Real-Time 3D Mapping
LiDAR point-cloud data can be used to create a map of the surrounding environment for localization and route planning.
$60,000.00
Unitree B2 Quadruped Robot with Navigation Kit Package is a quadruped robot from UNITREE ROBOTICS. Product Information Brand: UNITREE ROBOTICS Model / identifier: B2 WITH NAVIGATION PACKAGE Product type: Robots Availability: In stock Model: B2 WITH NAVIGATION PACKAGE Origin: China Applications Unitree B2 Quadruped Robot with Navigation Kit Package may be.
Review the model information, technical details, compatibility, included configuration and documentation before requesting a destination-specific B2B quotation.
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Industrial Autonomous Quadruped Robot
The Unitree B2 is a heavy-duty industrial quadruped robot designed for inspection, autonomous patrol, emergency response, infrastructure monitoring, robotics integration and demanding all-terrain field operations. This listing adds a Navigation Kit to the B2 platform, creating a configuration intended for autonomous mapping, localization, obstacle avoidance and repeatable mission execution.
For buyers searching for a Unitree B2 for sale, the main reason to choose this configuration over a standard B2 is not simply an additional LiDAR sensor. A complete navigation package can add dedicated environmental perception, navigation compute and autonomy software for SLAM, route planning and unmanned patrol workflows.
AI Robot Supplier currently lists this B2 Navigation Kit configuration at $60,000. Because current international B2 packages vary substantially in LiDAR, compute, controllers, accessories, software, freight and support, buyers should confirm the exact supplied Navigation Kit before comparing prices.
Table of Contents
ToggleProduct overview
The Unitree B2 is a professional industrial robot dog built for applications where payload, endurance, terrain capability and development flexibility matter more than compact size or consumer-oriented interaction.
The robot measures approximately 1098 × 450 × 645 mm while standing and approximately 880 × 460 × 330 mm while prone. Unitree lists total weight at approximately 60 kg with its battery installed.
Twelve powered joints generate up to approximately 360 N·m maximum joint torque, enabling operation across stairs, slopes, debris and uneven terrain. Unitree publishes a continuous walking payload greater than 40 kg and a standing-load reference of at least 120 kg.
B2 is therefore better compared with industrial inspection robots than lightweight robot dogs such as
Unitree Go2 Pro.
Projects requiring a lighter professional quadruped should also compare
Unitree A2 Pro.
Ask for the exact LiDAR model, navigation computer and autonomy-software scope included with this listing.
Match payload, route length, stairs, slopes, weather exposure and autonomy requirements to the intended deployment.
Battery, charger, controller, transport case, sensors, warranty, freight and integration responsibilities should appear in writing.
Real product media
The WooCommerce product gallery above currently provides real B2 product images. Keep those genuine product photographs rather than replacing them with AI-generated robot images.
For the final gallery, use an exact B2 hero image, a front or side chassis view, a Navigation Kit/LiDAR image, and an application image showing inspection or autonomous operation. Any photograph showing sensors or accessories should match the configuration actually supplied.
Autonomy package
The Navigation Kit is the defining feature of this product configuration. It should be treated as a combined sensing, compute and software package rather than simply a roof-mounted sensor.
Current B2-NAV-KIT distributor references describe the navigation package as using an RS-Helios 5515 32-channel LiDAR with 360° horizontal field of view and up to approximately 100 m range, together with a dedicated navigation compute unit and an onboard autonomy software stack.
Because navigation-kit packages can vary by sales channel or revision, the final AI Robot Supplier quotation should explicitly confirm whether the supplied package matches this current reference configuration.
LiDAR point-cloud data can be used to create a map of the surrounding environment for localization and route planning.
The navigation stack combines sensing and computation so the robot can estimate its position while building or using an environmental map.
Navigation sensing allows planned routes to account for detected obstacles rather than relying solely on continuous manual teleoperation.
A configured system can execute predefined patrol or inspection routes when the required mapping and software setup has been completed.
Navigation software can recalculate movement around obstacles where supported by the exact autonomy configuration.
Autonomous navigation does not eliminate supervised operation. Operators can still use remote-control workflows where mission policy requires direct control.
Industrial capabilities
01
Unitree publishes approximately 360 N·m maximum joint torque, supporting heavy-load movement, stairs and demanding all-terrain locomotion.
02
The manufacturer lists continuous walking payload above 40 kg, making B2 suitable for substantial inspection sensors, communication systems and application hardware.
03
B2 has a standing-load reference of at least 120 kg. This is a static-load figure and should not be confused with the continuous walking payload.
04
Unitree publishes more than five hours and more than 20 km of unloaded continuous walking under reference conditions.
