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Keenon · Delivery / Runner

Keenon T8

Compact design optimized for repetitive service runs.

RestaurantHospitalityRetail
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Keenon T8 — Delivery / Runner

Specifications

BrandKeenon
TypeDelivery / Runner
Autonomy12 h
Speed1.2 km/h
Payload40 kg
Minimum aisle75 cm
Dimensions52 x 54 x 129 cm
CertificationCE

Compatible acquisition modes

PurchaseLeasingPremium

Highlights

  • Compact format
  • Autonomous navigation
  • Multi-tray setup

Use cases

  • Dining room runner
  • Meal delivery
  • Beverage service

Site prerequisites

  • Stable Wi-Fi
  • Aisle width >= 75 cm
  • Defined circulation flows

Options

  • Branded wrap
  • Charging dock
  • Voice pack

Frequently asked questions

Is the T8 suited to smaller dining rooms?

Yes. Its footprint is designed for compact corridors and service areas.

Deploy a Keenon T8 on your site?

Site audit, installation, mapping, training and maintenance: Pentagone Robotics manages the full project.

Request a quote

Compact and maneuverable, ideal for tight spaces

The T8 glides through narrow corridors from 55 cm wide, perfect for small restaurants and venues.

  • Just 38.4 cm wide
  • Maneuvers in constrained spaces
  • Minimum aisle width: 55 cm

Smart self-service with 300° access

Tray sensors, voice guidance and a 10.1" touchscreen for fast and intuitive pickup and drop-off.

  • 300° tray access
  • 10.1" touchscreen with voice assistant
  • Visual and audio user feedback

Stronger operational safety

Three high-definition stereo sensors reliably detect obstacles, including those below 5 cm.

  • Stereo vision sensors
  • Floor and overhead obstacle detection
  • Safe operation while moving

Precision navigation and positioning

Accurate SLAM with automatic mapping and multi-robot coordination for smooth, safe operation.

  • Automatic mapping
  • Precision guidance
  • Multi-robot coordination

3D perception for immediate reaction

Real-time environmental perception via 3D sensors to react instantly to people and objects.

  • Real-time navigation
  • Immediate reaction to people and objects
  • Ideal for high-traffic service areas

Patented AI and collaboration

Patented algorithms for smart task scheduling and collision-free coordination across multiple robots.

  • AI-optimized routes
  • Predictive driving
  • Fleet efficiency gains

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