Summary:

 

FlashBot is a semi‑outdoor–capable building‑delivery robot designed by Pudu Robotics for room service, package delivery, and multi‑floor logistics. It features VSLAM+ navigation, RGB‑D cameras, LiDAR, IoT elevator integration, UV‑sterilized compartments, and automatic charging. Its standout capability is full elevator autonomy, enabling hands‑free delivery across multiple floors without human assistance.  

 

FlashBot is widely deployed in hotels, offices, hospitals, and residential buildings, offering secure, contactless delivery with 2–4 configurable compartments and up to 30 kg payload.  

 

Editorial:

 

FlashBot represents the mature, industrialized side of service robotics—a contrast to humanoids that are still emerging into real‑world deployment. Pudu’s design philosophy is clear: reliability, autonomy, and integration matter more than anthropomorphic form.

 

Where humanoids struggle with stairs, balance, and manipulation, FlashBot excels at the tasks that matter most in commercial buildings:

 

- Autonomous elevator riding  

- Secure compartment delivery  

- Navigation in crowded, semi‑outdoor spaces  

- IoT integration with building systems  

 

Its VSLAM+ system is optimized for semi‑outdoor hotel corridors, poolside areas, and fitness zones—spaces where many indoor robots fail due to lighting and texture variability.  

 

FlashBot is not a research robot. It is a commercially hardened logistics platform, designed to run all day, every day, with minimal human intervention. In the service‑robotics landscape, it sits alongside robots like Keenon’s W3 and OrionStar’s Lucki, but with stronger elevator integration and semi‑outdoor navigation.

 

Specifications:

 

Dimensions & Build

- Size: 539 × 515 × 1050 mm  

- Weight: 50 kg  

- Material: ABS + aviation‑grade aluminum alloy  

 

- Compartments:  

  - 2–4 configurable compartments  

  - Single: 219 × 410 × 286 mm  

  - Double: 438 × 410 × 286 mm  

 

- Design Features:  

  - Gull‑wing doors  

  - Indicator lights  

  - E‑Skin (advanced tactile safety layer)  

  - UV‑sterilization lamps inside compartments  

 

Mobility

- Cruise speed: 0.5–1.5 m/s (adjustable)  

- Navigation:  

  - VSLAM+ semi‑outdoor navigation  

  - RGB‑D cameras (upward + downward)  

  - LiDAR for 360° mapping  

 

- Terrain: Indoor + semi‑outdoor hotel corridors  

- Suspension: Six‑wheel independent suspension  

 

Payload

- 15 kg per layer  

- Max 30 kg total  

 

Actuation

- Electric drive system  

- Automatic door actuation  

- E‑Skin for collision sensitivity  

 

Perception & Sensors

- Upward RGB‑D camera  

- Downward RGB‑D camera  

- LiDAR  

- E‑Skin tactile safety layer  

- Ambient‑light sensors  

 

Compute & AI

- VSLAM+ navigation engine  

- IoT building‑integration stack  

- Cloud‑elevator control (no hardware modification required)  

 

- Smart scheduling + fleet management  

- Real‑time monitoring  

 

Battery & Power

- Battery life: 10 hours  

- Charging time: 4.5 hours  

- Charging mode: Auto‑docking  

 

Connectivity

- Full‑scope IoT integration  

- Elevator control (KONE, OTIS, others)  

- Automatic calls + turnstile access  

 

Applications

- Hotels (room service, amenities delivery)  

- Offices (documents, supplies)  

- Hospitals (medications, samples)  

- Residential towers (packages, food delivery)  

- Semi‑outdoor hotel spaces (poolside, garden corridors)  

 

Pricing

- $20,000 

 

Pudu Has NOT Published

- CPU/GPU specs  

- SLAM compute hardware  

- Sensor resolution  

- API/SDK details  

- Environmental IP rating  

 

Image: @aipanorama

 

Company Source

 

https://www.pudurobotics.com/en/products/d9

 

Key News & Coverage

 

https://www.youtube.com/watch?v=WvhUxlcuZAI