DINERBOT T3

DINERBOT T3, is a fully enclosed service robot designed for scenarios where hygiene, safety, and capacity are paramount. With step-activated automatic doors, spacious cabin volume, and flexible shelving, it offers a modern, secure solution for food and item delivery in professional environments.

Safe. Hygienic.

Step-activated and password-secured automatic doors ensure hygienic, spill-proof dish serving.

Efficiency Maximized

Unlocking streamlined delivery efficiency with a spacious 180L cabin volume.

Tailored Courier Solutions

Flexible for diverse needs. Adjustable layers accommodate items of varied heights (23cm, 38cm, 69cm).

 

Specifications

 

  • Dimensions (W x D x H):

    49.6 x 62.3 x 135.1 cm (19.53” x 24.53” x 53.19”)

  • Weight:

    71 kg (156 lbs)

  • Moving Speed:

    0.1 – 1.0 m/s (0.33 – 3.28 ft/s)

  • Battery Life:

    Up to 12 hours

  • Slope Capability:

    Up to 5°

  • Layer Size:

    42.2 x 57.5 cm (16.61” x 22.64”)

  • Total Load Capacity:

    40 kg (88 lbs)

  • Minimum Passage Width:

    75 cm (29.53”)

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Precision Mapping with Intelligent Navigation

Crafts accurate spatial maps using seamless data collection for highly dependable positioning.

Tri-Patent Chassis Design

Featuring vehicle-grade independent suspension and CAE-optimized shock absorption, the chassis delivers superior stability and ride quality.

Sealed for Safety. Built for Volume. Designed for Service.

Safe & Hygienic Enclosure

Automatic doors are step-activated and protected by password access, ensuring contactless, spill-proof service and maximum hygiene during transport.

Tailored Courier Flexibility

The adjustable internal structure allows for different item heights (23cm, 38cm, 69cm), adapting to a wide range of delivery needs — from boxed meals to sensitive packages.

Efficiency Maximized with 180L Cabin

A large-capacity compartment enables high-volume delivery in fewer trips, boosting efficiency in busy service settings like hospitals, restaurants, or large offices.

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.