Robot Comparison · Interactive

ANYmal vs X30

A symmetrical comparison using normalized manufacturer-reported specifications. Green highlights mark the stronger value only where the specification has a defensible direction.

FieldAt a Glance
ANYbotics · Commercially availableANYmalQuadruped · verified Aug 29, 2026
DEEP Robotics · Commercially availableX30Quadruped · verified Aug 29, 2026

Technical Differences

Side-by-Side Specifications

Interactive only
FieldANYmalX30
ManufacturerANYboticsDEEP Robotics
VersionUnknownUnknown
Form factorQuadrupedQuadruped
AvailabilityCommercially availableCommercially available
Primary useAutonomous industrial inspectionIndustrial inspection and emergency operations
Starting priceUnknownUnknown
Price qualifierContact salesContact sales
Height (m)0.70.47
Weight (kg)5056
Payload (kg)15Unknown
Runtime (hours)1.52.5
Maximum speed (m/s)1.34
Degrees of freedom1212
Reach (m)UnknownUnknown
BatteryHot-swappable battery; approximately 90 minutes mission runtimeReplaceable battery; manufacturer states approximately 2.5 to 4 hours
Sensors360-degree cameras, LiDAR, thermal camera, acoustic sensing, gas detection options360-degree perception, LiDAR, depth cameras, optional inspection payloads
Onboard computeOnboard autonomy and inspection computeIndustrial autonomy computer
SoftwareANYmal autonomous mission software, ANYmal APIautonomous navigation, inspection mission software
SafetyIECEx and ATEX-certified variants, obstacle avoidance, fall recoveryIP67 enclosure, operation from -20 to 55 degrees Celsius, automatic recovery
Control modesautonomous missions, remote operationautonomous missions, remote control
Target applicationsoil and gas inspection, chemical plants, mining, utilitiespower inspection, emergency rescue, industrial inspection, security patrol

17 comparable fields · 13 material differences · Interactive comparison only; editorial indexing gate not met

ANYmal Positioning

Primary useAutonomous industrial inspection
AvailabilityCommercially available
Starting priceContact sales
Canonical IDanybotics/anymal

X30 Positioning

Primary useIndustrial inspection and emergency operations
AvailabilityCommercially available
Starting priceContact sales
Canonical IDdeep-robotics/x30

Primary Evidence

Manufacturer Sources and Freshness

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Questions

ANYmal vs X30 FAQs

Which is better, ANYmal or X30?+

There is no defensible overall robot winner without a target task and environment. Compare form factor, availability, payload, runtime, speed, sensing, control, safety, and price; green highlights apply only to specifications with an explicit direction.

Which can carry more, ANYmal or X30?+

A direct answer is unavailable because X30 does not publish a normalized payload (kg) in the current source.

Which runs longer, ANYmal or X30?+

X30 leads this specification: ANYmal is 1.5 hours and X30 is 2.5 hours.

Which is faster, ANYmal or X30?+

X30 leads this specification: ANYmal is 1.3 m/s and X30 is 4 m/s.

Which costs less, ANYmal or X30?+

A normalized price comparison is unavailable. ANYmal: Contact sales. X30: Contact sales.

Can I buy ANYmal or X30 today?+

ANYmal is recorded as commercially available (ANYbotics offers ANYmal through direct commercial engagement.); X30 is commercially available (DEEP Robotics accepts commercial inquiries for X30 deployments.). Availability can be regional or customer-specific.

What are ANYmal and X30 designed to do?+

ANYmal: Autonomous industrial inspection. X30: Industrial inspection and emergency operations.

What sensors do ANYmal and X30 use?+

ANYmal: 360-degree cameras, LiDAR, thermal camera, acoustic sensing, gas detection options. X30: 360-degree perception, LiDAR, depth cameras, optional inspection payloads.

What software and control options do ANYmal and X30 support?+

ANYmal: ANYmal autonomous mission software, ANYmal API. X30: autonomous navigation, inspection mission software. ANYmal: autonomous missions, remote operation. X30: autonomous missions, remote control.

Are ANYmal and X30 the same type of robot?+

Yes. Both are categorized as quadruped platforms, though their intended use and specifications may differ.

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