Unitree B2 Quadruped Robot

$90,000.00

Unitree B2 is an industrial-grade autonomous quadruped robot dog designed for high-load operation, extreme terrain mobility, and real-world deployment in inspection, rescue, logistics, and research applications.

📷 Overview of Unitree B2

Unitree B2 is a next-generation professional robot dog platform built for demanding environments such as factories, power stations, disaster zones, and outdoor inspection routes. It is designed to operate in places where humans or wheeled robots struggle, combining high speed, strong payload capacity, and advanced AI navigation systems.

It is widely used in industrial robotics, security patrol automation, and AI research, positioning it as a serious field-deployment machine rather than a consumer robot.

⚡ Performance and Mobility

Unitree B2 focuses on both speed and stability in complex terrain:

  • Maximum running speed: over 6 m/s
  • Stair climbing: treats stairs like flat ground
  • Obstacle crossing: up to 40 cm obstacles
  • Slope handling: greater than 45° incline

It can also maintain balance on uneven, slippery, or debris-filled surfaces, making it suitable for real outdoor environments.

🏋️ Payload and Strength

One of the key advantages of Unitree B2 is its industrial lifting capability:

  • Standing load: up to 120 kg
  • Walking load: over 40 kg sustained
  • Joint torque: around 360 N·m for high stability and force control

So, it can carry real equipment such as sensors, cameras, communication modules, and inspection payloads during operation.

🔋 Battery and Endurance

Unitree B2 is built for long mission cycles:

  • Battery: ~2250Wh (58V system)
  • Runtime: 4–6 hours typical operation
  • Unloaded endurance: 5+ hours continuous walking
  • Range: 20 km+ per charge (depending on load)

It also supports hot-swappable batteries and autonomous charging systems for extended deployments.

🧠 AI, Sensors, and Autonomy

Unitree B2 is built as an intelligent robotics platform:

  • 3D LiDAR + multi-camera perception system
  • SLAM-based mapping and navigation
  • AI-driven obstacle avoidance
  • Optional NVIDIA Jetson / Intel compute modules for onboard AI

This allows it to perform autonomous patrols, mapping, and inspection without human control.

🏭 Industrial and Real-World Use Cases

Unitree B2 is used in serious operational environments:

  • Power grid and infrastructure inspection
  • Industrial plant monitoring
  • Search and rescue missions
  • Construction and mining site surveying
  • Academic robotics and AI research

Its strength is that it can operate in dangerous, remote, or repetitive environments where human access is limited.

🔑 Key Features

  • Industrial quadruped robot platform
  • Max speed: >6 m/s
  • Payload: 120 kg standing / 40 kg walking
  • Endurance: 4–6 hours typical operation
  • Terrain: stairs, slopes, rubble, rough ground
  • Advanced LiDAR + AI navigation system
  • IP67 protection for harsh environments
  • Expandable compute for robotics development

🎯 Why Unitree B2 Matters

Unitree B2 is not a consumer robot—it is a field-ready autonomous machine. It represents a shift toward robots that can:

  • Carry real industrial payloads
  • Operate for hours in harsh terrain
  • Navigate complex environments independently
  • Support advanced AI research and deployment

✔️ Bottom line

Unitree B2 is one of the most capable quadruped robots currently available for industrial, security, and research applications, combining strength, autonomy, and endurance in a single platform.

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    Unitree B2 is an industrial-grade autonomous quadruped robot dog designed for high-load operation, extreme terrain mobility, and real-world deployment in inspection, rescue, logistics, and research applications.

    📷 Overview of Unitree B2

    Unitree B2 is a next-generation professional robot dog platform built for demanding environments such as factories, power stations, disaster zones, and outdoor inspection routes. It is designed to operate in places where humans or wheeled robots struggle, combining high speed, strong payload capacity, and advanced AI navigation systems.

    It is widely used in industrial robotics, security patrol automation, and AI research, positioning it as a serious field-deployment machine rather than a consumer robot.

    ⚡ Performance and Mobility

    Unitree B2 focuses on both speed and stability in complex terrain:

    • Maximum running speed: over 6 m/s
    • Stair climbing: treats stairs like flat ground
    • Obstacle crossing: up to 40 cm obstacles
    • Slope handling: greater than 45° incline

    It can also maintain balance on uneven, slippery, or debris-filled surfaces, making it suitable for real outdoor environments.

    🏋️ Payload and Strength

    One of the key advantages of Unitree B2 is its industrial lifting capability:

    • Standing load: up to 120 kg
    • Walking load: over 40 kg sustained
    • Joint torque: around 360 N·m for high stability and force control

    So, it can carry real equipment such as sensors, cameras, communication modules, and inspection payloads during operation.

    🔋 Battery and Endurance

    Unitree B2 is built for long mission cycles:

    • Battery: ~2250Wh (58V system)
    • Runtime: 4–6 hours typical operation
    • Unloaded endurance: 5+ hours continuous walking
    • Range: 20 km+ per charge (depending on load)

    It also supports hot-swappable batteries and autonomous charging systems for extended deployments.

    🧠 AI, Sensors, and Autonomy

    Unitree B2 is built as an intelligent robotics platform:

    • 3D LiDAR + multi-camera perception system
    • SLAM-based mapping and navigation
    • AI-driven obstacle avoidance
    • Optional NVIDIA Jetson / Intel compute modules for onboard AI

    This allows it to perform autonomous patrols, mapping, and inspection without human control.

    🏭 Industrial and Real-World Use Cases

    Unitree B2 is used in serious operational environments:

    • Power grid and infrastructure inspection
    • Industrial plant monitoring
    • Search and rescue missions
    • Construction and mining site surveying
    • Academic robotics and AI research

    Its strength is that it can operate in dangerous, remote, or repetitive environments where human access is limited.

    🔑 Key Features

    • Industrial quadruped robot platform
    • Max speed: >6 m/s
    • Payload: 120 kg standing / 40 kg walking
    • Endurance: 4–6 hours typical operation
    • Terrain: stairs, slopes, rubble, rough ground
    • Advanced LiDAR + AI navigation system
    • IP67 protection for harsh environments
    • Expandable compute for robotics development

    🎯 Why Unitree B2 Matters

    Unitree B2 is not a consumer robot—it is a field-ready autonomous machine. It represents a shift toward robots that can:

    • Carry real industrial payloads
    • Operate for hours in harsh terrain
    • Navigate complex environments independently
    • Support advanced AI research and deployment

    ✔️ Bottom line

    Unitree B2 is one of the most capable quadruped robots currently available for industrial, security, and research applications, combining strength, autonomy, and endurance in a single platform.

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