ANYbotics Begins Shipping ANYmal X Quadruped Robot for Explosive Atmospheres

On Oct. 27, 2026, ANYbotics announced the start of customer shipments of ANYmal X, a quadruped inspection robot designed for explosive atmospheres. Coverage published Nov. 11, 2026, also reported that industrial deliveries of the robot had begun. ANYbotics says the robot automates routine inspections in hazardous areas and can operate without modifications to existing facilities.

ANYbotics says ANYmal X automates inspections in hazardous areas without facility modifications and records thermal, visual, acoustic and gas readings for each asset. It turns routine monitoring in areas that are difficult for people to access into data that maintenance teams can track over time, a capability relevant to inspection operations at oil, gas and chemical facilities.

The focus is not just on making a quadruped robot usable in hazardous areas, but on moving into shipment a complete system that records inspection readings by asset and connects them to maintenance operations. ANYbotics cites four years of development and more than 10 patents, and says the robot was tested in hundreds of onshore and offshore missions since 2023. This appears to be an effort to address both the robot’s safety design for explosive atmospheres and the use of data from repeated inspections, rather than simply demonstrate mobility. We published ANYbotics Begins Shipping ANYmal X Quadruped Inspection Robot for Explosive Atmospheres on Oct. 27, and coverage dated Nov. 11 reported the same start of shipments. It should not be treated as a new specification announcement. For operations, the vision outlined in ANYbotics Announces Shift Robot Fleet Operating Platform, Connecting Inspection Data to Maintenance Work—linking task planning, the organization of inspection results and connections to maintenance systems—is positioned as the operating platform for ANYmal X. The business model centers on preserving the asset context of inspection data, not just the robot itself. The technical challenges are also reflected in this configuration. ANYbotics says that explosion-proof enclosures and limits on electrical energy, commonly used for fixed equipment, are difficult to reconcile with a walking robot’s requirements for powerful motors, large batteries, exposed cameras and sensors, and autonomous docking. Components must therefore meet explosion-proof certification requirements while maintaining mobility. The announcement alone does not make it possible to assess how this affects actual operating time, payload, travel speed or maintenance frequency. The next points to watch are shipment volumes and post-deployment uptime, inspection accuracy, the scope of connections to existing maintenance systems, and details of the explosion-proof standards applied. The announcement provides no pricing, delivery pace or site-specific operating results. The extent to which sensor-detected anomalies can be consistently connected to maintenance decisions will determine whether automated inspections produce practical results.

ANYbotics says development of ANYmal X took four years and resulted in more than 10 patents. The company says it conducted tests in hundreds of inspection missions onshore and offshore since 2023. The robot can navigate steep stairs and narrow passages and is designed to operate without modifications to facilities. The robot uses thermal, visual, acoustic and gas sensors to detect overheating, leaks, abnormal sounds and equipment wear, and records readings against the corresponding facility assets. ANYmal X operates on the Shift platform, which handles robot task planning, organization of inspection results and tracking of changes over time. ANYbotics says the overall system is developed and operated in accordance with ISO 27001.