ANYbotics ANYmal Review: Specs, Price & Uses

ANYbotics ANYmal: Quick Buyer Verdict

ANYmal should be evaluated as an autonomous industrial inspector, not as a general-purpose robot dog. The platform is most convincing when a buyer has a recurring route, known assets, defined measurements and a maintenance process that can act on the results. Its value comes from combining difficult-terrain mobility with repeatable sensing and a workflow for turning inspection data into maintenance decisions.

Pros

• Purpose-built for industrial inspection rather than adapted from a general robotics platform.
• IP67 protection on the standard ANYmal platform.
• Strong mobility across industrial stairs, gratings, wet floors, slopes and confined routes.
• Integrated visual, thermal and acoustic inspection package with LiDAR-based navigation.
• Autonomous docking and repeatable scheduled missions support persistent inspections.
• Data Navigator turns repeated robot measurements into trend, anomaly and asset-health workflows.
• Standard APIs and ROS-based interfaces provide a path for enterprise and research integration.
• ANYmal X creates a specialist option for certified explosive-atmosphere inspection.

Cons

• No simple public 2026 list price for a standard deployment.
• Battery endurance is shorter than several industrial quadrupeds focused on long-range patrol.
• Payload capacity is far below heavy-duty platforms such as Unitree B2.
• The current public documentation is not perfectly uniform: the latest marketing pages, a legacy Generation D specification sheet and the pending 2026 ANYmal X specification update should not be blended without checking the quoted revision.
• Industrial autonomy still depends on site preparation, route validation, communications, access control and an operational recovery plan.
• ANYmal X’s certification is valuable but does not mean every accessory, dock, integration or site installation can automatically be treated as approved for the same hazardous zone.

Our recommendation: shortlist ANYmal when the inspection route itself is difficult and when your maintenance team can benefit from frequent, repeatable asset data. For a standard industrial site, compare it directly with Spot, X30 and other inspection quadrupeds. If Zone 1 hazardous-area certification is a hard requirement, evaluate ANYmal X as a separate configuration rather than assuming the standard ANYmal can be upgraded in the field. See the ANYbotics ANYmal product listing before requesting a site-specific quote.

How Much Does ANYbotics ANYmal Cost in 2026?

ANYbotics does not publish a universal current list price for ANYmal on its public 2026 product pages. The company positions deployments as consultative industrial projects, with the final commercial package depending on the robot model, inspection payloads, docking, software, site integration, training, support, region and hazardous-area requirements.

One useful public commercial reference exists, but it should not be mistaken for a list price. In 2023, Petrobras announced a US$4 million investment to acquire six ANYmal X robots for testing and development in its facilities. That figure is evidence that large-scale, explosion-proof deployments can be substantial enterprise projects; it does not tell a buyer the current 2026 price of one standard ANYmal, one ANYmal X, or a like-for-like package.

How to compare ANYmal pricing correctly

Request at least three commercial numbers: the minimum cost to run one useful autonomous inspection route, the fully configured production deployment cost, and the three-year operating cost. Then compare competitors using the same route, the same sensor requirements, the same level of autonomy and the same service assumptions.

A lower-cost quadruped can become more expensive if the buyer must build the inspection software, fleet tools, asset integration and support model separately. Conversely, ANYmal can be overkill if the requirement is only occasional remote video in easy terrain.

For current availability and a configuration matched to your use case, see ANYmal at Anton Robots.

What Is ANYbotics ANYmal?

ANYmal is a four-legged autonomous inspection robot developed by Swiss robotics company ANYbotics. The current commercial positioning is focused on industrial condition monitoring: the robot moves through facilities, navigates autonomously, positions its sensors at predefined inspection points, records measurements and sends the results into inspection or asset-management workflows.

The standard commercial robot is commonly associated with the Generation D platform in ANYbotics’ technical documentation, although current product pages usually market it simply as ANYmal. ANYbotics also offers ANYmal X, a separately engineered explosion-proof model for hazardous industrial zones, and an ANYmal Research package for academic and advanced robotics development.

What ANYmal is

• An autonomous mobile inspection system for industrial facilities.
• A rugged IP67 quadruped built to traverse stairs, gratings, wet floors and irregular terrain.
• A mobile sensor platform for visual, thermal, acoustic, gas and 3D data.
• A repeatable condition-monitoring tool that can revisit the same inspection points over time.
• An integration platform with APIs for mission management and inspection data.

