Inspection Robots for Hard-to-Access Facilities

ANYmal X is the first robot to review in the equipment inspection list based on the type of facility and the potential for repetitive sensor data collection. Developed by ANYbotics, this explosion-proof quadruped robot is responsible for autonomous inspections in oil and gas facilities. It moves across stairs and grid floors, collecting instrument, thermal, and gas data from hazardous areas. Focusing on this feature allows for specific comparisons of its role in the topic with other devices.

ANYmal X's registration details include the developer/manufacturer ‘ANYbotics’, type ‘Explosion-proof quadruped robot’, primary task ‘Autonomous inspection of oil and gas facilities’, movement and operation ‘Quadrupedal movement, autonomous driving, sensor-equipped’, and operational stage ‘Commercial product’. When making your selection or assessment, consider the standard that ‘Repetitive collection along the same path and angle allows for the chronological comparison of small changes—ANYmal X’. The provision areas, specifications, and operational stages of ANYmal X should be verified against the latest official documentation.

Elios 3 is the second robot to review in the equipment inspection list based on the type of facility and the potential for repetitive sensor data collection. This indoor inspection drone from Flyability is responsible for inspecting the interiors of tanks, pipelines, and mines. Its protective structure allows it to continue flying even when it touches walls, recording 3D data in tight spaces. Focusing on this feature allows for specific comparisons of its role in the topic with other devices.

Elios 3's registration details include the developer/manufacturer ‘Flyability’, type ‘Indoor inspection drone’, primary task ‘Inspection of tank, pipeline, and mine interiors’, movement and operation ‘Collision-allowing protective structure, LiDAR flying’, and operational stage ‘Commercial product’. When making your selection or assessment, consider the standard that ‘Significant communication relay and retrieval methods are essential in metal structures and underground—Elios 3’. The provision areas, specifications, and operational stages of Elios 3 should be verified against the latest official documentation.

Spot is the third robot to review in the equipment inspection list based on the type of facility and the potential for repetitive sensor data collection. This quadruped inspection robot from Boston Dynamics is responsible for patrolling plants, construction sites, and power facilities. It navigates uneven floors and stairs, repeatedly collecting thermal, acoustic, and dashboard data. Focusing on this feature allows for specific comparisons of its role in the topic with other devices.

Spot's registration details include the developer/manufacturer ‘Boston Dynamics’, type ‘Quadruped inspection robot’, primary task ‘Patrol of plant, construction, and power facilities’, movement and operation ‘Quadrupedal movement, autonomous mission, sensor-equipped’, and operational stage ‘Commercial product’. When making your selection or assessment, consider the standard that ‘Inspection data must be linked to facility diagrams for practical maintenance decisions—Spot’. The provision areas, specifications, and operational stages of Spot should be verified against the latest official documentation.

Versatrax 150 is the fourth robot to review in the equipment inspection list based on the type of facility and the potential for repetitive sensor data collection. This inspection robot from Inuktun is tasked with inspecting pipelines, ducts, and tight spaces. Its configurable tracks and camera modules allow it to examine the interiors of industrial equipment that are hard for humans to access. Focusing on this feature allows for specific comparisons of its role in the topic with other devices.

Versatrax 150's registration details include the developer/manufacturer ‘Inuktun’, type ‘Pipeline and duct inspection robot’, primary task ‘Inspection of pipelines, tanks, and tight spaces’, movement and operation ‘Magnetic module tracks, tethered’, and operational stage ‘Commercial product’. When making your selection or assessment, consider the standard that ‘Repetitively traversing the same path and angle allows for the chronological comparison of small changes—Versatrax 150’. The provision areas, specifications, and operational stages of Versatrax 150 should be verified against the latest official documentation.

The GE·Avitas crawling inspection robot is the fifth robot to review in the equipment inspection list based on the type of facility and the potential for repetitive sensor data collection. This series of crawling inspection robots developed by GE and Avitas Systems collects sensor data from hard-to-reach areas of industrial facilities to support preventive maintenance through analysis platforms. Focusing on this feature allows for specific comparisons of its role in the topic with other devices.

The registration details for the GE·Avitas crawling inspection robot include the developer/manufacturer ‘GE Research’, type ‘Industrial facility crawling inspection robot’, primary task ‘Visual inspection inside generators’, movement and operation ‘Wheeled mini remote operation’, and operational stage ‘Field application platform’. When making your selection or assessment, consider the standard that ‘Significant communication relay and retrieval methods are essential in metal structures and underground—GE·Avitas Crawling Inspection Robot’. The provision areas, specifications, and operational stages of the GE·Avitas crawling inspection robot should be verified against the latest official documentation.

Magneto-EX is the sixth robot to review in the equipment inspection list based on the type of facility and the potential for repetitive sensor data collection. This magnetic walking inspection robot from Liroo inspects steel tanks and ship exteriors. It carries inspection sensors while adhering to vertical walls and curved surfaces. Focusing on this feature allows for specific comparisons of its role in the topic with other devices.

Magneto-EX's registration details include the developer/manufacturer ‘Liroo’, type ‘Magnetic walking inspection robot’, primary task ‘Inspection of steel tanks and ship exteriors’, movement and operation ‘Magnetic attachment legs, remote-controlled’, and operational stage ‘Commercial platform’. When making your selection or assessment, consider the standard that ‘Inspection data must be linked to facility diagrams for practical maintenance decisions—Magneto-EX’. The provision areas, specifications, and operational stages of Magneto-EX should be verified against the latest official documentation.

SewerVUE Surveyor is the seventh robot to review in the equipment inspection list based on the type of facility and the potential for repetitive sensor data collection. This sewer inspection robot from SewerVUE Technology is responsible for pipeline imaging and radar surveys. It studies not only the interiors of the pipes but also the voids and conditions behind the pipe walls using camera and ground-penetrating radar (GPR). Focusing on this feature allows for specific comparisons of its role in the topic with other devices.

SewerVUE Surveyor's registration details include the developer/manufacturer ‘SewerVUE Technology’, type ‘Sewer inspection robot’, primary task ‘Pipeline imaging and radar surveys’, movement and operation ‘Wheeled tethered drive, GPR’, and operational stage ‘Commercial service’. When making your selection or assessment, consider the standard that ‘Repetitively traversing the same path and angle allows for the chronological comparison of small changes—SewerVUE Surveyor’. The provision areas, specifications, and operational stages of SewerVUE Surveyor should be verified against the latest official documentation.

The Diakont nuclear inspection robot system is the eighth robot to review in the equipment inspection list based on the type of facility and the potential for repetitive sensor data collection. This modular robot system, developed by Diakont, is designed to perform remote inspections and maintenance in high-radiation, confined areas of nuclear power facilities. It combines mobility devices and inspection equipment tailored to site conditions. Focusing on this feature allows for specific comparisons of its role in the topic with other devices.

Diakont nuclear inspection robot system's registration details include the developer/manufacturer ‘Diakont’, type ‘Nuclear inspection robot system’, primary task ‘Remote inspection and maintenance of nuclear facility equipment’, movement and operation ‘Radiation-resistant mobility device, remote-controlled’, and operational stage ‘Field application product’. When making your selection or assessment, consider the standard that ‘Significant communication relay and retrieval methods are essential in metal structures and underground—Diakont Nuclear Inspection Robot System’. The provision areas, specifications, and operational stages of the Diakont nuclear inspection robot system should be verified against the latest official documentation.