05
The platform is listed at IP67, supporting professional operation where dust and water protection matter. Deployment should still follow Unitree’s operating instructions.
06
Unitree publishes an operating-temperature reference from approximately −20°C to 55°C.
07
B2 can negotiate steps and obstacles up to approximately 40 cm in the manufacturer’s reference conditions.
08
The robot is specified for slope angles greater than approximately 45°, subject to surface, payload and operating conditions.
09
The platform is supported by Unitree SDK and ROS/ROS 2 development resources for professional robotics integration.
Manufacturer specifications
The core chassis specifications below follow Unitree’s current official B2 reference. Navigation-package hardware should be confirmed separately because it is configuration-specific.
Real-world performance context
Unitree advertises performance above 6 m/s, but explicitly states that this result is achieved in special configurations and practical use includes a safety speed limit. Do not plan normal loaded inspection missions around sustained maximum-speed operation.
The continuous walking-load figure is the more useful payload specification for industrial projects. Payload, speed, slopes and battery runtime interact, so actual mission design should use conservative margins.
The 120 kg figure is a standing-load reference. It does not mean B2 should routinely carry a 120 kg payload while walking.
Some reseller pages headline “120 kg payload” without distinguishing static and walking conditions. Unitree’s own specification separates them: ≥120 kg standing load and >40 kg continuous walking load.
Battery & endurance
B2 uses a high-capacity removable battery designed around multi-hour industrial operation.
Unitree publishes more than five hours of unloaded continuous walking and more than 20 km of travel under reference conditions.
With a 20 kg load, the manufacturer publishes more than four hours of continuous walking and more than 15 km.
Unitree supports quick battery replacement and also describes optional autonomous charging solutions for B2 deployments.
The main official B2 page does not provide one fixed charging-time figure. Some current reseller specifications quote approximately 2.5 hours, but this should be treated as a distributor reference and verified against the exact charger supplied.
For additional field endurance, compare the
Unitree B2 Standard Battery.
Perception & connectivity
Unitree’s B2 sensing reference includes 3D LiDAR, with exact sensor hardware varying by configuration. The Navigation Kit may add a dedicated 360° long-range LiDAR specifically for autonomous mapping.
The manufacturer’s B2 reference lists two depth cameras and two optical cameras depending on configuration.
A Core i5 handles platform functions while a Core i7 provides user-development compute for robotics applications.
Additional high-performance computing can be configured with supported Intel or NVIDIA Orin NX hardware depending on the application.
Multiple high-speed interfaces support cameras, thermal imagers, LiDAR, communication modules and mission-specific sensors.
Unitree’s Explore application supports robot control, status monitoring, mapping, navigation tools, firmware upgrades and technical documentation.
Configuration comparison
| Feature | Standard B2 | B2 Navigation Kit |
|---|---|---|
| B2 industrial chassis | Yes | Yes |
| Walking payload | >40 kg | >40 kg |
| IP67 | Yes | Yes |
| Standard B2 sensing | Configuration dependent | Retained + Navigation Kit |
| Dedicated navigation LiDAR | Not necessarily | Included in current B2-NAV-KIT reference |
| Dedicated navigation computer | Not necessarily | Included in current reference package |
| Real-time SLAM | Requires appropriate integration | Navigation-stack feature |
| Autonomous route planning | Requires integration | Navigation-stack feature |
| Obstacle avoidance | Configuration/software dependent | Navigation-stack feature |
| Scheduled patrol | Requires project integration | Designed for autonomous mission workflows |
Current B2-NAV-KIT distributor references use an RS-Helios 5515 LiDAR, dedicated navigation computer and autonomy software. Your final AI Robot Supplier quotation should confirm whether the supplied kit uses this exact configuration or another current Unitree-compatible navigation package.
Mobility comparison
B2 and B2-W belong to the same heavy industrial family but use very different mobility strategies.
| Feature | Unitree B2 | Unitree B2-W |
|---|---|---|
| Mobility | Legged | Wheeled-leg hybrid |
| Weight | Approx. 60 kg | Approx. 85 kg |
| Maximum speed reference | >6 m/s special configuration | 15 km/h |
| Walking/load capability | >40 kg | >40 kg |
| Standing load | ≥120 kg | 120 kg |
| Unloaded range | >20 km | Approx. 30 km |
| 40 kg loaded range | Not the primary published reference | Up to 25 km special configuration |
| Best fit | Technical terrain, stairs, inspection | Longer mixed smooth/rough routes |
Compare the
Unitree B2-W Wheeled Quadruped Robot
when rolling efficiency and longer routes are more important than a purely legged platform.
Software & robotics integration
Unitree’s modern SDK2 communication stack supports B2 development and robot-control workflows.