What ANYmal is not

• It is not a consumer robot dog.
• It is not primarily a warehouse transport robot.
• It is not the highest-payload quadruped in the market.
• It is not universally autonomous in every unknown environment without commissioning.
• The standard ANYmal is not the same product as the Ex-certified ANYmal X.
• It does not create maintenance value unless its readings enter a process that people trust and act on.

If you are still comparing the category rather than a specific platform, see our guide to robot dogs and quadruped robots.

ANYbotics ANYmal Specifications

The table below separates the still-public Generation D technical specification sheet from claims on ANYbotics’ current 2026 product pages. This matters because the detailed downloadable sheet is older than the current marketing pages, while some newer pages simplify dimensions and runtime. Use these figures for shortlisting, but require the specification sheet tied to the serialised hardware revision in your quote.

Important specification warning

ANYbotics’ older detailed technical sheet lists dimensions of 930 × 530 × 890 mm and 90–120 minutes of runtime, while a separate current marketing page presents a simplified operating size of approximately 80 × 60 × 70 cm and highlights 90 minutes. That does not necessarily mean either page is wrong: stance, hardware revision, configuration and simplification for marketing may explain part of the difference. But a procurement team should not decide which numbers apply by inference.

The correct approach is to ask ANYbotics or the authorised supplier for the current data sheet, software version, payload configuration, battery specification and environmental limits associated with the exact quoted robot.

Mobility and Terrain Performance

Mobility is where ANYmal earns its place in industrial inspection. The robot uses four articulated legs and AI-based locomotion to navigate environments that are awkward for AMRs, wheeled UGVs and fixed inspection systems. The point is not athletic performance for its own sake; it is reaching the same asset repeatedly without changing the plant around the robot.

Published mobility highlights

• Industrial stairs up to 45° within specified tread and riser geometry.
• ±30° slopes.
• Approximately 250 mm published step capability in the detailed specification sheet.
• Approximately 300 mm gap capability.
• Operation in narrow passages around 600 mm under stated conditions.
• Omnidirectional stepping and turning in place.
• Travel across metal, concrete, gratings, checkerboard surfaces, gravel and dirty, wet or slippery industrial floors.

Where this mobility matters

• Refineries and chemical plants with grated stairs and pipework.
• Power stations and substations with multi-level inspection routes.
• Mines and processing plants with dust, uneven floors and difficult access.
• Metals and cement facilities with long, repetitive rounds across multiple floors.
• Remote or normally unmanned facilities where sending a person for every check is expensive.

What the mobility specification does not guarantee

A published stair angle does not mean every staircase is acceptable. Tread depth, riser height, railing clearance, open edges, surface contamination, nearby moving machinery and the robot’s payload all affect real deployment. The same applies to slopes and steps: a single successful traversal is different from a route that must run hundreds of times without intervention.

The buyer’s acceptance test should therefore ask: can this exact robot, payload and software revision complete the full route repeatedly, in both directions, under expected worst-case plant conditions and with enough battery margin to recover safely?

Autonomy, Deployment and Fleet Operation

ANYmal is designed for more than remote driving. Once a facility is mapped and inspection points are defined, the robot can plan routes, navigate autonomously, avoid or stop for obstacles, collect data, react to some configured inspection outcomes and return to a dock when power is low.

Show & Go deployment

A trained operator can guide ANYmal through the facility, create a map, define navigation points and capture inspection targets. The robot then remembers the route and task sequence so that the mission can be repeated autonomously. This approach is useful where accurate CAD data is unavailable or the route needs to be taught from real plant conditions.

Virtual setup with CAD/BIM

ANYbotics also supports preparing missions from existing 3D plant models. A buyer can configure and simulate routes before the physical robot arrives, then validate them on site. ANYbotics currently describes a one-day virtual setup path for suitable CAD/BIM workflows and a two-day on-site setup path as representative onboarding options, although real projects can be more complex.

Autonomous route planning

ANYmal uses mapped navigation points and its perception stack to choose routes through the facility. The system can stop for obstacles, reroute where space allows and replan when a path is blocked. Modern software updates have also focused on localisation in feature-poor areas such as long corridors, tunnels and open spaces.

