- Disponibilidad: En stock
- Código del producto: 920372000001160114
- Peso bruto: 24.00kg
- SKU: GO2-PRO
The Unitree Go2 Pro is a bionic quadruped robot designed for autonomous outdoor navigation, inspection, and intelligent human interaction. It integrates Unitree's proprietary 4D LiDAR L2 — sweeping a full 360°×96° hemisphere with a minimum detection distance of 0.05 m — alongside an 8-core AI processor, ISS 2.0 intelligent side-follow, WiFi 6, Bluetooth 5.2, and an integrated 4G eSIM module with GPS.
| Specification | Why it matters |
|---|---|
| 4D LiDAR L2 coverage: 360°×96°, min 0.05 m detection | Near-zero blind zone lets the robot react to obstacles almost underfoot, enabling reliable navigation on cluttered terrain. |
| Peak joint torque: ~45 N·m (12 motors) | Handles slopes up to 40° and drop heights of ~16 cm — suitable for demanding outdoor surfaces without slipping. |
| Payload capacity: ≈8 kg (max ~10 kg) | Carries sensors, inspection equipment, or towed loads in the field via the integrated self-retracting strap. |
| Battery life: ~1–2 h (8,000 mAh) | Covers a full inspection run; swapping to a spare 8,000 mAh pack extends operations with no downtime. |
The Go2 Pro weighs approximately 15 kg with its battery installed and folds from a standing envelope of 700 × 310 × 400 mm down to 760 × 310 × 200 mm when crouching — compact enough to transport to site and deploy immediately. Its aluminium-alloy frame reinforced with high-strength engineering plastic balances structural rigidity against the weight budget that every legged platform depends on. The 8-core CPU handles 3D LiDAR mapping, AI obstacle avoidance, and video streaming concurrently. Voice interaction, music playback, and responsive pet-like behaviours add a practical personality layer for education and public demonstrations alongside its core inspection role.
Unitree Go2 Pro: Mechanics and Mobility
The frame material — aluminium alloy combined with high-strength engineering plastic — keeps the overall weight at approximately 15 kg while maintaining the rigidity required for sustained outdoor operation. Twelve aluminium alloy precision joint motors are distributed across four legs, each featuring an internal trace connecting technique that eliminates external cable routing entirely. This intra-joint wiring removes snag points during agile manoeuvres, a meaningful detail when the robot is traversing dense undergrowth or climbing structural steps.
The portrait below shows the Go2 Pro balanced on exposed rocky terrain surrounded by water — an environment that simultaneously stress-tests ground-contact sensing and dynamic stability.
Each joint delivers a peak torque of approximately 45 N·m and carries its own dedicated heat pipe cooler, dissipating thermal load during sustained high-power operation. The range of motion spans body rotation of −48° to +48°, thigh flexion of −200° to +90°, and shank travel of −156° to −48°. Together, these figures yield a platform that handles slopes up to 40° and absorbs drop heights of approximately 16 cm in normal operation.
Rage Mode fully unlocks the motor capabilities, achieving faster top-end speed and more responsive steering across technically difficult surfaces such as loose gravel and steep embankments — the same hardware freed from thermal and speed governors.
The robot is shown here mid-movement on an outdoor wooden deck, illustrating the fluid dynamic gait that the mechanical architecture enables.
4D LiDAR L2 and Autonomous Navigation
Unitree's proprietary 4D LiDAR L2 sweeps 360° horizontally and 96° vertically, producing a near-hemispherical point cloud with a minimum detection distance of 0.05 m. That extremely small blind zone allows the robot to react to objects almost underfoot — more reliable obstacle avoidance on cluttered terrain, improved path planning in confined spaces, and the ability to construct full 3D LiDAR maps via the companion app. Once a map is built, a user-specified autonomous patrol path can be assigned directly through the app, with no additional hardware modules required beyond the standard 8-core CPU configuration.
The smartphone screenshot below shows a real 3D point cloud map built by the L2 LiDAR in an outdoor environment — the data layer that underpins autonomous navigation and waypoint-based mission execution.
ISS 2.0 Intelligent Side-Follow
ISS 2.0 uses wireless vector positioning technology to keep the robot locked onto its owner across distances exceeding 30 m in open environments. Positioning accuracy has been technically upgraded by 50% compared to the previous generation. Combined with the optimised obstacle avoidance strategy in the motion controller, the robot tracks a moving person through complex terrain — dodging trees, benches, and uneven ground — without losing the follow lock. This makes the device genuinely useful as a hands-free companion for inspection walks, photography sessions, or light load transport via the integrated self-retracting strap.
