Contact  +447741148595
Address
BATTPOINT LIMITED
71-75 Shelton Street, London, United Kingdom, WC2H 9JQ
Email  info@battpoint.co.uk

Robots for home and business — versatile support, built around people.

Unitree Robots

Humanoid and quadruped robots that solve real-world problems at home and at work.
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KEY SKILLS

The four key skills of Unitree humanoid robots include:

Flexibility and mobility

They walk and run confidently (up to 5 km/h), jump, climb stairs and obstacles, and maintain balance in difficult terrain.

Object manipulation

Models can be equipped with articulated hands with grips (such as the three-fingered hands of the G1 or the Inspire Hands of the H1), which allow them to pick up objects, open doors, and perform precise actions.

Perception of the environment

They are equipped with high-resolution cameras, 3D LiDAR, depth sensors (such as Intel RealSense D435i), and inertial modules for accurate object recognition and navigation.

Artificial intelligence and training

They support machine learning (for example, the UnifoLM module in G1) and run on powerful platforms (for example, the NVIDIA Jetson Orin in H1), which allows them to process data in real time and improve their skills.

Unitree Robot Applications: A Brief Overview

Educational and scientific institutions

For teaching students (robotics, programming, AI) and experimenting with algorithms for movement, balancing, and environmental perception.

Exhibition and public spaces

They act as promotional robots or consultants at exhibitions, shopping malls, and museums, attracting attention, informing visitors, and conducting interactive shows.

Industrial and hazardous areas

For inspecting equipment, transferring goods in warehouses and factories, and inspecting hard-to-reach or dangerous areas (for example, after emergencies) using remote control.

Dive into the world of robotics: read our articles

Types of robots and their purpose
Principles of operation and devices of mechanical assistants
History of robotics development
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Unitree GO2

Unitree GO2 — a fresh take on AI-powered robot dogs

Unitree GO2 is a next-generation quadruped designed for both professional and recreational use. Equipped with upgraded motors, extended battery life, enhanced intelligence, and a spatial perception system, GO2 is significantly smarter, faster, and more stable than its predecessor, offering a unique experience in robotics interaction.


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Technical specifications for the Unitree GO2 

📦 Technical specifications of Unitree GO2 Parameter Value Dimensions ~70 × 31 × 40 cm (varies by model) Weight 15–17 kg Motors Unitree T-Series Speed Up to 2.5–3 m/s Battery High-capacity lithium-ion Runtime Up to 2 hours (approx.) Sensors Camera, IMU, LiDAR, optical sensors Models GO2 Air / Pro / EDU
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WHAT ARE THE DIFFERENT VERSIONS
OF THE ROBOT, AND HOW DO THEY
DIFFER?

Answer: three versions are available:
  • *Air* - basic model without
    voice control and
    additional modules;
  • *Pro* - equipped with a speaker,
    microphone, 4G support and
    offline assistant for voice
    commands;
  • *Edu Plus* - designed for
    professional use:
    supports the installation
    of additional sensors and
    manipulators, has an increased
    a 15,000 mAh battery and advanced
    development capabilities.
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HOW LONG CAN THE ROBOT TAKE
OPERATE ON BATTERY POWER IN DIFFERENT
VERSIONS?

Answer:
  • *Air and Pro*: 1-2 hours (battery 8000 mAh);
  • *Edu Plus*: up to 4 hours (battery 15,000 mAh).
The operating time depends on the load,
driving mode and external conditions.
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UBTECH Walker S2

UBTECH Walker S2 — an industrial-grade humanoid robot. The Walker S2 is a next-generation humanoid robot from UBTECH Robotics, designed for real-world industrial environments. It combines high autonomy, precise mechanics, a powerful computing platform, and intelligent algorithms, making it one of the most advanced humanoid solutions on the market. The Walker S2 is a stable, reliable, and production-ready platform capable of performing physical tasks, interacting with objects, navigating complex environments, and working side by side with humans.


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UBTECH Walker S2

Technical Specifications 
The robot type is Humanoid, full-size
Height About 1.6 m 
Weight ~50-60 kg 
Lidar sensors, RGB-D cameras, IMU, Force sensors
Mechatronics High-power Industrial Servos
Degrees of freedom are high throughout the body (arms, legs, neck, torso)
Power supply High capacity battery
Functions Walking, manipulation, object capture, environment analysis, autonomous navigation
Purpose Industrial tasks, R&D, Logistics, Service
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What tasks is this robot designed for?

