ANYbotics ANYmal: Specs, ATEX Rating, Deployments

What Is ANYbotics?

ANYbotics AG is a robotics company based in Zurich, Switzerland, founded in 2016 as a spinout of the Robotic Systems Lab at ETH Zurich. The company builds legged inspection robots for industrial sites where routine walkthroughs are dangerous, expensive, or hard to staff, positioning itself as an alternative to sending human inspectors into hazardous plant environments.

Unlike consumer-facing robot dog makers, ANYbotics sells directly to industrial operators: oil and gas producers, chemical plants, power utilities, and other heavy-industry sites that need repeatable data collection on gauges, valves, and thermal hotspots. The company pairs its own hardware with an autonomous-inspection software stack and a docking station, so it sells a service-like package rather than a bare robot.

This page covers ANYbotics as a company and its ANYmal robot family, the ATEX-certified ANYmal X, real-world deployments, and where ANYmal fits against other industrial quadrupeds.

ANYmal Specs And Capabilities

ANYmal is a torque-controlled quadruped built to walk stairs, cross uneven terrain, and climb over debris on industrial sites that wheeled or tracked robots cannot easily navigate. ANYbotics publishes an IP67 ingress rating across the ANYmal line, meaning the robot is built to operate outdoors and in wet-process environments, not just clean indoor facilities.

The robot carries an inspection payload of sensors: optical and thermal cameras, gas and acoustic sensors, and manipulation tools depending on configuration, feeding into ANYbotics' own autonomy software for route planning, obstacle avoidance, and automatic docking for recharging between missions.

ANYmal sits in the same category we cover in our industrial quadruped robots guide, alongside other enterprise legged platforms. If you want the general background on legged robots first, our top robot dogs buying guide covers the wider market split between consumer and industrial units.

• Torque-controlled legged locomotion for stairs and uneven industrial terrain.
• IP67 ingress protection, rated for outdoor and wet-process sites.
• Interchangeable inspection payloads: optical, thermal, gas, and acoustic sensing.
• Autonomous docking for unattended recharging between missions.

ANYmal X: The ATEX-Certified Variant

ANYmal X is the hazardous-area version of the platform, certified for ATEX Zone 1 and Zone 2 — the European standard for equipment that can safely operate around explosive gas or dust atmospheres. That certification is the reason plants choose ANYmal over a general-purpose quadruped: many refineries, offshore platforms, and chemical sites cannot legally send a non-rated robot into classified zones at all.

This is the same distinction that separates ANYmal from Boston Dynamics Spot for hazardous-site buyers. Spot's standard configuration is rated IP54, which is not sufficient for many wet or explosive-risk zones, while ANYmal's IP67 rating and ATEX-certified X variant are built specifically for that gap.

Because ATEX certification is site-critical and not a marketing spec, buyers evaluating either platform for a regulated facility should confirm the exact zone rating and documentation directly with ANYbotics before assuming a robot is cleared for a specific site.

Real ANYmal Deployments

ANYbotics has publicized deployments with named industrial customers across oil, gas, and chemical processing. Public case studies and company communications reference operators including Petronas, BASF, and Vale using ANYmal for autonomous inspection rounds at plants and industrial facilities.

The typical use case is a robot running scheduled, repeatable inspection routes — reading gauges, checking for thermal anomalies, listening for abnormal acoustic signatures — and flagging exceptions for a human reviewer, rather than replacing a full inspection team. That framing matters: ANYmal is deployed as a data-collection tool inside an existing safety and maintenance workflow, not as an autonomous decision-maker.

We track this category of energy-sector legged inspection robots, including comparisons with rivals, in our robot comparison coverage and our robotics news hub.

ANYbotics Funding And Business Model

ANYbotics has raised venture funding across multiple rounds since its 2016 founding to scale ANYmal production and its inspection software platform, growing from an ETH Zurich lab project into a commercial vendor selling directly to industrial operators. The company does not sell ANYmal as a one-time hardware purchase the way a consumer robot dog is sold; pricing is quote-based and typically bundles the robot, the docking infrastructure, and the autonomy software as a package.

That enterprise sales model puts ANYmal in the same buying category as Boston Dynamics Spot and other industrial legged platforms: a capital and services decision made by a plant's engineering or safety team, not an impulse purchase. Expect a sales cycle involving site assessment, a pilot deployment, and a negotiated multi-year contract rather than a published price list.

Compare that quote-only approach with the fixed, published prices of consumer and prosumer robot dogs in our robot dog price guide, which shows just how differently the enterprise inspection segment ANYbotics competes in is priced.

How ANYmal Compares

ANYmal competes with Boston Dynamics Spot, DEEP Robotics X30, and Unitree's industrial quadrupeds for hazardous-area and outdoor inspection contracts. ANYmal's specific edge is its ATEX-certified X variant, which covers explosive-atmosphere zones that some competing platforms are not rated for.

For a full spec-by-spec breakdown of ingress ratings, payload, and autonomy software across these platforms, see our industrial quadruped robots guide. If you are researching the broader "robot dog" market before narrowing to an industrial platform, start with our top robot dogs buying guide.

The honest way to evaluate ANYmal against rivals is by verified site certifications and public case studies rather than spec-sheet claims alone — hazardous-area work leaves little room for an unverified compatibility gap.