CADEBOT

UBTECH CadeBot-L100

Technical data

Height: 1265 mm
Weight: 55 kg
Payload: 4 × 10 kg
Speed: 0,3–1 m/s
Runtime: 8 h

UBTECH CadeBot-L100

About this model

A delivery robot for restaurants, retail and hotels: an open tray design, a high-definition advertising display and lifelike guest interaction.

CADEBOT L100 carrying dishes between restaurant tables, UBTECH’s own product film

Delivery on the restaurant floor

U-SLAM fusion positioning handles the route, using laser SLAM with ceiling QR codes as a supplement, while front-to-back radar (202° forward, 55° rearward), RGBD depth cameras and ultrasonic sensors handle safety. It passes through a 65 cm lane, the four trays carry up to 40 kg, and infrared sensors detect when a guest lifts a dish off the tray.

CADEBOT’s trays open on three sides, official manufacturer render, no background

270° open trays

An open design with 270° access makes placing and retrieving easy. The load-bearing L-shape carries up to 40 kg, and built-in infrared sensors detect whether a guest has already lifted the dish; a lit tray reduces the chance of an error.

View of CADEBOT’s chassis with suspension and wheels, official manufacturer render, no background

U-STABLE chassis

Automotive-grade independent suspension, all-terrain wheels and shock absorber wheels keep the ride steady, and independent obstacle-crossing wheels improve what it can get over. An electronic bumper strip reacts the moment it touches an obstacle.

CADEBOT from the side showing the load-bearing L-shape with four trays, official manufacturer render, no background

L-shape and materials

The body is made of automotive-grade Q345 alloy steel and the trays of high-quality ADC12 aluminium alloy die-casting. The structure is detachable, so the robot adapts to different spaces.

Four manufacturer diagrams: cloud scheduling for multiple robots, passage through a narrow lane, U-SLAM positioning and slope adjustment, the labels in the image are the manufacturer’s, in English

Getting around a room

U-SLAM fusion positioning with laser SLAM and ceiling QR codes at 3-5 m, passage through a 65 cm lane, speed adjustment on slopes, and cloud scheduling for several robots that coordinate even offline.

Floor plan of a restaurant with CADEBOT’s routes for delivery, cruising with an advert and guest reception, the labels in the image are the manufacturer’s, in English

How it fits into a venue

The manufacturer’s floor plan: the robot cruises and advertises, collects an order at the pickup point, delivers to the table and clears the dishes, and takes reception duty at the entrance. All of it on the same route, with no special infrastructure in the room.

A guest lifting a plate off CADEBOT’s tray at a restaurant table

Taking a dish off the tray

Infrared sensors in the tray detect the pick-up, and a lit tray shows the guest which one is theirs. Each tray carries up to 10 kg.

Close-up of CADEBOT’s head with its sensor field

Sensing in the head

The head holds an RGBD depth camera for object and cliff detection, alongside laser radar and ultrasonic sensors.

CADEBOT showing an advert on its screen, with a route diagram through shop aisles

Advertising display

The display is 21.5 inches (1920x1080). Adverts can be imported from a USB stick or managed from the cloud.

Speed for the room

Speed is adjustable between 0.3 and 1 m/s, so it can be matched to how busy the room is.

Body and dimensions

The body is automotive-grade Q345 steel; the robot weighs 55 kg and measures 484x558x1265 mm.

CADEBOT beside a buffet table at a panoramic window

Four trays

Four trays carry up to 40 kg in total, each with an area of 38x42 cm.

CADEBOT in a production hall between tall racks

Uneven floors

It crosses obstacles up to 15 mm and slopes up to 5°, which covers a production hall floor.

Several robots together

Several robots coordinate through cloud scheduling and keep working offline.

Runtime and charging

One battery lasts 8 hours working or 12 on standby; charging takes 4 hours.

Floor plan showing CADEBOT’s routes and stations in a venue

Finding its way

The route comes from U-SLAM fusion positioning, with ceiling QR codes at 3-5 m correcting it where the room changes often.