Bionic Quadruped Robot Spider Robot White Assembled For Graphical Programming Obstacle Avoidance

Bionic Quadruped Robot Spider Robot White Assembled For Graphical Programming Obstacle Avoidance

Description:
It is an educational product for young people's artificial intelligence robot programming. Graphical programming makes it easy to learn programming.

Features:
- AI programming education quadruped bionic robot
- C language programming/for Scratch graphical programming
- Hello Maker Code based on that for Scratch 3.0, aimed at customers of programming teaching and learning. Provide graphical programming teaching materials and programming software, provide graphical programming example code, can learn programming knowledge independently, and provide technical support services
- For professional developers, provide the main controller schematic diagram, C language (based on open source hardware for Arduino UNO development, compilation environment for Arduino IDE) source code, support secondary development
- Mobile APP wireless programming control for Android system. Provide a wireless Bluetooth remote control mobile phone APP, which can make the quadruped robot: crawl in different directions, turn forwards, turn backwards, push-ups, shaking hands, and stand upright. You can also edit custom actions
- Programme to control the robot via the mobile APP. By editing and controlling the designation of each servo on the APP, let these servos run uniformly, and make the action group you want
- Personalized action design: computer-side action editing software, you can design the actions of each joint through the computer, add these actions to form an action group, and design your own actions
- APP interactive mode: push-ups, forward flips, reverse flips, handshake, creep forward, backward, and rotate in place
- Serial bus digital servo: High torque, serial bus interface, servo ID recognition, 8 working modes, support angle readback, temperature, voltage feedback, intelligent anti-blocking, complete serial protocol, metal gear, forever free upgrade and support customization. Long life, small vacancy, and large torque. Small dead zone, imported high-precision metal gears

Product Specifications:
- Product name: Hello Maker four-legged crawling bionic robot
- For people: Age 8+ (teenagers should learn programming with the accompaniment of an adult) and professionals who study programming in scientific research experiments
- Main controller: Hello Maker H 1 main controller
- Programming environment: For Hello Maker Code (based on compiled software for Scratch 3.0) /Arduino IDE (C language for secondary learning and development) /Hello Maker APP (APP for Android, Bluetooth wireless programming control)
- Sensors and electronic modules: serial bus servo*8, PWM servo*1, ultrasonic sensor*1
- Working voltage: 6~8V
- Power supply mode: dedicated lithium battery power supply
- Transmission method: Bluetooth/USB
- Working temperature: -10℃ to 50℃
- Graphical programming materials: With
- Other development materials: open schematic diagram, C language source code, provide mobile phone APP, Hello Maker Code graphics
- Programming software, Hello Maker bionic robot motion editing software, other development materials for secondary development
- Scalability: Compatible with other Hello Maker programming educational mechanical structures in this shop, sensor electronic module set
- Product size: as shown in the picture
- Product weight: 1.26kg

Serial Bus Servo Parameters:
- Product weight: 55g
- Product size: 39*20*40mm
- Rotation speed: 0.16sec/60° (4.8V); 0.15sec/60° (6V)
- Locked-rotor torque: 15kg.cm (6V); 17kg.cm (7.2V)
- Storage: Store user settings when it is powered off
- Gear type: metal
- Working voltage: 5-8.4V
- Servo accuracy: 0.24°
- Servo mode: 180°/270°, adjustable speed
- Motor mode: fixed circle/timing
- Servo ID: 0-254 user setting
- Readback function: support
- Matching line length: 14cm
- Control mode: serial port command
- Communication baud rate: 115200
- Parameter feedback: temperature, voltage, position

Instructions for Use:
The PWM pulse width type adjusts the angle, the cycle is 20ms, and the pulse width level with the duty cycle of 0.5ms~2.5ms corresponds to the angle range of the servo 0°~180°, and it has a linear relationship. Usually the servo controller uses 500~2500 values corresponding to the range of 0.5ms~2.5ms duty cycle of the servo control output angle, so the control accuracy of the servo is 3us, and the control accuracy can reach 0.3° within the range of 2000 pulse width.

Attention: Avoid stalling when using the servos. It will cause the internal current to increase by more than 7 times due to the blocking of the servos, and the temperature will increase, which will cause the servos to burn out.

Package Included:
- 1 x Set of Assembled Robot

Note:
- It is assembled and ready to use.