Where human entry is impossible, MAX1 goes first.
Heavy-duty robots that go first into active fires, collapsed structures, flooded zones and toxic atmospheres — so people don't have to.
The first one in, where crews can't safely go.
MAX1 is a heavy-duty teleoperated intervention robot built to enter environments where human entry is impossible — active industrial fires, collapsed structures, flooded zones, toxic atmospheres and underground tunnels. It replaces people at the point of maximum risk.
- Industrial firefighting
- A remote-controlled water cannon advances into heat and smoke, towing up to 300 m of 70 mm charged hose. A ventilation fan clears smoke from tunnels and underground car parks.
- Rescue and supply
- The stretcher module carries casualties out of hot or toxic areas; the O₂ carrier brings breathing apparatus to firefighters working in the hot zone.
- Hazmat and disaster response
- Multi-gas and thermal sensing stream readings before anyone enters. MAX1 crosses flooded ground, rubble and debris, and clears routes with its front blade.
Civilian applications
Real operational contexts, each labelled with its honest maturity — from field use to concept.
Industrial firefighting
Advance a remote-controlled monitor into heat and smoke crews cannot hold.
Flood-zone entry
Cross water and flooded ground to reach people and bring in supplies.
Stairs & building access
Climb stairs and work through buildings to reach the scene.
Tunnel smoke extraction
Ventilate tunnels, underground car parks and confined spaces during fire operations.
Victim rescue
Carry a casualty out of hot, denied or toxic areas on the stretcher module.
Hazmat & CBRN reconnaissance
Stream gas readings and thermal video from contaminated zones before anyone enters.
Platforms & modules
The platforms, modules and programmes configured for this sector. Every entry carries a maturity label so nothing is oversold.
MAX1
A heavy-duty tracked unmanned ground vehicle for high-risk environments. One mobility platform, ten documented payload configurations — the mission is defined by the payload, not the vehicle.
Snow plow
A front hydraulic blade for debris displacement, snow clearing and creating access routes into disaster zones.
Water cannon
A remote-controlled firefighting monitor that advances into active fire zones, towing up to 300 m of 70 mm charged hose.
CASEVAC stretcher
A medical-evacuation platform for carrying casualties out of denied, high-temperature or toxic environments.
Bare platform
The open flat deck with the full 800 kg payload available for custom sensor or tool integration.
Electric generator
Mobile power generation for field hospitals, emergency command posts and disaster relief.
Payload cargo
A multi-tier cargo rack for delivering equipment, medical supplies or breathing apparatus — up to 800 kg.
Surveillance module
An elevated PTZ mast with day, thermal and night imaging for reconnaissance and real-time situational awareness.
Ventilation fan
A high-flow smoke-extraction fan for tunnels, underground car parks and confined-space fire operations.
Pull bar & winch
A heavy traction bar and winch for vehicle recovery, door breaching and heavy obstacle removal.
O₂ tank carrier
A breathing-apparatus cylinder rack that delivers oxygen directly to firefighters operating in hot zones.
Protective robots
Quadruped and humanoid robots running our autonomous algorithms to protect their operator from critical threats such as grenades or anti-personnel mines.
Spatial Brain
Our autonomous AI architecture, made in Romania. Spatial Brain gives a platform full spatial awareness and makes decisions in real time on board, without human intervention.
What we've actually demonstrated.
A dated record of milestones. Where something is still in testing, we say so.
- 2026
Spatial Brain in flight
Flight tests of our autonomous drone confirm full spatial awareness, with flight decisions made on board in real time.
- 2026
Protective robots demonstrated live
At a live demonstration, our robot autonomously positioned itself to shield its operator from a simulated grenade.
- 2026
MAX1 launched
MAX1 completes performance and reliability testing; sales open on an order basis.
Bring MAX1 into your civilian operation.
Tell us the environment and the task. We'll walk you through what is proven today and what is still in development.