Compact Form for Tight Spaces
With a slim frame capable of navigating through passages as narrow as 55 cm, the T8 ensures smooth movement even in cramped environments.
DINERBOT T8
DINERBOT T8, is a space-optimized delivery robot built for tight, high-traffic environments. Its compact body, responsive sensors, and user-friendly interaction design make it ideal for cafés, narrow restaurant aisles, and other space-conscious service scenarios.
Compact, for Enhanced Agility
Our compact robot navigates spaces as narrow as 55 cm, ensuring maneuverability in cozy environments.
Safety, Elevated
DINERBOT T8 uses 3 stereo vision sensors, detecting common high obstacles and those under 5cm, for precise, safe service in any environment.
Smart Self-Pickup Guidance
Made possible by tray sensors, a 300° open tray, and voice and visual guidance on the 10.1" touch screen.
Specifications
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Dimensions (W x D x H):
38.4 x 46.8 x 111.1 cm (15.12” x 18.43” x 43.74”)
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Weight:
34 kg (74.96 lbs)
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Max. Moving Speed:
1.0 m/s (3.28 ft/s)
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Battery Life:
Up to 15 hours
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Charging Time:
4 hours
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Slope Capability:
Up to 5°
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Total Load Capacity:
20 kg (44 lbs)
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Minimum Passage Width:
55 cm (21.65”)
Effortless Pickup, Streamlined Experience
Open-access tray supports self-pickup with visual detection, tray lighting, on-screen guidance, and voice prompts for effortless use.
Tri-Patent Chassis Design
Featuring vehicle-grade independent suspension and CAE-optimized shock absorption, the chassis delivers superior stability and ride quality.
Small Frame. Big Performance. Built for Tight Service Spaces.
Smart Self-Pickup with 300° Accessibility
Equipped with tray sensors, a 300° open tray, and a 10.1” touchscreen, the robot guides users with voice and visual prompts for seamless pickup interactions.
Quiet Operation for Seamless Service
Engineered for minimal noise, the T8 delivers meals and goods without disturbing guests — perfect for quiet environments like cafés, clinics, or private dining areas.
Patented algorithms and multi-robot dispatching
Patented AI algorithms empower robots to optimize route planning for efficient task execution. Seamless coordination between multiple units ensures smooth operations even in high-demand environments.