Remote water cannon
Operators aim and sweep a high-pressure water or foam cannon from a safe distance, keeping crews out of extreme heat, collapse zones, and toxic atmospheres.

Xmind-driven quadrupeds carry water cannons, thermal cameras, and gas sensors into structure fires, chemical plants, and tunnels — suppressing fire and reporting conditions while your crews stay out of the heat.
Firefighting robots are changing how departments respond to risk: platforms built for extreme heat and smoke that go in first, see through the dark, and put water exactly where it is needed while every firefighter stays at a safe standoff.
Operators aim and sweep a high-pressure water or foam cannon from a safe distance, keeping crews out of extreme heat, collapse zones, and toxic atmospheres.
Thermal imaging, LiDAR mapping, and gas and oxygen sensors reveal hot spots, structural risk, and hazardous readings before anyone enters.
RobotX specialists train your team on the platform, run drills with you, and stay on call from first deployment through daily operations.
A quadruped carrying a remotely operated cannon advances into the structure, holds position, and delivers a controlled stream where the operator points it. Firefighters direct the attack from outside the hazard zone instead of inside it.
Thermal cameras cut through smoke to locate the seat of the fire and anyone still inside. LiDAR builds a live map of the interior as the robot moves, and onboard sensors stream gas and oxygen levels back to command.
Industrial quadruped platforms with sealed, heat-resistant bodies and high-payload backs. Modular mounts let one robot switch between a cannon, a sensor mast, or a rescue payload depending on the call.
The same platforms handle hazmat reconnaissance, industrial plant inspection, tunnel and warehouse patrol, and post-incident assessment — giving departments and facility teams one robot that earns its place between calls.
Every environment has its own constraints. We'll walk through your operation and scope a platform that fits.