| Customization: | Available |
|---|---|
| Application: | Aerospace Industry, Automotive Industry, Electronics Industry, Food Industry, Metal Fabrication Industry, Pharmaceutical Industry, Plastic Industry |
| Control Mode: | Continuous Path Control |
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| Item | Name | Edition | Picture | Price (USD) | product features | Experimental projects can be realized |
| 1 | MechDog | deluxe edition | |
$1,498 | 1 Support Scratch graphical programming, Python programming and C language programming 2 A variety of electronic modules are built into the controller, and rich electronic module interfaces are reserved to expand the full range of sensors 3 Equipped with vision module, can easily achieve visual recognition, video transmission and other functions 4. Provide rich learning materials, teaching documents and teaching videos to lower the learning threshold and make AI easier 5 To meet the learning and science and education practice needs of students in various institutions |
1 Body remote control: The robot dog can be controlled to complete the basic movement through the mobile phone APP, and the height and posture can be adjusted without poles during the movement to realize turning while walking. 2 Color tracking: Through the HD camera, the robot dog can capture objects of different colors and execute the system's preset procedures to automatically track the color blocks. 3 Color recognition: Through the HD camera to identify red, blue, green three colors, and let the ultrasonic RGB light up the corresponding color. 4 Face recognition: Through the HD camera, the robot dog can detect the face in the field of vision, and the robot dog will greet the other party after recognizing the face. 5 Visual line patrol: Through the HD camera to identify different color lines, and automatically track the path of these color lines, to achieve visual line patrol function 6 Ultrasonic obstacle avoidance and following: the robot dog will choose to turn and go around in obstacle avoidance mode by scanning the objects in front of it through the luminous ultrasonic sensor; Track movement is selected in Follow mode. 7 Touch control: By touching the touch sensor with your finger, the signal end of the touch sensor outputs a low level, so as to realize the movements of the robot dog such as sitting, lying down and standing on four feet 8 Group control: Multiple robot dogs can be unified control through mobile APP |
| 2 | PuppyPi Intelligent vision robot dog | flagship development version(TOF radar + sensor + robotic arm 4B/4G) | |
$1,198 | 1 Developed based on Raspberry PI, suitable for AI artificial intelligence education, learning high-end vision algorithms and multi-foot gait algorithms 2 The body adopts aluminum alloy structure, equipped with 8 hollow cup steering gear, and the footsteps are designed with connecting rod, which can easily realize free walking, up and down steps and other gaits 3. ROS system is adopted and Gazebo simulation is supported to meet the learning and verification of machine vision, machine kinematics, gait control and other algorithms 4 Support PC, mobile APP, VNC remote desktop and controller control 5 High rate lithium battery power supply, battery life of up to 60 minutes 6 Open python source code, providing 128 sections of rich teaching materials to assist users in all aspects of learning 7 With LiDAR, it can achieve Slam mapping and navigation functions, radar following and other functions |
1 Developed based on Raspberry PI, suitable for AI artificial intelligence education, learning high-end vision algorithms and multi-foot gait algorithms 2 The body adopts aluminum alloy structure, equipped with 8 hollow cup steering gear, and the footsteps are designed with connecting rod, which can easily realize free walking, up and down steps and other gaits 3. ROS system is adopted and Gazebo simulation is supported to meet the learning and verification of machine vision, machine kinematics, gait control and other algorithms 4 Support PC, mobile APP, VNC remote desktop and controller control 5 High rate lithium battery power supply, battery life of up to 60 minutes 6 Open python source code, providing 128 sections of rich teaching materials to assist users in all aspects of learning 7 With LiDAR, it can achieve Slam mapping and navigation functions, radar following and other functions |
| flagship development version (TOF radar + sensor + robotic arm Raspberry PI 5/4G) | $1,298 | |||||
| 4G upgraded to 8G cost (optional) | $100 |
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