Unitree Go2 Ent-U5 (With Controller)

Unitree Go2 Ent-U5 – Advanced Quadruped Robot with Screen Controller

Experience the Unitree Go2 Ent-U5, a next-generation quadruped robot engineered for exceptional mobility, intelligent navigation, and versatile functionality. Powered by advanced AI and Unitree’s proprietary 4D LIDAR technology, this robot is designed to excel in challenging environments—ideal for surveillance, inspections, education, and robotics research.

Next-Gen Quadruped Mobility and AI Navigation

The Unitree Go2 Ent-U5 represents a new benchmark in quadruped robotic mobility and intelligence. Built to handle a wide spectrum of terrain types, from industrial facilities to rugged outdoor spaces, it leverages an agile quadruped framework combined with real-time AI-powered navigation. With precise obstacle detection and path optimization, the Go2 Ent-U5 autonomously adjusts to shifting environments, avoiding hazards while maintaining smooth locomotion. It can execute complex movement patterns such as upside-down walking, adaptive rolling, and stair climbing—capabilities made possible by extensive AI simulation and advanced control algorithms. This high degree of responsiveness makes the robot suitable for unpredictable or confined spaces where intelligent navigation is critical.

Precision Sensing with Proprietary 4D LiDAR

Equipped with Unitree’s proprietary 4D LiDAR L1, the Go2 Ent-U5 achieves exceptional environmental perception. The system delivers a 360°×90° hemispherical field of view, allowing the robot to scan its surroundings with minimal blind spots and a recognition range starting as close as 0.05 meters. This comprehensive spatial awareness underpins its ability to build accurate 3D maps in real time, which are essential for autonomous exploration, inspection, and spatial data collection. Whether in indoor or outdoor applications, the upgraded LiDAR system delivers a 200% increase in recognition accuracy, offering mission-critical support for navigation, hazard avoidance, and real-time decision-making in complex environments.

Dual-Light Gimbal and Integrated Thermal Imaging

One of the standout features of the Go2 Ent-U5 is its dual-light gimbal system, which offers thermal imaging in addition to visible-light video. The gimbal is stabilized across three axes, with ultra-low jitter (±0.01°) and wide movement ranges, enabling detailed surveillance and flexible camera positioning. Its thermal sensor operates in the 8–14μm band and supports temperature readings between -20°C and +550°C. This allows the robot to detect heat signatures for inspection tasks in power stations, industrial machinery, or search-and-rescue operations. Whether detecting overheating components or identifying human presence in low-visibility scenarios, the thermal imaging capability adds a powerful diagnostic tool to the robot’s arsenal.

Power Efficiency and Structural Durability

Designed for both portability and extended use, the Go2 Ent-U5 is equipped with an 8,000mAh battery, with an optional 15,000mAh upgrade for longer field operations. Running at 28.8V, its power system enhances motor efficiency, ensuring smoother performance even during intensive tasks. The chassis combines a lightweight yet durable alloy and composite build, engineered to withstand a range of environmental conditions. Its compact design doesn’t compromise on endurance, offering the resilience necessary for fieldwork in construction zones, energy infrastructure, and outdoor robotics testing. These elements come together to deliver a robot capable of long-duration deployment without sacrificing agility or safety.

Screen-Control Interface and Multi-Modal Operation

The Go2 Ent-U5 comes equipped with an advanced screen remote controller that integrates dual-camera functionality, providing a rich, intuitive control interface. This enables operators to monitor and guide the robot in real time with enhanced visual feedback. The robot also supports mobile app integration, OTA software updates, and seamless operation via wireless vector positioning, offering control flexibility in both manual and autonomous modes. While it does not support add-ons like radar or depth cameras, the included gimbal and thermal system fulfill most critical sensing tasks. Overall, the Go2 Ent-U5 blends mobility, perception, and control in a single, accessible platform—ideal for inspection, research, and autonomous operation in high-stakes environments.

Key Features

Advanced Mobility and AI Integration

• Agile Quadruped Design – Seamlessly navigates diverse terrains, from urban settings to rugged outdoor environments, with dynamic and stable movement.
• AI-Powered Navigation – Features real-time obstacle detection and adaptive path optimization for autonomous operation in complex surroundings.
• Sophisticated Movements– Performs advanced gaits like upside-down walking, obstacle climbing, and adaptive rollover through large-scale AI simulation.

Cutting-Edge 4D LIDAR Technology

• Ultra-Wide Recognition – Self-developed 4D LIDAR L1 provides 360°×90° hemispherical scanning with 200% improved recognition accuracy.
• Minimal Blind Spots – Detects obstacles as close as 0.05m for enhanced environmental awareness.
• 3D LiDAR Mapping – Generates real-time 3D maps ideal for surveying, inspection, and autonomous exploration.

Dual-Light Gimbal with Thermal Imaging

• High-Precision Stabilization – Three-axis gimbal with ±0.01° jitter ensures stable and smooth imaging.
• Flexible PTZ Parameters – Offers pitch (-90° to +25°), pan (-270° to +270°), and roll (-45° to +45°) control.
• Thermal Imaging Sensor – 640×512 resolution with temperature range from -20°C to +550°C, suitable for high-precision inspections.

Enhanced Battery and Durability

• Upgraded Battery Capacity – Includes 8,000mAh standard battery; optional 15,000mAh for extended use.
• Increased Efficiency – Operates at 28.8V for better motor performance and stability.
• Lightweight and Robust – Combines portability with outdoor durability.

Intelligent Side-Follow System (ISS 2.0)

• Precision Tracking – Uses wireless vector positioning with 50% better accuracy and over 30m control range.
• Optimized Obstacle Avoidance – Navigates complex terrains while maintaining proximity to users or objects.

Versatile Applications

• Customizable Payload – Supports add-ons like cameras, sensors, and more for surveillance, research, and industrial tasks.
• Dynamic Actions and Poses – Can jump, stretch, shake hands, cheer, pounce, and sit—great for education and interaction.

Control and Connectivity

• Screen Remote Control – Includes a dual-camera screen controller for intuitive operation and live monitoring.
• Go2 Official App – Offers remote control and monitoring via mobile integration.
• OTA Updates – Receive cloud-based updates to improve functionality and performance.
• Interfaces – Note – Depth camera, servo arm, and radar are not included and cannot be added.

What’s Included

• All features of the Go2-Edu model
• Screen remote control with dual-camera functionality
• Dual-light gimbal with high-precision three-axis stabilization
• Go2 standard suitcase (non-industrial series packaging)

Why Choose Unitree Go2 Ent-U5?

The Unitree Go2 Ent-U5 redefines robotic innovation with its advanced AI, robust mobility, and cutting-edge thermal imaging capabilities. Whether for academic research, industrial inspections, or high-tech surveillance, this quadruped robot delivers unmatched performance in a portable, user-friendly package.

Elevate your operations with the Go2 Ent-U5—the ultimate solution for embodied AI.

Why Choose Everse for Your Unitree Go2 Ent-U5 (With Screen Controller)

Everse provides expert support, fast shipping, and dependable after-sales service for your Unitree Go2 Ent-U5, ensuring a smooth and reliable buying experience. From product selection to setup and updates, Everse helps you get the most out of this advanced quadruped robot with screen controller, making it the ideal choice for researchers, educators, and professionals who need trusted performance and responsive assistance.

Specifications of Unitree Go2 Ent-U5 (With Controller)

Frequently Asked Questions (FAQs)