier could direct an autonomous formation through the same headset already used to communicate inside the vehicle.
