Price: $699.00
(as of Sep 29, 2024 13:32:14 UTC – Details)
Product Description
XR Corgi quadruped robot dog is a bionic robot dog with 12 degrees of freedom. Through the inverse kinematics algorithm, the movement gait of natural dogs can be realistically imitated. With XR DOG, learn valuable robot knowledge from playing.
1 Visual line tracking
2 QR cod recognition
3 Face recognition
4 Color recognition
5 Fun action
Go up steps
By raising your legs high, you can step onto the stairs from the flat ground.
Added multiple gaits
Adapt to different environments and task requirements.
Various Control Methods
The APP(Android / IOS) can easily control the robot remotely, view and interact with what the robot sees through FPV image feedback. (Support wireless handle control)
Secondary Development
The Reserved serial port expansion interface, supports Python programming to create your own pet mechanical dog.
AI Advanced Kit XR robot dog 
AI Advanced XR robot dog uses Raspberry Pi as the main control and ESP32 as the coprocessor. In addition to 10+ kinds of bionic postures and actions, it can also realize AI visual functions such as face, QR code and color recognition, with flexible and smooth movements and strong power.
Packing List
XR RPI Extend Box(including Raspberry Pi 4B motherboard) x1，XR Dog body x1，Ai camera x1，Wireless handlex1，Charger x1，Manual x1，Packing box x1
Product Size
The body structure of XR Dog has been assembled before leaving the factory, and users only need to install the Raspberry Pi board box and AI camera.
Which accessories are consumables?
Batteries and servos are consumables, so it is recommended to prepare more consumables for replacement.
After the robot dog is turned on, its legs are tilted backward, what’s going on?
If the angle of the servo is just within the “dead zone” range before power-on, it may turn to an inappropriate position after power-on. Therefore, please adjust the four legs to the normal standing or lying position before turning on the power.
How far is the control distance of the robot dog?
The robot dog is controlled wirelessly via WiFi. The WiFi signal will be affected by the distance, obstacles and interference of other wireless signals. Under normal circumstances, the farthest control distance is about 25-30 meters.
The robot dog’s leg movements become slow and weak, what’s the matter?
If the legs of the robot dog become slow and weak, it generally means that the steering gear has been damaged, and it is necessary to purchase and replace the steering gear in time.
Note: ★Included Raspberry Pi*1★ TF card*1, Ai camera*1, and necessary battery pack*1. New functions include height control, stair climbing, and Pace multiple gaits to better adapt to different environments and task requirements.
AI mechanical pet dog: AI Advanced XR robot dog uses Raspberry Pi as the main control and ESP32 as the coprocessor. In addition to 18+ kinds of bionic postures and actions, it can also realize AI visual functions such as face, QR code and color recognition, with flexible and smooth movements and strong power. You can also program to create your own pet mechanical dog.
Pre-installed electronic kit: After the robot dog is out of the box, simply install the Raspberry Pi and the camera, you can easily control the robot remotely through the exclusive Android / IOS APP, view what the robot sees through FPV image feedback, and interact with XR DOG in real time. Users can also use the remote control handle included in the kit for control.
Intelligent AI vision: XR DOG is equipped with an open source visual AI system with built-in OpenCV, which can realize AI vision functions such as visual recognition of faces, colors, and QR codes. It supports computers to write robot dogs in python, and users with basic Python language knowledge can easily get started with the secondary development of the robot’s AI functions.
12DOF high level Bionic: Each leg of the robot dog is controlled by 3 bus servos, which can be compared to 3 joints of the elbow, shoulder and hip joint to accurately restore the action details. Based on inverse kinematics, it can walk forward, backward, left and right, and in all directions, and flexibly complete a variety of bionic posture actions.