Docking and persistent missions

The docking station is central to unattended operation. ANYmal can return to a dock when battery is low, recharge and continue scheduled work. Additional docks can extend practical coverage across large sites. This makes deployment architecture—not just battery runtime—a major part of capacity planning.

Fleet operation

ANYbotics’ current product materials increasingly emphasise fleet-wide operation rather than one robot per operator. Desktop fleet control, mission scheduling and a central inspection-data layer are important when scaling from a pilot to multiple routes or sites.

Inspection Sensors, AI and Condition-Monitoring Capabilities

ANYmal’s strongest commercial differentiation is that inspection sensing is not an afterthought. The standard pan-tilt payload is designed to position high-quality sensors consistently at inspection points, allowing teams to compare asset condition over time instead of relying on ad-hoc images from different locations and angles.

Visual inspection

The current product offering includes a 20× optical zoom camera for long-distance visual inspection. Typical tasks include checking gauges, digital displays, valve positions, lever positions, indicator lights, leaks, surface condition and other visible states.

Thermal inspection

Thermal sensing allows ANYmal to look for abnormal temperatures in motors, electrical cabinets, bearings, pumps and other assets. The older standard ANYmal specification sheet lists radiometric thermal measurement as part of the inspection payload, while current ANYmal X marketing publishes a -10°C to +400°C thermal measurement range for that model. Confirm the exact thermal imager and calibrated range in your quote rather than transferring specifications between variants.

Acoustic inspection

Acoustic measurements can support equipment-health monitoring by comparing sound signatures or detecting abnormal frequency patterns. ANYbotics has also expanded gas-leak inspection with a 360° acoustic imaging payload designed to locate leak sources such as compressed air, steam, vacuum, hydrocarbons and other industrial gases.

Gas leak and presence detection

The newer gas solution combines acoustic leak localisation with modular gas sensors that measure ambient gas concentrations. ANYbotics says the system can quantify leak size, estimate the cost of the loss and surface the result inside Data Navigator. This is strategically important because it moves the robot from “we found something unusual” toward “we found a leak, located it and can prioritise it economically.”

3D environment scanning

LiDAR and depth cameras can record 3D data for mapping, situational awareness and digital-twin workflows. The value is highest when repeated scans are linked to a defined engineering or asset-management process rather than stored as isolated point clouds.

Inspection intelligence

ANYmal can associate measurements with time, location and inspection-point metadata, apply configured logic and report anomalies. Buyers should still define thresholds, validation rules and ownership. Automated detection is useful only when false positives, false negatives and escalation paths are understood.

Data Navigator, Workforce and Enterprise Integration

The robot itself solves only half of the inspection problem. The other half is getting reliable measurements into the hands of maintenance, reliability and operations teams. ANYbotics has strengthened this layer substantially with Data Navigator and its broader software stack.

Data Navigator

Data Navigator is ANYbotics’ central platform for turning robot inspection data into asset-health information. Current capabilities include anomaly dashboards, historical comparison, trend views, mission scheduling and access to multiple data types such as thermal, visual, acoustic and gas readings.

The platform can be deployed in the cloud, on-premise or in air-gapped environments. That flexibility matters in critical infrastructure where cloud-only software can become a procurement blocker.

Workforce UI

The Workforce interface is designed to let trained plant personnel configure and operate ANYmal without being robotics specialists. It supports mission setup, mission review, remote operation and inspection-data visibility through a browser-based workflow.

ANYmal API

ANYbotics provides a gRPC-based API for mission control and data integration, alongside ROS-based robot interfaces for custom software. This creates several integration paths:

• Triggering robot missions from an external system.
• Pulling inspection results into digital twins, maintenance systems or data platforms.
• Tracking robot and mission status.
• Installing task-specific software or integrating custom payloads where supported.

Integration is a procurement issue, not an IT afterthought

Before buying, map the full data chain: inspection point → sensor measurement → robot processing → Data Navigator or customer platform → anomaly logic → work order → technician → closure. A technically excellent robot can still fail as a business deployment if results stop at a dashboard nobody checks.

ANYmal X: Explosion-Proof Inspection for Hazardous Areas

ANYmal X is the most important reason ANYbotics stands apart from many quadruped competitors. It is a separately engineered version of the platform intended for explosive industrial environments, with ATEX and IECEx certification up to Zone 1 IIB according to ANYbotics’ current product information.

