A simple decision framework for confined-space and hazardous-area inspection using robotic platforms.
Risk is the first filter
Confined spaces, tanks, ducts, culverts, hazardous areas and unstable structures often expose people to risks that can be reduced through remote inspection.
If the robot can answer the inspection question without putting a person in the same environment, the case deserves serious consideration.
Access conditions decide the platform
Crawler, ground, magnetic, pipe and underwater platforms solve different access problems. The right option depends on surface, distance, lighting, payload needs, communication path and retrieval plan.
AMARA scopes robotics around the inspection objective and the physical path, not only around the robot specification sheet.
Remote inspection still needs a workflow
Robotic inspection produces value when the captured evidence is reviewed, annotated, compared and passed into maintenance or engineering decisions.
The robot is one part of a wider inspection system that includes people, data, reporting and follow-up.
Questions to bring into planning
- What human risk or shutdown cost is the robot reducing?
- What payload and mobility are required for the asset?
- How will captured data be reviewed and acted on?