The Unitree A2 Pro is the enhanced industrial quadruped robot dog with dual LiDARs for zero-blind-spot perception, expanded GPS/4G connectivity, higher IP protection, and optional high-compute dock. It retains the A2's ~42kg weight, 25kg continuous payload, and dual hot-swappable battery endurance for demanding custom industry solutions.
The Unitree A2 Pro Quadruped Robot Dog builds on the proven A2 platform to deliver custom industry solutions with superior perception and connectivity. Sharing the same compact dimensions (820mm×440mm×570mm standing), ~42kg weight with batteries, 12 degrees of freedom, and high-torque joint motors, it maintains excellent agility and payload capacity -- continuous walking loads of about 25kg (ideally up to ~35kg) and a maximum standing load of about 100kg. The dual hot-swappable battery system provides the same class-leading endurance: over 5 hours or ~20km unloaded and over 3 hours or ~12.5km with a 25kg load, with uninterrupted operation possible through seamless battery swaps. It operates reliably from -4° to 131°F.
Where the A2 Pro stands apart is its dual industrial LiDARs (front and rear) paired with an HD camera and front light, delivering dual-sided perception with zero blind spots and greater accuracy for complex environments. It comes with expanded (built-in) wireless vector follow, GPS, and 4G connectivity for robust outdoor and remote operation, plus an optional high computing power expansion dock alongside the standard 8-core platform CPU and Intel Core i7. Ingress protection reaches IP56–IP67 (with core components rated IP67). Like the standard model, it supports continuous OTA upgrades, secondary development, extensive I/O, microphone array, and speaker, and is suited to logistics, industrial inspection, and emergency rescue in more challenging or autonomous scenarios.
Compared with the standard Unitree A2, the Pro adds a second LiDAR for true dual-sided awareness, elevates optional connectivity features to expanded standard configurations, improves weather sealing on critical components, and offers high-compute expansion options -- making it the preferred choice for fully autonomous outdoor missions and customized industrial deployments while preserving identical mobility, payload, and runtime performance.
