ANYmal X Starts Customer Deliveries: Inspection Features and Certification Limits

ANYbotics says it has started customer deliveries of ANYmal X, its legged inspection robot for hazardous industrial areas. The October 27 announcement names Equinor and DSM-Firmenich among recipients. The new milestone is delivery, with an important caveat: the official pages do not clearly resolve the current IECEx certification status.

For plant operators, the relevant questions extend beyond whether the robot can walk a route. The approved operating environment and the path from a sensor reading to a maintenance decision determine where it can be useful.

What the delivery announcement covers

The ANYbotics release says energy and chemical companies have tested ANYmal X through an early-access programme since 2023. The current announcement follows those trials; it should not be described as the first appearance of the robot.

ANYbotics is offering a site-assessment and quotation process rather than publishing a standard retail price in the release. It describes the robot as part of an inspection system that connects findings with existing maintenance software.

The release also cites more than 50 customers and 120,000 monthly inspections for the broader system. Those figures should not be presented as operating results from the newly delivered ANYmal X units.

ATEX approval and the IECEx caveat

The live ANYmal X product FAQ says Bureau Veritas has issued an ATEX EU-type examination certificate covering Zones 1 and 2. It identifies Gas Group IIB and temperature class T4, with Category 2G protection.

The official pages leave an IECEx status inconsistency unresolved. The live FAQ says the certificate is pending a production-line audit, while the newer launch article says the design was built to meet ATEX and IECEx requirements. Without a dated certificate or clarification, it is unclear whether the FAQ is current or has been overtaken by the launch. Buyers should verify the applicable certificate directly with ANYbotics before deployment.

The FAQ excludes Zone 0, explosive dust atmospheres and IIC gases such as hydrogen and acetylene. Charging and nitrogen refilling take place outside the hazardous area. Operators need the applicable certificate and approved operating documentation for their particular site; a general description such as explosion-protected does not establish suitability for every hazardous environment.

From inspection data to a work order

ANYmal X's product page describes visual, thermal and acoustic inspection, with gas sensing available as an optional module. Its intended value is repeated observation of equipment that may be difficult or hazardous for people to visit frequently.

The Shift platform documentation explains the software side. Its REST API can carry inspection tasks to a fleet and send findings back to maintenance systems. The platform organizes evidence by asset and supports integrations with tools such as SAP and IBM Maximo.

That connection matters because detecting an unusual reading is only the start of a maintenance workflow. Someone still needs to assess the evidence, decide whether intervention is required and track the work through completion. An alert with the wrong asset identifier or incomplete context can create more investigation rather than save it.

What a site evaluation should measure

The delivery milestone makes deployment-specific results more useful than another demonstration video. A meaningful evaluation would record route completion, missed readings and the human time needed to resolve exceptions. It would also check whether returned evidence reaches the correct asset record in the maintenance system.

Those measures should be assessed alongside the site's approved safety conditions. The announcement provides evidence of a commercial delivery step; it does not yet establish a universal reduction in inspection cost or downtime. The practical opportunity is more consistent equipment evidence, provided the robot's operating envelope and the customer's maintenance process fit together.

I'm Paras. I work at the intersection of AI, engineering and distribution.

I help technical founders explain industrial AI deployments clearly, including the operating limits buyers need to understand before adoption.

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