This matters in oil and gas, chemicals and other process industries because a standard commercial robot cannot simply be driven into a classified hazardous zone. Motors, batteries, electronics, sensors, temperatures and enclosures all become potential ignition considerations.

Do not use the old ANYmal X PDF as an unquestioned 2026 specification

An older ANYmal X technical sheet remains accessible and includes weight, runtime and mobility figures. However, the current ANYmal X product page explicitly states that 2026 technical specifications are coming soon. For a procurement decision in 2026, the correct source is the specification document associated with the quoted production revision and its certification package.

Certification still needs system-level verification

A robot’s Ex certification does not automatically validate every third-party payload, wireless device, charging installation or site modification. Require the complete marking, certificate scope and permitted configuration in writing, and have the site’s hazardous-area engineering team verify the installed system.

Battery Life, Charging and Continuous Operation

The detailed Generation D specification sheet publishes a 932.4 Wh swappable battery, 90–120 minutes of operation, up to 4 km of travel on a full charge and around 2 km for a typical inspection mission. Current product marketing simplifies this to a 90-minute runtime headline. Both figures reinforce the same purchasing point: duty-cycle design matters.

Charging

ANYbotics publishes approximately three hours for a full standalone charge and 100 minutes to reach about 70%. The docking station is intended to automate recharging between missions rather than maximise single-battery endurance.

Can ANYmal operate continuously?

Not on one battery without interruption. Persistent inspection requires mission scheduling around charging, multiple docks, more than one robot, battery swaps or a combination of these. A dock can make a 90-minute robot practical for round-the-clock data collection if routes are short enough and inspections are intelligently scheduled.

Battery questions buyers should ask

• How long does our exact route take with every sensor active?
• What battery reserve is required before ANYmal aborts or returns to dock?
• What happens when the preferred path to the dock is blocked?
• How long does the quoted robot revision take to recharge in the actual dock?
• How does temperature affect runtime and charging?
• Who owns recovery if the robot misses a dock or loses localisation?
• For ANYmal X, which battery and charging operations are permitted in the classified area?

Safety, Environmental Limits, Cybersecurity and Data

ANYmal is intended to reduce human exposure to repetitive, unpleasant or hazardous inspection work, but deploying a mobile autonomous robot introduces its own operational risks. Safety should be treated as a system property covering the robot, route, people, payloads, charging, access control and recovery process.

IP67 protection

IP67 is a meaningful advantage over quadrupeds with lower ingress ratings. It supports operation in dusty and wet environments and makes the platform more appropriate for harsh industrial sites. It still does not mean unlimited exposure to every chemical, pressure wash, temperature or contamination scenario. Validate the complete robot and every payload against the actual environment.

Operational hazards to test

• Open grated stairs, landings and edges.
• People and moving vehicles crossing autonomous routes.
• Temporary hoses, cables, tools and scaffolding.
• Doors, gates, lifts and access-control systems.
• Wet, oily, reflective or changing floor surfaces.
• Loss of localisation, network connection or inspection data.
• Emergency stop, manual recovery and safe transportation.

Cybersecurity

ANYbotics achieved ISO/IEC 27001 certification in 2026 for its information security management system. This is relevant for enterprise procurement because it demonstrates a formal, independently audited security-management framework. It should not be interpreted as proof that every robot configuration or integration has been penetration-tested for every customer’s threat model.

The ANYmal technical documentation also describes secured Wi-Fi, encrypted file transfer, VPN-protected live data and certificate-based authorization. Buyers should still review identity management, network segmentation, software updates, API permissions, data retention, vulnerability response and the security of every connected third-party system.

Data architecture

Data Navigator can be deployed cloud, on-premise or air-gapped. That gives critical-infrastructure operators more architectural flexibility than a cloud-only model. Procurement teams should confirm which robot logs, inspection images, maps and metadata leave the site, what support access is possible and how retention is controlled.

Real-World ANYmal Results: What Published Deployments Show

ANYmal has a strong body of industrial deployment evidence, but most public outcome figures are published by ANYbotics together with customers or partners rather than through independent controlled trials. They are useful evidence of what has been achieved, not a guarantee of equivalent results at another facility.

