Facts

• Company: Keenon Robotics
• Product type: Delivery Robot
• Status: commercial
• Capability focus: Indoor Service Delivery
• Website: https://www.keenon.com/en/product/T8/index.html

Profile sections

• Summary
• Overview
• Market context
• Audience
• Workflow
• Capability
• Deployment environment
• Positioning tags
• Specifications
• Sources

Summary

DINERBOT T8 is Keenon restaurant service robot for meal delivery and table-side support. It is designed to move through dining environments, carry multiple trays and reduce repetitive walking for restaurant staff.

Overview

DINERBOT T8 is Keenon restaurant service robot for meal delivery and table-side support. It is designed to move through dining environments, carry multiple trays and reduce repetitive walking for restaurant staff.

Market context

DINERBOT T8 is Keenon Robotics' compact restaurant delivery robot for tighter hospitality and table-service workflows.

• Target environment: Restaurants, cafes, hotels and indoor service routes where a smaller delivery robot footprint matters.
• Workflow context: Food running, tray delivery, table service, obstacle-aware navigation and staff-assist movement.
• Customer context: Foodservice operators and hospitality teams needing compact delivery automation for mapped indoor spaces.
• Deployment model: Commercial compact delivery robot in Keenon's DINERBOT family.
• Commercial maturity: Commercially available service robot with official product-page positioning.
• Adoption constraints: Adoption depends on aisle width, table layout, payload needs, guest acceptance, battery life and fleet support.
• Market position: Compact restaurant-delivery lane within Keenon's broader indoor service robot portfolio.
• Adjacent products: DINERBOT T9, DINERBOT T11, Pudu BellaBot, Bear Robotics Servi

Audience

Hospitality

Workflow

Food running, tray delivery, table service, obstacle-aware navigation and staff-assist movement.

Capability

indoor service delivery

Deployment environment

Restaurants, cafes, hotels and indoor service routes where a smaller delivery robot footprint matters.

Positioning tags

• Audience: Hospitality
• Workflow: Food running, tray delivery, table service, obstacle-aware navigation and staff-assist movement.
• Capability: indoor service delivery
• Deployment environment: Restaurants, cafes, hotels and indoor service routes where a smaller delivery robot footprint matters.

Specifications

• Operational Role: Restaurant delivery and table service
• Form Type: Compact restaurant delivery robot
• Dimensions: 38.4 x 46.8 x 111.1 cm
• Battery Life: Up to 15 h
• Charging Time: 4 h
• Slope Angle: 5 deg
• Payload Kg: 20 kg
• Minimum Passage Width: 55 cm
• Weight Kg: 34 kg
• Max Speed Mps: 1 m/s