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Comparisons · Robot24.com Original

DEEPRobotics X30 Pro vs. Unitree B2

DEEPRobotics X30 Pro and Unitree B2 are industrial quadruped robots targeting inspection, security, power utilities, mining and emergency response. Based on ROBOT24.com market-research data records, this comparison examines their differences in speed, payload, runtime, range, navigation, perception and terrain capability.

October 6, 2026 by Business Desk Team

deeprobotics-x30-pro-vs-unitree-b2

Introduction

DEEPRobotics X30 Pro and Unitree B2 are both represented in the ROBOT24.com market-research data records and are compared here using their recorded specifications and use cases.

DEEPRobotics X30 Pro is categorized as an autonomous industrial quadrupeds, with applications spanning from inspection, patrol, surveying, security, emergency response, utilities, mining, oil & gas to research. Unitree B2 is classified as an industrial quadruped robots, with applications extending from industrial inspection, utilities, oil & gas, mining, emergency response, logistics, security and research.
 
The primary differences documented between the two are configuration, performance, autonomy stack, payload and the granularity of detail in the ROBOT24.com market-research data records.

At a Glance 

MetricDEEPRobotics X30 ProUnitree B2
Robot typeIndustrial autonomous quadrupedIndustrial quadruped robot
Use casesInspection; patrol; surveying; security; emergency response; power utilities; mining; oil and gas; researchIndustrial inspection; power utilities; oil and gas; mining; emergency response; logistics ; security; research
Dimensions1000 x 715 x 470 mm1098 x 450 x 645 mm standing
Weight59 kg~60 kg including battery
Payload>=20 kg; structural payload ~85 kg>40 kg walking; up to 120 kg standing
Maximum speed>=4 m/s>6 m/s
Runtime2.5-4 hours4-6 hours
Range / endurance>=10 km> 20 km unloaded; > 15 km with 20 kg payload
NavigationAutonomous legged locomotion; multi-sensor fusion localization; RTK-ready positioningAutonomous navigation; 3D LiDAR + vision localization
SensorsLiDAR; depth camera; RGB cameras; IMU; infrared imaging3D LiDAR; 2 depth cameras; 2 RGB cameras; IMU
Protection ratingIP67IP67
Special capabilityRapid battery swapping; optional RTK and thermal cameraContinuous 20- 25 cm stair climbing; >45 deg slope; ROS 2/SDK
AvailabilityCommercially availableCommercially available
PriceUSD $63,000-110,000+Approx. USD $100,000 base configuration

How They Compare

Functionally, we have DEEPRobotics X30 Pro recorded as for inspection, patrol, surveying, security, emergency response, power utilities, mining, oil and gas, and research while Unitree B2 is recorded as for industrial inspection, power utilities, oil and gas, mining, emergency response, logistics, security and research. The greatest overlap is in industrial inspection, security and emergency response, heavy-industry (minerals or primary materials extraction and processing) -related uses but the market-research data records also reflect a different emphasis in the listed functions and deployment focus.
 
The recorded performance data show DEEPRobotics X30 Pro at 59 kg and about 60kg with battery whilst Unitree B2 is 60kg. The recorded top speed is 4m/s as opposed to more than 6m/s whilst runtime is 2.5-4 hours versus 4-6 hours.
 
Capacity also varies among the entries in ROBOT24.com market-research data sets. In the DEEPRobotics X30 Pro it is 20 kg (44 lb), and structural payload is about 85 kg (187 lb). In Unitree B2 it is >40 kg (88 lb) when walking, and up to 120 kg (264 lb) when standing.
 
For autonomy and sensing DEEPRobotics X30 Pro is recorded with autonomous legged locomotion, multi-sensor fusion localization and RTK-ready positioning, supported by LiDAR, a depth camera, RGB cameras, IMU and infrared imaging. Unitree B2 is recorded with autonomous navigation and 3D LiDAR plus vision localization, supported by 3D LiDAR, two depth cameras, two RGB cameras and an IMU.

Summary

FD-X30 Pro and Unitree B2 are in the same general industrial quadruped market-competition data-records were logged in ROBOT24.com versus speed, payload, endurance, range, terrain capability, and autonomy. These data-record figures should be treated purely as a side-by-side comparison of the specifications currently stored in ROBOT24.com market-research data records rather than a general market evaluation.

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