What these deployments have in common

The successful examples are not built around the statement “we bought a robot.” They define the route, inspection points, sensor readings, data destination and maintenance decision first. That is the operating model a new buyer should copy.

Best ANYbotics ANYmal Use Cases

1. Industrial condition monitoring

Best overall use case. ANYmal can repeatedly inspect motors, pumps, compressors, electrical systems, gauges, valves and other assets using visual, thermal and acoustic sensing. The combination of repeatability and mobility is more important than any single sensor.

2. Oil and gas inspection

ANYmal can automate non-Ex rounds, while ANYmal X extends the concept into selected Zone 1 IIB hazardous areas. This makes the family especially relevant to refineries, terminals, offshore facilities and process plants where human access carries both cost and risk.

3. Chemical plants

Chemical facilities combine complex pipework, stairs, harsh surfaces, gas risk and frequent inspection requirements. ANYmal’s IP67 design and ANYmal X’s Ex positioning are particularly relevant here.

4. Power and utilities

Visual, thermal and acoustic inspections can support substations, generation facilities, grid assets and other infrastructure where early detection of abnormal heat, sound or instrument readings matters.

5. Mining, metals and cement

Dust, wet surfaces, multiple floors and large inspection routes favour a rugged legged platform. The Vigier deployment shows how a robot can become part of the daily maintenance rhythm rather than remain a pilot technology.

6. Normally unmanned or remote facilities

A mobile robot can reduce unnecessary call-outs by providing on-demand local visibility and frequent routine data. This is one of the clearest use cases when travel time or staffing is expensive.

7. Gas leak detection

The combination of 360° acoustic imaging and modular gas sensing can locate leaks, measure concentration and help prioritise losses. This is especially attractive where static sensors do not provide full spatial coverage.

8. Digital twins and 3D scanning

ANYmal can collect spatial data and link inspection points to plant models. The use case is strongest where the 3D information is updated, compared or used operationally rather than collected only for visualisation.

9. Rapid incident assessment

ANYbotics has developed remote rapid-response workflows that allow the robot to travel toward an alarm location and provide situational data before people enter. This is a supplement to a site emergency plan, not a replacement for trained responders.

10. Robotics research

ANYmal Research offers deep software access, simulation and a ROS-based architecture for locomotion, perception and manipulation research. A manipulation payload launched for research in 2025 adds a torque-controlled arm and onboard GPU capability; this should not be confused with the standard commercial inspection configuration.

For more category context, compare industrial inspection robots and security robots.

When ANYbotics ANYmal Is Not the Right Robot

ANYmal is highly capable, but its purpose-built inspection focus also makes the rejection criteria fairly clear.

• Flat warehouse transport: an AMR usually carries more material for less complexity and longer duty cycles.
• Maximum payload: Unitree B2 publishes more than 40 kg continuous walking payload, far above ANYmal’s nominal payload class.
• Very long patrols between charges: B2, DEEP Robotics X30 and Ghost Robotics Vision 60 publish multi-hour endurance figures that may reduce charging complexity.
• Simple telepresence on easy terrain: a wheeled or tracked robot may solve the problem at lower cost.
• Manipulation-first work: standard commercial ANYmal is primarily an inspection platform; its research manipulation package is not the same as a general industrial mobile manipulator product.
• No maintenance-data owner: if nobody is responsible for reviewing anomalies, creating work and validating outcomes, delay the purchase.
• Ex environment without configuration validation: do not assume that “ANYmal” means “ANYmal X,” or that every accessory is covered by the same hazardous-area certification.
• Price-led experimentation: ANYmal is an enterprise inspection system and should be justified by a defined operational use case, not curiosity alone.

ANYbotics ANYmal vs Boston Dynamics Spot, Unitree B2, DEEP Robotics X30 and Ghost Robotics Vision 60

There is no universally best industrial quadruped. ANYmal is strongest when the buyer values a purpose-built inspection workflow and harsh-environment operation. Other platforms can outperform it in payload, speed, endurance, openness or ecosystem breadth.

Which one should you choose?

• Choose ANYmal when industrial inspection workflow, IP67 protection and integrated condition-monitoring software are central.
• Choose ANYmal X when the exact certified hazardous-area requirement matches its ATEX/IECEx scope.
• Choose or shortlist Spot when the broadest payload/developer ecosystem and mature general inspection platform are more important than IP67.
• Shortlist Unitree B2 when payload, endurance and speed dominate the requirement.
• Shortlist X30 when multi-hour endurance and IP67 industrial patrol are priorities.
• Shortlist Vision 60 for open-architecture, field-serviceable or defence/public-safety programmes.

