Key Notes
- ANYbotics announced customer deliveries of ANYmal X on October 27, naming Equinor and DSM-Firmenich among the recipients.
- The quadruped combines autonomous inspection with explosion-protected hardware and visual, thermal, acoustic and gas sensing for industrial assets.
- Its Shift platform connects readings to maintenance workflows, while the company’s broader inspection-volume figures should not be read as deployment totals for the newly shipping model.
ANYbotics has started customer deliveries of ANYmal X, a four-legged inspection robot designed for explosive industrial atmospheres. The October 27 announcement names Equinor and DSM-Firmenich among the energy and chemical customers receiving the system.
The launch moves a specialized quadruped from field testing toward routine inspection work. ANYbotics says companies including BP, Shell, PETRONAS, Petrobras, BASF and SLB have tested the platform through an early-access program since 2023.
Taking Inspection Rounds Into Hazardous Areas
According to the company announcement, ANYmal X navigates industrial routes including stairs and narrow walkways. Visual, thermal, acoustic and gas sensors collect readings associated with individual assets, helping teams track equipment condition over time.
The intended job is observation: checking equipment and identifying changes such as overheating, leaks or unusual noise. The value comes from repeating a route and producing comparable readings, rather than attempting every maintenance task a human technician performs.
That makes inspection a focused application for legged mobility. Existing plants contain routes and obstacles that can be awkward for wheeled systems, while rebuilding the environment around a robot can add to deployment costs.
Explosion Protection Shapes the Robot
The Robot Report describes protection measures including nitrogen-filled sealed chambers for computing and inspection equipment, flameproof casings around the battery and 12 leg actuators, conductive feet and temperature monitoring.
ANYbotics says the machine was built to meet ATEX and IECEx explosion-protection requirements. The purpose is to control potential ignition sources within the equipment’s approved operating conditions; it should not be interpreted as a claim that the robot can survive any explosion.
The company describes four years of engineering and more than ten patents behind the product. It calls ANYmal X the first legged inspection robot for explosive atmospheres, a distinction presented here as the manufacturer’s claim.
Inspection Data Must Reach Maintenance Teams
ANYmal X operates with Shift, ANYbotics’ platform for scheduling missions and organizing findings. The company describes integrations with plant systems including SAP, Yokogawa and SLB.
A reading becomes more useful when an engineer knows which asset it belongs to, where it was taken and how it compares with earlier observations. Connecting that information to existing maintenance processes is part of the product, rather than a separate reporting exercise after the robot returns.
ANYbotics cites more than 50 customers and 120,000 monthly autonomous inspections for its broader inspection system. Those figures are not a count of newly delivered ANYmal X robots or proof that this new model alone performs that inspection volume.
A Defined Job for Physical AI
The launch fits a wider pattern of robotics companies targeting specific operating needs. RobotsBeat recently covered autonomous construction equipment, where deployment also depends on field support and integration with existing work.
It also adds a commercial example to the quadruped market. For inspection buyers, the relevant measures are route completion, reading quality, interventions and how reliably findings reach the people responsible for equipment.
ANYbotics has published an official launch video showing the platform. The next commercial test is whether the delivered systems can turn repeatable inspection rounds into dependable maintenance decisions at customer sites.
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