Unitree’s official ROS 2 repository specifically lists B2 support using CycloneDDS-based communication. Ubuntu 22.04 with ROS 2 Humble is currently the recommended tested environment in the repository.
Unitree’s ROS repositories include B2 robot-description and development resources for simulation and real-robot workflows.
Engineering teams can combine LiDAR, localization, SLAM, Nav2-style planning and project-specific mission logic according to the supplied Navigation Kit and software architecture.
Gigabit Ethernet, USB and multiple power outputs support thermal cameras, industrial sensors, communications devices and onboard compute.
Current professional B2 configurations can be paired with Unitree Z1-series robotic-arm systems when the project requires mobile manipulation. Confirm mounting, power and software compatibility.
Professional applications
Map substations or utility sites and execute repeatable inspection routes while carrying cameras or other sensors.
Navigation hardware can support repeatable autonomous routes across industrial facilities, stairwells and uneven surfaces.
B2’s terrain capability allows supervised reconnaissance and sensing in debris, smoke-affected or hazardous areas where personnel access may be undesirable.
Mapped autonomous routes can support scheduled patrol missions when the site, software and safety procedures are properly configured.
Universities and robotics teams can investigate SLAM, ROS 2, planning, locomotion and multi-sensor navigation on an industrial-scale platform.
The >40 kg walking-payload class allows larger sensing, compute and communications packages than compact quadruped platforms.
Buyer limitations
Buyer fit
Best suited to industrial or research teams that need heavy payload, all-terrain mobility and an integrated foundation for autonomous mapping and patrol.
A standard B2 can make more sense when your team already has its own navigation, sensing and autonomy stack or mainly needs teleoperated heavy-duty mobility.
Choose the wheeled variant when long routes, smooth-floor efficiency and rolling speed matter more than remaining purely legged.
A2 Pro is more appropriate when a lighter 25 kg payload-class robot meets the mission requirements and B2’s mass and cost are unnecessary.
Go2 Pro is far easier to transport and much less expensive when the requirement is demonstration, lighter sensing or compact experimentation rather than industrial payload.
A manipulation project may require a compatible Unitree arm, gripper, mounting solution and additional integration rather than the navigation package alone.
Price & procurement
AI Robot Supplier currently lists this Navigation Kit configuration at $60,000.
Current market pricing varies substantially. A current US B2 Navigation Kit listing is around $87,900, European Navigation Kit listings can approach €97,000 including tax, standard B2 listings can be materially lower, and Unitree’s own store displays a $100,000 contact-sales reference.
That spread does not mean one seller is necessarily charging more for an identical product. Packages can differ in LiDAR, dedicated navigation compute, autonomy software, batteries, controllers, integration, tax, freight and regional support.
When you buy Unitree B2, confirm:
For wider pricing context, read the
Unitree Robot Prices & Models 2026 guide.
Send your destination, company or institution, quantity, mission type, autonomy requirements and payload requirements for a configuration-specific quotation.
Package contents
Only the final written quotation should be treated as the definitive packing list. Current B2-NAV-KIT distributor packages commonly contain the following items.
Industrial B2 quadruped chassis with the specified sensing and computing configuration.
A 2,250 Wh removable B2 battery supporting the published multi-hour endurance profile.
Confirm exact charger model, destination plug and charging specifications.
Current Nav Kit packages commonly include the physical remote controller for supervised operation and commissioning.
Current B2-NAV-KIT references add LiDAR and a dedicated navigation compute unit.
The Navigation Kit software stack can cover mapping, localization, obstacle avoidance, planning and mission execution.
Current distributor packages commonly include the standard foot-end components.
These setup accessories are commonly listed in current B2 package contents.
Current professional packages commonly include a transport case. Confirm size, freight method and exact inclusion.
International procurement
B2 weighs approximately 60 kg with battery and uses a large 2.25 kWh lithium power pack, so freight and battery transport should be planned before purchase.
Confirm freight, lithium-battery documentation, customs clearance, current regulatory requirements and warranty support before shipment.
Confirm VAT, customs responsibility, conformity documentation, local economic-operator requirements and delivery arrangements.
Confirm import VAT, duties, battery freight, insurance and return-shipping responsibilities.
Request a destination-specific quotation covering freight, customs, battery handling, insurance and site delivery.
Confirm freight routing, battery transport, customs documentation, institutional procurement and post-sale technical support.
Confirm destination import rules, battery documentation, local support and the exact Navigation Kit configuration.
Warranty & after-sales support
Unitree’s public B2 product page does not currently display one simple warranty-duration figure in its specification table. Current authorized-distributor B2 listings commonly state approximately 12 months, while Unitree’s general after-sales terms explain that warranty starts when the customer receives the product and can be invalidated by unauthorized modification or disassembly.