See more platforms in our guide to the best robot dogs, or use the Anton Robots comparison tool to narrow the shortlist.

Is ANYbotics ANYmal Worth It?

ANYmal is worth considering when autonomous inspection can reduce enough recurring labour, exposure, travel, unplanned downtime or missed-condition risk to cover the full deployment cost. It is poor value when the use case is only “have a robot walk around” or when inspection data is collected without a maintenance action loop.

Build the ROI model from the current inspection process

A practical model is:

Annual net benefit = manual inspection cost avoided + travel/access cost avoided + expected downtime avoided + leak/loss reduction + additional coverage value − annual robot operating cost.

Then calculate:

Payback period = total implementation cost ÷ monthly net benefit.

Costs to include

• Robot and inspection configuration.
• Docking station or additional docks.
• Data Navigator or other software.
• Gas, acoustic or specialist sensors.
• Mapping, commissioning and CAD/BIM work.
• IT/OT integration and cybersecurity.
• Network or private communications infrastructure.
• Training, support, batteries and replacement parts.
• Hazardous-area engineering and compliant infrastructure for ANYmal X.
• Internal labour for robot ownership, exception handling and maintenance workflow.

Benefits to validate

• Minutes of labour saved per inspection × inspections per year.
• Additional inspections that were previously impractical.
• Trips, call-outs, permits or access procedures avoided.
• Earlier detection of temperature, sound, leak or instrument anomalies.
• Downtime events prevented or shortened.
• Product or energy loss avoided through leak detection.
• Reduction in human exposure using the organisation’s approved safety valuation method.
• Better auditability from time-stamped, repeatable inspection records.

A practical go/no-go threshold

Before scaling, require a pilot or commissioning phase to prove route completion, measurement quality, measurement repeatability, autonomous recovery, data integration and the expected economic benefit. A robot that can walk the site but cannot produce trustworthy inspection data is not a successful inspection system.

ANYbotics ANYmal Buying Checklist

1. Define one inspection workflow. Name the route, assets, measurements, frequency and current cost.
2. Decide whether you need standard ANYmal or ANYmal X. Base this on the formal hazardous-area classification, not preference.
3. Set acceptance criteria. Include route completion, inspection accuracy, repeatability, battery reserve, connectivity and recovery.
4. Map the environment. Document stairs, risers, gaps, slopes, grated floors, doors, lifts, moving equipment, dust, water and temperature.
5. Choose the minimum sensor stack. Every additional payload adds mass, power consumption, cost and data complexity.
6. Confirm the exact current specification. Require the data sheet and software revision for the quoted robot instead of relying on old PDFs.
7. Design charging. Decide how many docks or robots are needed to meet the desired inspection frequency.
8. Design connectivity. Test Wi-Fi/LTE or private network coverage along the route and define behaviour during network loss.
9. Plan the data workflow. Define how results enter Data Navigator, SAP, IBM, Cognite or another asset-management system.
10. Review cybersecurity. Cover identity, certificates, segmentation, hosting, software updates, remote support and data retention.
11. Complete a safety review. Include E-stop, safe distance, recovery, people/vehicle interaction and site procedures.
12. For ANYmal X, verify the complete Ex configuration. Confirm certification marking, gas group, zone, temperature requirements and accessories.
13. Run a representative site trial. Use the final sensor stack and realistic plant conditions.
14. Request full commercial terms. Include hardware, software, implementation, training, support, lead time, warranty and three-year TCO.
15. Scale only after the first workflow is stable. Add routes, robots and sites once the inspection-to-maintenance loop works reliably.

Pro tip: begin the project with “This inspection is currently performed X times per week, costs Y and exists to detect Z.” Do not begin with “We want ANYmal.” The first statement produces a business case; the second produces a technology demonstration.

How to Buy ANYbotics ANYmal

ANYmal is sold through a consultative enterprise process rather than a simple online checkout. A useful enquiry should describe the facility, inspection routes, operating conditions, sensor requirements, hazardous-area classification, connectivity, data architecture and target rollout.

