Site study
Incident scenarios, well types, transport constraints and response procedures.
Remote operations in extreme environments
Robots
against fire
We engineer mobile systems for oil and gas well fire response, equipment cooling and hazardous operations without placing personnel near the incident.
01 / SAFETYOperator outside the hazard zone
02 / MOBILITYTracked mobile platform
03 / SYSTEMInterchangeable modules
MISSION / 01
Machines go where
people should not.
A well blowout combines extreme heat, blast risk, toxic atmosphere and damaged infrastructure. A robotic system can perform reconnaissance, deliver extinguishing agents, cool structures and operate wellhead equipment remotely.
CATALOG / 02
System
range
From compact reconnaissance to heavy wellhead machinery. Every configuration is tailored to the well, climate, terrain and emergency scenario.
Remote operation
Visual and thermal monitoring
Visual and thermal monitoring
TECHNOLOGY / 03
Control
from a safe
distance
- Situation assessmentCameras and sensors provide imagery, temperature and environmental data.
- Heat suppressionA water or foam stream cools equipment and creates a protected corridor.
- Fire localizationThe robot holds its working tool while the response team stops product flow.
- Post-fire monitoringThermal imaging and gas analysis help prevent reignition.
PRODUCTION / 04
From brief
to test site
We build an operational tool for emergency teams rather than a standalone vehicle. The engineering cycle covers mechanics, hydraulics, electronics, software and operator training.
Engineering
Stability, thermal protection, hydraulics, tooling kinematics and communications.
Manufacturing
Frame, mechanisms, power unit, control cabinets and operator station.
Testing
Traction, stability, control range, agent flow and heat-load performance.
Commissioning
Acceptance, crew training, documentation and response-plan integration.
Engineering consultation