
Outdoor Sweeping
The ACR-1330 is a commercial patrol-and-sweep robot built around an on-board end-to-end embodied AI model. It combines two capabilities in one machine: it patrols, and it sweeps only where debris is actually present — rather than running at full load along every metre of route. This substantially reduces energy consumption and brush wear. A 254 TOPS automotive-grade computing platform, IPX6 protection and a LiFePO₄ power system support a comprehensive cleaning efficiency of 3,000–4,500 m²/h at a 1330 mm working width, making it suitable for park roads, scenic areas, plazas and municipal footpaths.
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What it solves
The machine runs the manufacturer’s proprietary end-to-end embodied AI model, integrating perception, prediction and action. Its generalisation capability allows it to handle new sites and tasks without scene-specific retraining.
The robot patrols and sweeps in a single pass, identifying debris on the road surface and engaging the cleaning system only where it is needed — eliminating wasted work on clean stretches.
High on-board computing power supports real-time inference of the end-to-end model, closing the perception–prediction–decision loop in mixed pedestrian and vehicle environments.
A 1330 mm cleaning width including 500 mm side brushes delivers 3,000–4,500 m²/h, allowing a single machine to cover large outdoor hard-surface areas.
LiDAR and surround-view cameras are fused with an automatic emergency braking system to maintain safety in open environments shared with pedestrians.
A maximum gradient of 20 % allows the machine to handle park ramps, basement entrances and undulating scenic paths. Working speed is infinitely variable from 0 to 5 km/h.
A filter system with 5 m² of filtration area, combined with a 100 W suction motor and an 800 W main brush motor, controls airborne dust escape during sweeping.
IPX6 ingress protection allows operation in rain. A 36 V / 125 Ah LiFePO₄ battery supports 6–8 hours of continuous work at a maximum machine power of only 1500 W.
Best-fit applications
Use these applications as the first filter, then send your route, surface material and operating schedule for model confirmation.
ACR-1330
Specifications are based on the manufacturer's technical confirmation sheet and are theoretical values obtained under defined test conditions; actual results depend on surface material, debris density, gradient and operating mode. Products are continuously improved; specifications are subject to change without notice. Final configuration should be confirmed through the website contact form.
For more product details, accessory options and deployment planning, contact PanPanTech through the website form or listed contact information.