PRODUCT INTRODUCTION
Cutebot integrates embedded technology, artificial intelligence, SLAM and machine vision to support a variety of application scenarios such as logistics, inspection and so on. It can cultivate compound talents in the whole process and provide SDK resources, which is conducive to secondary development.
PRODUCT FEATURES
Supporting Robot Arm
Intellisense
Autonomous Navigation
Camera
Lidar Positioning
Rich Interface
Supporting Secondary Development
Open Source Code
C++
Python
ROS
Use Tutorial
Diverse Wheel Types
The robot offers two different tire types. Off-road wheels provide excellent grip and stability, while McNamm wheels support lateral movement and in-place rotation for tight Spaces. Users can choose the most suitable tire type according to their needs.
Compact and Flexible
The design of the robot body is exquisite and practical, and the small volume makes the handling and deployment more convenient, saving the user’s time and energy, improving the work efficiency, and bringing great convenience and flexibility.
Metal Body
The robot uses a high-strength metal body to provide excellent durability and reliability. Stable operation in complex environments, extended service life, reduced maintenance costs, and effectively resist external shocks and wear, to ensure the safety of internal components.
Highly Integrated Sensors
Robot equipped with laser radar, depth camera, high-definition cameras and ultrasonic sensors, form a comprehensive and efficient perception system. With superior perception and navigation accuracy, the robot is able to handle precision operations and complex navigation tasks.
Super Computing Power
The drones are powered by the Nvidia Jetson series embedded mainframe, providing powerful computing power and efficient data processing. Support complex image recognition and path planning to ensure fast response and real-time optimization of task execution.
Rich Interface
Robot is equipped with a variety of power supply and communication interface, meet the demand of efficient data transmission. The installation holes are reserved for the body, and users can add third-party devices as required to achieve more functions.
Designer and manufacturer of mobile robots, shipped to over 50 countries worldwide
Adapt to More Terrain Scenarios
The chassis can be matched with off-road wheels and McNamm wheels, off-road tires can adapt to a variety of terrain, McNamm wheels can be all-directional movement, flexible steering at any Angle, a variety of wheel types to adapt to a variety of scenarios.
KIT COLLOCATION
Robot Arm Kit
Composite robot, mechanical arm extended desktop support six axis working radius of 280 mm, 250 g, load can be installed mechanical paw.
Remote Driving Kit
The composite robot can be extended remote driving suite, remote control through 4G/5G network in dangerous environments such as high temperature and high humidity, combined with deep learning to process image data to ensure safety and effectively complete tasks.
PRODUCT FUNCTION
TECHNICAL PARAMETER
Specifications | Standard Configuration | High Configuration | |
Dimension | 373x326x273mm (about 14.69inx12.83inx10.75in) | ||
Ground Clearance | 57mm (about 2.24in) | ||
Driving Mode | Four-wheel differential | ||
Weight | 7.7kg | ||
Maximum Load | 10kg | ||
Maximum Speed | 1.2m/s (about 3.94ft) | ||
Maximum Climbing Angle | 25° | ||
Minimum Turning Radius | 0m | ||
Battery Capacity | 9800mAh | ||
Operating Time | 3h | ||
Standby Time | 6h | ||
Power Supply Interface | MR30，5V/12V(battery voltage) | ||
Communication Interface | SBUS、USB | ||
Embedded Host | Model number | Jetson Nano | |
CPU | Quad-core ARM® Cortex®-A57 MPCore Processor | ||
GPU | 128-core NVIDIA Maxwell™ architecture GPU | ||
Memory | 4GB | ||
Storage | 64GB | ||
AI performance | 472 GFLOPS | ||
Master Control | Master Chip | STM32 F3 series | |
Inertial Measurement Unit | Provide four element navigation information of pitch, roll, heading and rotation | ||
Lidar | Scanning Radius | 0.12-25m (about 0.39-82.02ft) | |
Accuracy | ±40mm (1.57in) | ||
Augular Resolution | 0.3° | ||
Scan Rate | 10Hz | ||
Sample Rate | 14000Hz | ||
Angular Range | 0-270° | ||
Depth Camera | RGB FOV | 66.10°x40.2° | |
RGB Resolution Framerate&Frame Rate | 1280×720@30fps , 640×480@30fps , 320×240@30fps | ||
Depth FOV | 58.40°x45.5° | ||
Depth Resolution&Frame Rate | 1280×1024@7fps, 640×480@30fps, 320×240@30fps , 160×120@30fps
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Depth Distance | 0.6-8m (1.97~26.25ft) | ||
Depth Accuracy | ±3mm (about 0.12in) (Within 1 meter) (about 3.28ft) | ||
HD Camera | Amount | 1 | |
Pixel | Eight million | ||
Resolution&Frame Rate | 1920×1080，30fps(Max) | ||
Ultrasonic sensor | Amount | 2 | |
Range | 2-450mm (about 0.07~17.72in) | ||
Accuracy | 0.5cm (about 0.2in) | ||
Frequency | 20Hz | ||
Screen | Resolution | 1280×800 | |
Dimension | 7in | ||
Touchscreen | Yes | ||
Speaker | Amount | 2 | |
Microphone | Amount | 2 | |
Function Button | 1 emergency stop safety switch; | ||
