$10,050.00
The DINERBOT T9 is one of KEENON’s service / food-delivery robots aimed at restaurants, hotels, canteens, cafés, and similar venues. It is described as a “high-load capacity” model, balancing payload, autonomy, and flexibility for indoor service. keenon.com+2NEXOSERV Robotics+2
It is often positioned as a workhorse robot for steady delivery loads, with features such as adjustable shelves, autonomous charging, multi-robot coordination, and stable navigation. Rota Technologies+2NEXOSERV Robotics+2
Here are the main technical and design specs of the T9:
| Category | Specification / Feature |
|---|---|
| Dimensions (W × D × H) | 50.0 × 52.7 × 126.6 cm (≈ 19.69″ × 20.75″ × 49.84″) NEXOSERV Robotics+3keenon.com+3Dominion Drones www.dominiondrones.com+3 |
| Weight | ~ 63 kg (139 lbs) NEXOSERV Robotics+3keenon.com+3Dominion Drones www.dominiondrones.com+3 |
| Load / Payload Capacity | 40 kg (≈ 88 lbs) total — typically 10 kg per tray, 4 trays configurable AUTOMIQ ROBOTICS+4keenon.com+4Dominion Drones www.dominiondrones.com+4 |
| Tray / Layer Configuration | 4 adjustable trays (with variable heights) for different dish sizes. AUTOMIQ ROBOTICS+3keenon.com+3Rota Technologies+3 |
| Moving / Traveling Speed | 0.1 to 1.0 m/s (approx. up to 3.28 ft/s) AUTOMIQ ROBOTICS+4keenon.com+4Dominion Drones www.dominiondrones.com+4 |
| Battery Life / Operation Time | Up to ~ 18 hours under favorable conditions Dominion Drones www.dominiondrones.com+3keenon.com+3Rota Technologies+3 |
| Charging Time | ~ 4 hours (from ~15% to full) AUTOMIQ ROBOTICS+4keenon.com+4Rota Technologies+4 |
| Slope / Incline Capability | Up to ~ 5° incline keenon.com+2Rota Technologies+2 |
| Minimum Passage / Corridor Width | ~ 70 cm (≈ 27.6 in) AUTOMIQ ROBOTICS+3keenon.com+3Rota Technologies+3 |
| Navigation & Sensing | Uses SLAM / LiDAR + stereo vision / multi-sensor fusion for obstacle detection, mapping, positioning, and collision avoidance Dominion Drones www.dominiondrones.com+4AUTOMIQ ROBOTICS+4Rota Technologies+4 |
| Interface & Interaction | 11.6-inch HD touchscreen interface for staff/customers. Rota Technologies+2NEXOSERV Robotics+2 |
| Autonomous Behavior | Self-charging / auto return to charger when needed. Rota Technologies+2NEXOSERV Robotics+2 |
| Multi-Robot Coordination | Supports coordination / dispatching among multiple robots in the same environment. NEXOSERV Robotics+2AUTOMIQ ROBOTICS+2 |
| Other Features | Shock-absorbing chassis, stable motion control (to avoid spillage), adjustable tray heights, open access trays (front/rear) in some configurations. Dominion Drones www.dominiondrones.com+3Rota Technologies+3AUTOMIQ ROBOTICS+3 |
High payload for its class: 40 kg is relatively robust in the world of indoor service robots, making it suitable for busy shifts.
Long operational duration: Up to ~18 hours on one charge (depending on use) helps cover full-day service without frequent interruptions.
Flexible tray configuration: Adjustable tray heights allow accommodating different dish sizes (plates, bowls, etc.).
Autonomous recharging: The robot can return to charge automatically, helping in continuous operation.
Multi-robot capability: Useful for scaling — several T9s can coordinate to avoid conflicts and optimize routing.
Stable navigation & motion: Its shock-absorbing chassis, advanced sensor fusion, and control algorithms help in smooth delivery, minimizing spills or sudden jolts.
Interface & usability: The touchscreen makes it easier for staff or even customers to interact or call it.
Real-world battery life will vary: The “up to 18 hours” is ideal; heavy use, many stops, crowded environments, load, and sensor usage will reduce effective runtime.
Charging downtime: 4 hours is non-trivial; you may need scheduling or multiple robots to maintain continuous service.
Space constraints: Its minimum passage width (~70 cm) means very narrow corridors or dense layouts may pose challenges.
Weight & bulk: At ~63 kg, it’s relatively heavy, which may matter for floor strength, transport, or moving the unit for maintenance.
Complex integration: To fully leverage its features (mapping, coordination, custom workflows), some setup, calibration, and possibly software integration will likely be needed.
Maintenance / wear: Sensors, battery, mechanical parts will incur wear over time — plan for spare parts, servicing, calibration.
Indoor-only environments: Like most service bots of this kind, it is optimized for flat, indoor, controlled floor surfaces—not rough terrain or outdoors.
