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DINERBOT T5 by Keenon Robotics (Laser Mapping Version)

DINERBOT T5 by Keenon Robotics (Laser Mapping Version)

Part #:

Brand:

$13,000.00

Availability: Available

Short Description

Product Description DINERBOT T5 The DINERBOT T5 by Keenon Robotics is a versatile service delivery robot designed to efficiently deliver food. This robot can carry up to six full plates at a time or one full drink order along with four plates. It is suitable for use in restaurants, hotels, casinos, hospitals, clinics, long-term care facilities, and more. Key Features Adjustable Trays Four trays accommodating various plate heights, each supporting up to 22 lbs (10 kg). Smart Expressions Interactive communication capabilities for engaging customer interactions. Intelligent Voice Convenient voice control for seamless operation. Flexible Structure Accommodates plates of different heights for increased adaptability. SLAM Positioning and Navigation Self-developed localization and mapping system with multi-sensor fusion algorithms for accurate navigation. Intelligent Obstacle Avoidance Utilizes various sensors for effective obstacle detection and avoidance, ensuring flexible movement. Android Operating System Enhances adaptability through touch sensors and diverse interaction options.

Technical Specifications
Specifications
  • Size: 19.9 inches (W) x 19.7 inches (D) x 47.4 inches (H)
  • Weight: 121 lbs
  • Maximum Speed: 3.9 ft/s
  • Minimum Passage Width: 31.5 inches (Laser Version)
  • Charging Time: 5 hours
  • Battery Life: 12-15 hours
  • Battery Capacity: DC 48V 12Ah
  • Number of Layers: 4, with a total load capacity of 88 lbs (22 lbs per layer)
  • Layer Sizes: Top Layer: 19.3 inches Other Layers: 19.3 inches
  • Top Layer: 19.3 inches
  • Other Layers: 19.3 inches
  • Operating System: Android
  • Top Layer: 19.3 inches
  • Other Layers: 19.3 inches
  • Multi-Machine Intelligence: Efficient delivery through coordinated communication and AI-based scheduling for multiple robots.
  • Smart Region Speed Limit: Adjusts speed based on ground slope for improved adaptability.
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