Our first robot, the ExR-1, is designed to carry out routine and ad-hoc safety checks at remote unmanned facilities and can be offered with a variety of configurations and options.
The following configurations are possible for the different use cases:
Remote control over the public 4G network.
This configuration of the robot is used for surveillance and as first responder at hazardous and/or remote sites. The operator sits in a central control facility and drives each robot in turn by using its sensors as the eyes and ears of the operator.
This configuration of the robot is used for consistent and auditable operations rounds at hazardous and/or remote sites. The robot is equipped with camera’s for visual inspection and microphones for sound monitoring. It automatically navigates itself between and on inspection locations.
This configuration equips the robot with a range of leak-detectors for pre-entry safety rounds and enhanced emmission control. The robot is equipped with camera’s for visual inspection, microphones for sound monitoring and various gas detectors for leak detection. It sends an alarm to the control-room if a leak is detected.
Besides the various configurations, the robot can be equiped with the following options:
Autonomous gas detection
Autonomous driving based on GPS
SENSES & MANIPULATION
Human sized robots that replace the sight, hearing, smell, touch and hands of operators in flammable and explosive environments.
Thanks to the 4G network capabilities the operator can control our robots remotely from a safe distance; both onshore and offshore.
SAFE REMOTE OPERATION
Our robots are delivered with specially designed remote control stations and are deployed with training and services to suit your needs.
self-docking and self-charging
Our robots are designed to be the safest possible resident on your unmanned facility. They are built for self-docking and self-charging. Maintenance intervals are twice a year or less.
IECEX ZONE 1 CERTIFICATION
Our robots and docking stations will be
IECEx Zone 1 certified at a component level.