Unitree B2-Xf1-A (B2-XF1-A)
In stock
- BRAND:
- UNITREE ROBOTICS
- PART #:
- B2-XF1-A
- ORIGIN:
- China
- AVAILABILITY:
- SUBJECT TO AVAILABILITY
- SKU:
- Unitree-B2-XF1-A
Unitree B2-Xf1-A (B2-XF1-A)
A firefighting robot that arrives without the full sensor pod, the tool box or the arm can sound like a half-finished idea. In practice it is a deliberate starting point. The Unitree B2-Xf1-A (B2-XF1-A) is the entry configuration of Unitree's B2-XF1 series: an industrial robot dog with a firefighting payload mounted, and nothing more than that. Teams that want to learn how a legged machine fits their emergency routine can begin here and grow later.
The product is available through this page, by quotation.
Background
Unitree and the B2 lineage
Unitree Robotics is known for quadruped robots that range from compact education models to heavier industrial machines. The B2 sits at the industrial end of that range. It is the platform that Unitree builds its most demanding field configurations on, and the B2 family page gathers the related models in one place: Unitree B2.
The B2-XF1-A takes that industrial dog and gives it a job. Instead of leaving the choice of payload entirely to the integrator, Unitree supplies the robot with a firefighting payload already mounted. For fire services and plant safety teams, that shortens the distance between receiving a robot and putting it through its first drills.
Positioning within the XF1 and XF2 families
B2-XF1 and B2-XF2 are Unitree's purpose-built firefighting platforms. The XF1 series is a ladder of six variants, and the B2-XF1-A is the bottom rung. It is the base firefighting configuration of the B2, and it is the starting point for fire-services and refinery emergency-response deployments.
The series is sold without 3D LiDAR. The sibling B2-XF2 is the B2-XF1 plus an integrated 3D LiDAR for autonomous navigation in low-visibility conditions. Buyers who know from the start that they will need that capability should look at the XF2 family rather than the XF1 series.
Technical Specifications
| Specification | Value |
|---|---|
| Model | Unitree B2-Xf1-A (B2-XF1-A) |
| Brand | Unitree Robotics |
| Series | B2-XF1, B2 industrial dog with firefighting payload base |
| Configuration | Base firefighting configuration of B2 (entry configuration of the series) |
| Included | B2 dog with mounted firefighting payload |
| Intended use | Starting point for fire-services and refinery emergency-response deployments |
| 3D LiDAR | Not part of the B2-XF1 series |
Specifications as published by the manufacturer; confirmed against the datasheet at quotation.
The manufacturer has not published the dimensions, the weight, the battery capacity, the runtime, the maximum speed, the payload, the IP rating, the operating temperature, the connectivity, the included accessories, the firefighting payload specification or the sensors; they are confirmed at quotation.
What makes the B2-XF1-A different from the other XF1 variants?
The six XF1 variants share one base, and each step up adds a single capability. The B2-XF1-A is the version that adds nothing beyond the base. That is its main difference, and for many buyers it is also its main strength: a lean package that lets a team start with the robot and the firefighting payload alone.
The Unitree B2-Xf1-B (B2-XF1-B) adds the full sensor pod, with 33× zoom, thermal imaging and a 360° PTZ head. The Unitree B2-Xf1-C (B2-XF1-C) adds a quick-release tool box. The Unitree B2-Xf1-D (B2-XF1-D) adds the Z1 Pro arm. The Unitree B2-Xf1-E (B2-XF1-E) adds an acoustic imager with 128 MEMS sensors for gas-leak detection. The B2-XF1-F adds 3D laser mobile scanning. Those figures belong to those versions and not to the B2-XF1-A.
How does the B2-XF1-A differ from the B2-XF2?
The difference is navigation. The B2-XF2 is the B2-XF1 plus an integrated 3D LiDAR for autonomous navigation in low-visibility conditions. The entire XF1 series, the B2-XF1-A included, is without 3D LiDAR.
That means the B2-XF1-A is not the right place to look when smoke-filled or dark environments call for autonomous navigation. It is the right place to look when the first goal is to bring a firefighting-ready legged platform into the organization and to build the procedures around it. The XF2 remains the family to consider as requirements grow.
Who is the Unitree B2-Xf1-A for?
The first group is municipal and regional fire services that want to test a robot dog before committing to a full equipment set. The base configuration lets a service evaluate how a legged platform moves through its training grounds and how crews work alongside it.
The second group is refinery and industrial plant emergency teams. Unitree names refinery emergency-response deployments as a target for this version. These teams often already have clear procedures, and a base robot with a mounted firefighting payload fits a staged adoption plan.
The third group is integrators and trainers who want an uncomplicated reference unit. If you already know you need the full sensor pod, the tool box, the arm, the acoustic imager or the laser scanning, step up to the matching variant instead: the B2-XF1-B, C, D, E or F. If you need autonomous navigation in low visibility, ask about the B2-XF2.
What is the Unitree B2-Xf1-A used for?
- Fire-services deployments. It serves as the starting point for fire brigades introducing a legged robot into their operations.
- Refinery emergency response. It gives plant teams a firefighting-ready robot dog for incidents in industrial sites.
- Keeping crews out of danger. A robot can go where the first minutes of an incident are too risky for people.
- Training and drills. Teams can practice command, handling and coordination with the robot before real incidents.
- Procedure development. Organizations can write their own doctrine around the platform on the base configuration.
- Staged capability growth. The XF1 series offers a path from this entry configuration to the sensor, tool, arm, acoustic and scanning variants.
Pricing and Availability
We do not publish prices on this page. A quotation is the way to buy: tell us about your service or site, the deployment you have in mind and the variant you are weighing, and we will respond with a quotation. Delivery, customs and support are arranged together with the quotation. The Unitree B2-Xf1-A (B2-XF1-A) is available on this page.
Frequently Asked Questions
What is the Unitree B2-Xf1-A?
It is the base firefighting configuration of Unitree's B2 industrial robot dog, supplied with a mounted firefighting payload. It is the entry version of the B2-XF1 series.
What is included with the B2-XF1-A?
It includes the B2 dog with a mounted firefighting payload. Further accessories are not listed on this page, so please ask when you request a quotation.
Does the B2-XF1-A have 3D LiDAR?
No. The B2-XF1 series is without 3D LiDAR. The B2-XF2 adds an integrated 3D LiDAR for autonomous navigation in low-visibility conditions.
What do the other XF1 variants add?
The B adds the full sensor pod, the C a quick-release tool box, the D the Z1 Pro arm, the E an acoustic imager and the F 3D laser mobile scanning. The A is the entry configuration without these additions.
Are the weight, runtime and IP rating available?
They are not listed on this page. Ask for them when you request a quotation.
Who should choose the B2-XF1-A?
Fire services and refinery emergency teams that want a base platform to begin with and expand later. Buyers who need more capability on day one should look at the higher XF1 variants or the B2-XF2.
Where can I buy the Unitree B2-Xf1-A and what does it cost?
You can buy it through this page by requesting a quotation. We do not print a price here; the cost depends on the configuration and the terms, and it is given in the quotation.
Summary
The Unitree B2-Xf1-A (B2-XF1-A) is the modest first step that makes a bigger firefighting robot program possible. It brings the B2 industrial dog and a mounted firefighting payload, leaves out the extra pods and tools, and avoids 3D LiDAR, which is reserved for the B2-XF2. For teams that want to begin small, learn properly and then grow through the XF1 variants, this page is the starting point.