The final AI Robot Supplier quotation should therefore state the exact warranty period and responsible service party rather than relying on an assumed warranty duration.
Internal buying resources
Compare the wheeled industrial B2 platform for higher rolling efficiency and longer mixed-terrain travel.
A lighter professional quadruped with dual LiDAR and lower payload for inspection and autonomy projects.
Add a spare B2 battery when mission endurance and fast field turnaround are important.
Explore a lightweight manipulator for compatible mobile-manipulation and inspection projects.
Compare industrial robot dogs across payload, sensing, autonomy, environmental protection and price.
Browse complete Unitree humanoids, robot dogs, development configurations and accessories.
Official technical resources
OFFICIAL
Manufacturer specifications covering mobility, payload, battery, environment, sensing and compute.
MANUALS
Official application downloads, B2 manuals, remote-control guides, battery/charger information and tutorials.
DEV
Official development documentation for the B2 robot platform.
ROS2
Unitree’s ROS 2 repository specifically supports B2 communication and development workflows.
Official manufacturer video
This official Unitree Robotics video demonstrates the wider B2 platform. Maximum-speed and dynamic demonstrations should not be interpreted as guaranteed mission performance for every Navigation Kit deployment.
Procurement checklist
Buyer questions
Common questions from industrial, research and institutional buyers evaluating the B2 Navigation Kit configuration.
AI Robot Supplier currently lists this B2 Navigation Kit configuration at $60,000. Current market prices vary substantially according to navigation hardware, LiDAR, software, taxes, regional support and freight.
AI Robot Supplier offers this industrial B2 configuration for direct purchase and commercial quotation. Buyers should confirm the exact Navigation Kit, delivery terms, warranty and supplied accessories before payment.
Current B2-NAV-KIT distributor references describe a navigation LiDAR, dedicated navigation compute and an autonomy software stack providing mapping, localization, route planning, obstacle avoidance and mission execution. The final AI Robot Supplier quotation should confirm the exact components supplied.
A current B2-NAV-KIT distributor reference uses the RoboSense RS-Helios 5515, a 32-channel rotating LiDAR with 360° horizontal field of view and up to approximately 100 m range. Confirm that this exact sensor is included in the configuration being quoted.
Unitree publishes a continuous walking payload greater than 40 kg and a standing-load reference of at least 120 kg. The standing figure should not be treated as the normal mobile payload.
Unitree publishes a maximum-speed reference above 6 m/s, but states that the result is achieved in special configurations and practical deployment has a safety speed limit.
Unitree gives a general 4–6 hour battery-life reference. Unloaded continuous walking can exceed five hours and 20 km; with 20 kg load, the manufacturer publishes more than four hours and 15 km.
Unitree’s main B2 product page does not publish one fixed charging-time specification. Some current retailers state roughly 2.5 hours, but buyers should confirm the exact charger and battery revision in the quotation.
Unitree lists B2 at IP67. This indicates strong dust and water-ingress protection, but deployment should still follow the manufacturer’s operating and maintenance instructions.
Unitree publishes an operating-temperature reference from approximately −20°C to 55°C.
Yes. Unitree’s official ROS 2 repository specifically supports B2 and uses the same DDS communication mechanism as Unitree SDK2. Teams should follow the current repository documentation for supported Ubuntu and ROS 2 versions.
Yes. Unitree provides B2 developer documentation, SDK resources and ROS/ROS 2 tooling for robotics integration.
The Navigation Kit can provide the sensing and autonomy foundation for mapped patrol missions, but the deployment still requires site mapping, route configuration, safety validation and project-specific commissioning.
B2 is a conventional legged industrial quadruped. B2-W adds powered wheels for higher rolling efficiency and longer mixed-terrain routes, but it is heavier at approximately 85 kg.
Current professional B2 Navigation Kit packages commonly include a handheld remote controller. Confirm it explicitly in the final packing list.
Professional B2 configurations can be integrated with compatible Unitree Z1-series arms for mobile manipulation. Mounting, power, payload and software compatibility should be verified for the exact project.
Unitree’s public B2 product page does not currently show a simple fixed warranty duration, while current authorized-distributor references commonly list 12 months. The AI Robot Supplier quotation should state the exact warranty terms that apply to this purchase.
International procurement can be arranged for supported destinations. Freight, lithium-battery transport, customs, insurance, taxes and delivery responsibility should be confirmed before payment.
Industrial autonomous robotics
Request a destination-specific B2 quotation with your country, company, intended route, payload, autonomy requirements and target delivery date. Navigation hardware, batteries, controller, warranty, availability and shipping terms can be confirmed before order approval.
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