Unitree B2 Navigation Kit (Basic) (B2-NAVBASIC-KIT)

Teaching a legged robot to walk is one challenge; teaching it to know where it is going is another, and most teams meet the second one only after the first is solved. The Unitree B2 Navigation Kit (Basic) (B2-NAVBASIC-KIT) is built for that moment. It brings a LiDAR, a computing board, a protective bracket, a cable and navigation software together as one package for the Unitree B2 platform, so the work can start with the experiment rather than with the shopping list.

The product is available through this page, by quotation.

Background

Unitree Robotics and the B2 platform

Unitree Robotics is a maker of quadruped robots, and its B2 sits in the larger, more capable part of that range. A platform of that class is usually bought by organizations that want to carry sensors and payloads through real spaces: campuses, plants, yards and test sites. A robot like that is only as useful as the sensing and software placed on top of it.

That is the gap this kit addresses. It is a hardware and software package designed to add basic navigation capabilities to the Unitree B2 platform and to support research, development and demonstration applications. It is also compatible with the Unitree B2-W, so teams working with the wheeled-legged version are covered as well.

Where the Basic kit sits

The word Basic in the name matters. The kit supplies the core hardware and software components for navigation development and experimentation, and it is not a finished, turnkey deployment. It contains a 32-wire automotive-grade LiDAR, an Intel Core i7 computing board, a protective bracket and a customized cable, together with built-in basic navigation algorithms and an SDK.

In practical terms, the Basic kit is a starting point. A team gets a working sensing and computing stack with software to build on, and it decides how far to take the navigation behavior from there. On-site implementation service is not included, which tells you that the kit is aimed at groups who will do the integration work themselves with online support behind them.

Technical Specifications

Specifications as published by the manufacturer; confirmed against the datasheet at quotation.

The manufacturer has not published the kit weight, the kit dimensions, the LiDAR range, the LiDAR model, the power consumption, the memory and storage of the computing board, the operating temperature, the IP rating or the interfaces; they are confirmed at quotation.

What does the Basic navigation kit actually give a team?

It gives a team the three things that every navigation project on a legged robot needs before anything else: a way to sense the surroundings, a computer to process what is sensed, and software that turns the result into movement decisions. The LiDAR is the sensing part. The Intel Core i7 computing board is the processing part. The built-in basic navigation algorithms and the SDK are the software part.

Just as important are the pieces that are easy to overlook. The protective bracket gives the hardware a defined place on the robot, and the customized cable connects it in the way the kit was designed to be connected. On a machine that walks, vibrates and sometimes gets bumped, those details decide whether a prototype survives a week of testing. Having them supplied with the kit removes a round of mechanical and wiring work from the start of a project.

The online technical support and online training complete the package. A team new to the platform can learn how the navigation software is meant to be used, and can ask questions as the work proceeds. The trade-off is clear and should be said plainly: because on-site implementation is not included, the team is responsible for fitting the kit to its own robot and its own test plan.

Is the Basic kit a finished product or a development base?

It is a development base. It is aimed at scientific research and demonstration scenarios, and its contents are the core components required for navigation development and experimentation. That points to laboratories, universities, integrators and innovation teams rather than to buyers who need a robot to patrol a site on the day it arrives.

This is not a weakness. A development base is exactly what a research group needs when it wants to test its own ideas, compare approaches or show a stakeholder what a legged robot can do when it can find its way. The SDK matters here, because it is the route by which the built-in behavior can be studied and extended.

If your project also touches the computing hardware on its own, the Unitree Intel Core I7 Computing Board For B2 / B2-W has its own page. Other add-ons for the platform are gathered under Accessories and Quadruped Accessories.

Who is the Unitree B2 Navigation Kit (Basic) for?

University and institute laboratories will find the kit a practical base for studies in legged-robot navigation, since it arrives with sensing, computing and software already matched to the B2.

System integrators can use it to build proofs of concept for their own clients before committing to a larger program, using the SDK to shape the behavior they want to show.

Corporate innovation and demonstration teams can use it to put a navigating quadruped in front of decision makers at trade events, pilots and internal reviews.

Owners of a Unitree B2 or B2-W who already have the robot and want to add basic navigation will find that the kit is compatible with both.

It is less suited to buyers who expect an installation crew, because on-site implementation is not part of the package. Those buyers should raise this at the quotation stage so that expectations are set from the beginning.

What is the Unitree B2 Navigation Kit (Basic) used for?

1. Navigation research: test and compare navigation approaches on a real legged platform using the supplied algorithms and SDK.
2. Algorithm development: build on the built-in basic navigation algorithms to create and refine your own behavior.
3. Demonstrations: show clients, students or colleagues a B2 that can sense its surroundings and move with purpose.
4. Teaching and training: use the online training and the hardware together to bring new team members up to speed.
5. Prototype integration: fit a LiDAR and computing board to the robot with a bracket and cable made for it, and move on to the application.
6. Experimentation on the B2-W: carry the same navigation work over to the Unitree B2-W, with which the kit is also compatible.

Pricing and Availability

No price is printed on this page. Every kit is quoted on request, so that the scope you need is written down before anything is agreed. Delivery, customs and support are arranged with the quotation. Tell us which robot you will use, B2 or B2-W, and what your project aims to show, and the quotation will be built around that. The Unitree B2 Navigation Kit (Basic) (B2-NAVBASIC-KIT) is available on this page.

Frequently Asked Questions

What is included in the Unitree B2 Navigation Kit (Basic)?

The kit contains a 32-wire automotive-grade LiDAR, an Intel Core i7 computing board, a protective bracket and a customized cable. It also includes built-in basic navigation algorithms, the navigation algorithm and SDK, online technical support and online training.

Which robots is it compatible with?

It is designed for the Unitree B2 platform and is also compatible with the Unitree B2-W.

Is on-site installation included?

No. On-site implementation service is not included, so the integration is carried out by the buyer's own team with the online support that comes with the kit.

What is the kit meant for?

It suits scientific research and demonstration scenarios. It provides the core hardware and software components for navigation development and experimentation.

Does the kit include training and support?

Yes. Online technical support and online training are part of the package, which helps a new team get started with the navigation software.

Does the kit come with software?

Yes. It includes built-in basic navigation algorithms and a navigation algorithm and SDK, so your team has a base to build on.

Where can I buy the Unitree B2 Navigation Kit (Basic) and what does it cost?

It is available through this page by quotation. No price is shown here; send a request with your robot model and project aim, and the quotation will set out the details.

Summary

A walking robot that cannot find its way is a demonstration waiting to go wrong. The Unitree B2 Navigation Kit (Basic) (B2-NAVBASIC-KIT) answers that with a matched set: a LiDAR, a computing board, a protective bracket, a customized cable and navigation software with an SDK, backed by online support and training. It is a base for research and demonstration on the Unitree B2 and B2-W, not an installed solution. For a quotation tailored to your project, this page is the starting point.