Answer: UBTECH Walker S2 is an industrial humanoid robot for:
inspection of production lines;
performing loading and unloading operations;
logistics;
border control and patrolling.
It is focused on continuous work in industrial environments and government structures.
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How does the automatic battery replacement system work and how long does it take?

Answer: The robot independently approaches the dock module and replaces the discharged battery with a charged one. The process includes:
low charge detection;
moving to the charging station;
mechanical replacement of the power supply.
The whole procedure takes *about 3 minutes*, which minimizes downtime. With a capacity of one unit of 2-4 hours, the robot can work almost around the clock.
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HOME AND BUSINESS ROBOT — UNIVERSALITY IN SERVICE OF HUMANITY

Unitree G1

Unitree G1 isn’t just a tech novelty—it’s a fully fledged assistant capable of handling a wide range of tasks, both at home and in professional settings. Thanks to its modular design and advanced AI system, the robot easily adapts to your specific needs.


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Unitree G1

Technical Specifications:
Standing dimensions 1320 × 450 × 200 mm
Folded dimensions 690 × 450 × 300 mm
Weight (with battery) ~35 kg
Degrees of freedom 23 (Basic) to ~43 
Degrees of freedom of one leg 6
Degrees of freedom of the arm 5 
The maximum torque of the knee joint is 90 Nm
3D LiDAR sensors, Depth camera 
WiFi connection 6, Bluetooth 5.2
Working time up to ~2 hours
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What is this robot designed for and in what areas can it be used?

Answer: the robot is designed for:
education (teaching programming, mechanics, AI principles);
scientific research (testing balancing algorithms, developing rehabilitation systems);
potential domestic applications (carrying light objects, opening doors).
It is optimal for laboratories, educational institutions and experimental projects.
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What are the ways to control the robot and are there any possibilities for improvement?

Answer:
  • Management:* Via remote control or mobile app.
  • Refinement and expansion of functionality:*
  • availability of API/SDK for creating your own scripts and programs;
  • support for modular installation of additional sensors and manipulators;
  • compatibility with imitation and reinforcement learning technologies to improve motor skills.
Place an order

Questions and answers about Unitree robots

1. What are the available options for the UBTECH Walker S2?

  • The basic configuration includes 52 degrees of freedom, the BrainNet 2.0 system, and Co-Agent for multimodal reasoning.
  • On request, we can add:
  • additional sensor modules (lidars, high-resolution cameras);
  • enhanced manipulators with increased load capacity (up to 15 kg);
  • an extended software package for industrial automation.

2. What is included in the standard package of the Unitree Go2?

- Robot dog with 360°×90° terrain recognition system;
- 1280×720 pixel camera;
- 4-hour battery life;
- basic set of voice commands.
Optional:
- additional battery;
- GPS/GLONASS module;
- protective case for use in difficult conditions.

3. What options are available for the Unitree G1?

We will help you:
* select the configuration (Basic, EDU, Plus) that suits your needs;
* develop custom software or integrate existing AI systems;
* organise testing at your site.

4. Is it possible to assemble a hybrid configuration (for example, G1 hands for Go2)?

No, the modules are not compatible due to differences in platform architecture. We will help you choose the optimal model for your tasks.

5. How do we agree a bespoke package? 

1. Describe the use case (logistics, show, research, etc.).
2. Specify the key requirements (load capacity, operating time, sensors).
3. Our engineer will select the configuration and provide a technical justification.

6. How long does it take to assemble an order with options?

The production time for a robot depends on the current production workload and is based on a first-come, first-served basis. Once you place your order, we will provide you with an estimated delivery time, which can range from a few weeks to several months, depending on the complexity of the order and the current production workload.

7. Do you offer a trial period to test functionality? 

Yes, a 7-day trial period with technical support is available. Terms are specified upon order.

8. What is included in the warranty service?

- 12-month warranty for all components;
- remote diagnostics;
- replacement of faulty modules within 14 days.
An extended warranty (24 months) is available as an option.

9. How can I get documentation for the selected modules?

After the package is approved, you will receive:
- the robot's technical passport;
- operating instructions;
- API documentation (for programmable versions).

10. Where can I contact you for more information?

Contact our manager:
- by phone: [number];
- by email: [address];
- via the feedback form on our website.

Contacts

+447741148595

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