The composite image below shows ISS 2.0 in action: the robot tracking a walking person with a LiDAR environmental scanning overlay visualising real-time obstacle mapping around the robot's footprint.
Camera, Intercom, and Voice Interaction
The front-mounted HD wide-angle camera delivers image transmission at 1280×720 resolution across a 120° field of view — wide enough to capture the full scene ahead without panning. RTT 2.0 (Real-Time Transmission) ensures low-latency video streaming to the companion app. The front LED lamp provides illumination in low-light conditions. A built-in intercom microphone enables two-way voice communication with no scenario restrictions, while voice function support covers offline interaction, direct commands, the intercom channel, and music playback through the integrated 3 W speaker.
The front-face close-up below reveals the optical and illumination hardware: the wide-angle camera lens and the LED front lamp that characterise the robot's face.
Connectivity, Software, and Battery
WiFi 6 dual-band, Bluetooth 5.2/4.2/2.1, and the 4G eSIM module with GPS cover every connectivity scenario from laboratory benchtop to open-field deployment. The 4G module supports 43 European countries including Spain; note that Ukraine is not included in the 4G coverage region. With user authorisation, the robot connects automatically to a cloud OTA service and updates its motion control firmware and AI algorithms over WiFi — no laptop, no cable, no manual flash required.
Graphical programming via the companion app lets users compose custom behaviour sequences by arranging visual command blocks, without writing code. The standard 8,000 mAh smart battery provides approximately 1–2 h of operating autonomy and includes over-temperature, overcharge, and short-circuit protection. The charger operates at 33.6 V / 3.5 A.
The annotated hardware infographic below maps every major component — from the L2 LiDAR and tracking module to the computing core and smart battery — providing a complete visual reference for the platform's sensor and electronics layout.
The scene below shows a user interacting with the Go2 Pro indoors — the robot's responsive, dog-like social behaviours are visible in a domestic setting, illustrating how the voice and interaction layer complements the platform's inspection capabilities.
Applications
- Outdoor inspection and patrol: the robot autonomously maps a defined area via 3D LiDAR, then executes a repeatable patrol path — covering perimeter security, infrastructure inspection, or environmental monitoring with consistent coverage.
- Difficult-terrain reconnaissance: with a 40° maximum climb angle and ~16 cm drop-height tolerance, the device accesses slopes, rubble, and uneven ground that wheeled platforms cannot reach, streaming HD video throughout.
- Hands-free load assist: ISS 2.0 side-follow tracks a moving operator across distances exceeding 30 m, while the integrated self-retracting strap handles carrying or towing of loads up to approximately 8 kg.
- Education and robotics research: graphical programming via the companion app lets students and educators compose behaviour sequences without writing code; the platform's action library and voice interaction layer support interactive demonstrations.
- Photography and filming assistance: the robot tracks a subject autonomously over open terrain, providing a stable, hands-free mobile camera platform for content creators and field researchers.
- Public demonstrations and exhibitions: voice interaction, music playback, and pet-like responsive behaviours engage audiences in public settings — used notably as a "robot superstar" at the Hangzhou Asian Games.