Before requesting a quote, prepare:

• Photographs or video of representative routes.
• Stair, gap, doorway and clearance measurements.
• Floor materials and expected wet, dusty or contaminated conditions.
• The exact assets, gauges, panels, valves or leak sources to inspect.
• Required visual, thermal, acoustic, gas or 3D measurements.
• Hazardous-area drawings and classifications where relevant.
• Network maps and cloud/on-premise/air-gapped requirements.
• Your current inspection frequency, labour effort and downtime history.
• A target payback period and deployment date.

Review the ANYbotics ANYmal product page, then contact Anton Robots to discuss fit, availability and a site-specific configuration. If you are not yet sure that a quadruped is the right robot type, use Find My Robot before committing to a model.

What Is New for ANYmal in 2026?

Yokogawa OpreX integration partnership

In February 2026, ANYbotics and Yokogawa announced a partnership to integrate Yokogawa’s OpreX Robot Management Core with the ANYmal lineup, including ANYmal X. The strategic significance is fleet orchestration: industrial operators increasingly want different robot types managed through broader plant software rather than isolated vendor dashboards.

ISO/IEC 27001 certification

ANYbotics announced ISO/IEC 27001 certification in February 2026. For large industrial buyers, this matters because cybersecurity and vendor-risk review can become a larger barrier to scaling than robot mobility itself.

Fleet-wide desktop control and newer AI locomotion

Current ANYbotics product-update material highlights desktop fleet management, operator-focused controls and reinforcement-learning-based mobility with near-field perception. This reflects a broader shift from “can the robot walk?” to “can plant personnel run multiple robots reliably?”

ANYmal X specification transition

The current ANYmal X page states that 2026 technical specifications are coming soon. That is not a minor editorial note. Buyers should avoid treating older ANYmal X PDFs as the final specification for a 2026 purchase and should request the current certified production documentation.

2025 capabilities now shaping 2026 deployments

Two recent developments remain especially relevant in 2026: Data Navigator, launched in 2025 to centralise asset-health insights, and the newer gas leak and presence detection solution combining 360° acoustic imaging with gas concentration sensing. Together they make ANYmal more of an inspection system and less of a mobile camera platform.

ANYbotics ANYmal FAQ

How much does ANYbotics ANYmal cost?

ANYbotics does not publish a universal current 2026 list price for ANYmal. Buyers should request a configured quote including the robot, sensors, docking, software, commissioning, integration, training and support. Petrobras publicly announced a US$4 million acquisition of six ANYmal X robots in 2023, but that enterprise deal should not be treated as a per-unit list price.

What is ANYmal used for?

ANYmal is primarily used for autonomous industrial inspection: reading gauges, capturing visual and thermal data, monitoring equipment acoustically, detecting leaks, scanning 3D environments and inspecting assets repeatedly across difficult industrial terrain.

Is ANYmal autonomous?

Yes, within commissioned workflows. ANYmal can map facilities, navigate between inspection points, avoid or reroute around obstacles, perform configured inspection tasks and return to a dock. It is not universal autonomy in every unknown environment.

Can ANYmal climb stairs?

Yes. Stair climbing is a core design feature. ANYbotics’ detailed technical sheet publishes support for industrial stairs up to 45° with defined riser, run and width limits. Every real staircase should still be validated with the final robot configuration.

Can ANYmal work in rain or dusty environments?

The standard ANYmal platform is rated IP67 and is marketed for harsh indoor and outdoor industrial environments. The rating does not remove the need to validate chemicals, pressure washing, temperature and every installed payload.

How long does ANYmal’s battery last?

The detailed Generation D specification sheet publishes 90–120 minutes per full charge, while current product marketing highlights 90 minutes. Real mission time depends on terrain, speed, payload, inspection activity, temperature and route design.

How far can ANYmal walk?

The detailed technical sheet publishes up to 4 km on a full charge and up to approximately 2 km for a typical inspection mission depending on payload and the number of inspection points.

How long does ANYmal take to charge?

ANYbotics publishes around three hours for a full charge and about 100 minutes to 70% in the Generation D technical documentation. Automated docking is intended to schedule charging between missions.

How much can ANYmal carry?

The Generation D technical documentation lists up to 10 kg under nominal conditions and up to 15 kg with reduced performance. Buyers should confirm the current payload envelope, centre-of-gravity limits and runtime effect for the exact quoted platform.