What's in the box
- Unitree Go2 Pro quadruped robot (fully assembled)
- 8,000 mAh smart battery with protection circuit (installed)
- 33.6 V / 3.5 A charger
- Auto-scaling self-retracting strap
Technical specifications
Mechanical dimensions
| Parameter | Value |
| Dimensions — standing (L×W×H) | 700 × 310 × 400 mm |
| Dimensions — crouching (L×W×H) | 760 × 310 × 200 mm |
| Weight (with battery) | ~15 kg |
| Frame material | Aluminium alloy + high-strength engineering plastic |
Electrical parameters
| Parameter | Value |
| Operating voltage | 28 V – 33.6 V |
| Maximum working power | ~3,000 W |
Performance parameters
| Parameter | Value |
| Payload capacity | ≈8 kg (max ~10 kg) |
| Operating speed range | 0 – 3.5 m/s |
| Max running speed (lab tested) | ~5 m/s |
| Max climb / drop height | ~16 cm |
| Max climb angle | 40° |
| Basic computing power | 8-core high-performance CPU |
Joint parameters
| Parameter | Value |
| Max joint torque | ~45 N·m |
| Aluminium alloy precision joint motors | 12 |
| Range of motion — body | −48° ~ +48° |
| Range of motion — thigh | −200° ~ +90° |
| Range of motion — shank | −156° ~ −48° |
| Intra-joint circuit wiring | Yes — no external cable routing |
| Joint heat pipe cooler | Yes — per joint |
Sensors and perception
| Parameter | Value |
| 4D LiDAR | L2 — 360°×96° hemispheric, min detection 0.05 m |
| Wireless vector positioning / tracking module | Yes (ISS 2.0) |
| Front camera — resolution | 1280×720 |
| Front camera — field of view | 120° |
| Foot-end force sensor | No |
| Front lamp | Yes |
| Speaker | 3 W |
| Intercom microphone | Yes |
Connectivity
| Parameter | Value |
| WiFi | WiFi 6 dual-band |
| Bluetooth | 5.2 / 4.2 / 2.1 |
| 4G module | Yes — eSIM with GPS (supports 43 European countries; Ukraine excluded) |
Software and features
| Parameter | Value |
| Basic actions library | Yes |
| Auto-scaling self-retracting strap | Yes |
| OTA firmware updates | Yes — automatic over WiFi |
| RTT 2.0 image transmission | Yes |
| Graphical programming | Yes — via companion app |
| Voice functions | Yes — offline interaction, commands, intercom, music playback |
| ISS 2.0 intelligent side-follow | Yes — >30 m range, 50% improved positioning accuracy |
| Intelligent obstacle avoidance | Yes |
| 3D LiDAR mapping + autonomous path | Yes — via app |
| Rage Mode | Yes — unlocks full motor potential |
| Secondary development | No (not available on Pro variant) |
| Charging pile compatibility | No |
Power and battery
| Parameter | Value |
| Smart battery capacity | 8,000 mAh (standard) |
| Battery life | ~1–2 h |
| Battery protection | Over-temperature, overcharge, short-circuit |
| Charger | 33.6 V / 3.5 A |
Accessories
| Parameter | Value |
| Manual controller | Optional (not included as standard) |
| High computing power module | No |
| Depth camera | No |
Warranty
| Parameter | Value |
| Warranty period | 24 months |
Frequently Asked Questions
What is the maximum speed of the Unitree Go2 Pro?
The Go2 Pro operates at speeds from 0 to 3.5 m/s in standard conditions. Under laboratory testing with Rage Mode enabled, peak speeds of approximately 5 m/s have been recorded. Real-world speeds depend on terrain surface and activity mode.
Can the Go2 Pro build maps and navigate autonomously?
Yes. Using the 4D LiDAR L2 sensor and the dedicated companion app, the Go2 Pro can construct a 3D point cloud map of a defined area and then follow a user-specified autonomous patrol path through that mapped space. This capability is available in the standard 8-core CPU configuration without any additional hardware modules.
Does the 4G module work in Spain and Europe?
Yes. The integrated 4G eSIM module with GPS supports 43 European countries, including Spain and most of the EU. Note that Ukraine is not included in the 4G coverage region for the non-Chinese mainland version.
What payload can the Go2 Pro carry?
The Go2 Pro has a rated payload of approximately 8 kg, with a hardware maximum of around 10 kg. The integrated auto-scaling self-retracting strap assists with carrying or towing objects during field operations.
Does the Go2 Pro support custom software development?
The Pro variant does not include secondary development access. For research or robotics engineering workflows requiring open SDK access, Unitree offers the Go2 EDU variant, which includes a high computing power module and full development interface.
Why buy the Go2 Pro from EXPERT3D?
EXPERT3D has specialised in advanced robotics and 3D technology since 2012. Our team provides expert pre-sales technical consultation to help you select the right configuration and navigate connectivity requirements — including 4G coverage verification for your region. We offer official warranty coverage and authorised after-sales service for the Unitree Go2 Pro. Delivery is available across Spain and Europe. Post-sale support includes operator onboarding and integration guidance for inspection, education, and field deployment workflows. As an official representative of Unitree, we guarantee 100% product authenticity, fair pricing, authorised service, and a full manufacturer warranty. Contact us to discuss your application and confirm current availability.