What is the difference between ANYmal and ANYmal X?

Standard ANYmal is the industrial IP67 inspection platform for non-Ex environments. ANYmal X is a separately engineered explosion-proof model certified by ANYbotics up to ATEX/IECEx Zone 1 IIB for specified hazardous industrial areas.

Is ANYmal ATEX certified?

Do not treat standard ANYmal and ANYmal X as interchangeable. ANYmal X is the model positioned with ATEX/IECEx Zone 1 IIB certification. Require the exact certification and complete configuration for your site.

Can ANYmal detect gas leaks?

Yes, with the appropriate gas leak and presence detection configuration. ANYbotics’ newer solution combines 360° acoustic imaging with modular gas concentration sensors to locate leaks, measure concentrations and quantify the loss.

Does ANYmal have thermal vision?

Yes. Thermal inspection is part of the ANYmal inspection concept. The exact camera, range and calibration should be confirmed for the quoted model because specifications differ between standard ANYmal documentation and ANYmal X marketing.

Can ANYmal inspect gauges?

Yes. Visual instrument reading is a core use case, including analogue gauges and other indicator states. The inspection must be configured and validated for the site’s specific instruments, viewing angles and lighting conditions.

Can ANYmal work without internet?

ANYbotics states that ANYmal can execute defined autonomous missions without an internet connection because core compute and autonomy run onboard. Remote operation, data synchronisation and enterprise software functions still depend on the chosen network architecture.

Does ANYmal support ROS?

ANYbotics publishes ROS-based interfaces for custom software and offers deeper ROS-based access through ANYmal Research. Buyers should verify the supported ROS/ROS 2 version and API scope for the exact commercial software release they plan to deploy.

Does ANYmal have an arm?

The standard commercial inspection robot is sensor-first, not arm-first. ANYbotics launched an ANYmal Research Manipulation Payload in 2025 with a torque-controlled arm for academic and advanced research. Do not assume that research configuration is part of the standard industrial inspection product.

Can ANYmal be used offshore?

Yes, subject to the site and configuration. ANYmal and ANYmal X have been tested or deployed in offshore and energy applications, including programmes with Petrobras and Aker BP. Hazardous-area offshore work requires the correct ANYmal X configuration and site approval.

What industries use ANYmal?

Published deployments and partnerships cover oil and gas, chemicals, power and utilities, mining, metals, cement, processing, remote infrastructure and research.

Is ANYmal worth the money?

It can be when frequent inspections, difficult access, avoided travel, earlier fault detection, leak reduction or reduced human exposure create enough measurable value. It is unlikely to be economical as a generic innovation purchase without a defined maintenance workflow.

What is the best alternative to ANYmal?

It depends on the requirement. Boston Dynamics Spot is a strong all-round inspection and developer ecosystem; Unitree B2 is compelling for payload and endurance; DEEP Robotics X30 for longer IP67 industrial patrols; Ghost Robotics Vision 60 for open architecture and long field missions. For certified Zone 1 industrial inspection, ANYmal X remains unusually specialised.

Final Verdict: Should You Buy ANYbotics ANYmal?

Buy or pilot ANYmal when your inspection problem combines difficult industrial terrain with a need for repeatable, high-quality asset data. The platform is strongest where stairs, gratings, wet or dusty conditions make wheeled robots unsuitable and where maintenance teams want more than live video: they want thermal, visual, acoustic, gas or 3D readings tied to assets and repeated over time.

Its biggest strengths are industrial focus, IP67 protection, integrated inspection sensing, autonomous docking, Data Navigator and the availability of ANYmal X for certified explosive environments. Its main constraints are quote-based enterprise pricing, a roughly 90–120 minute battery window, modest payload compared with heavy-duty quadrupeds and the need to verify the exact 2026 hardware and certification documentation rather than combining specifications from different public pages.

The smartest buying path is mission-led: one route, one set of inspection points, explicit measurement criteria, an agreed data workflow and a financial model based on current inspection cost and asset risk. If ANYmal completes that workflow reliably and the resulting data changes maintenance decisions, it is not just an impressive quadruped—it becomes part of the plant’s inspection infrastructure.

Ready to evaluate a configuration? View ANYbotics ANYmal at Anton Robots or request help matching the robot, inspection package and deployment model to your site.