Four-Legged Robot Dog Bionic Intelligent Programming Development Robot Remote Control Robot Dog Electronic Pet Diy Kit

Features:
1. 8 degrees of freedom flexible movement: equipped with 8 servo linkage structure, to realize complex bionic movements
2. 2.4G wireless accurate remote control: ergonomic handle design, 8 meters effective distance control at will
3. Ultrasonic Intelligent Obstacle Avoidance: real-time detection of obstacles in front, automatically avoid to ensure safe operation
4. Graphical Programming Support: HXFB software with Chinese/English interface is optional, easy to start the secondary development
5. Multi-scene action simulation: built-in standing, handshake, push-ups and other rich action, fun
6. Acrylic lightweight body: sturdy and durable materials to ensure flexible movement and reduce the burden at the same time

Parameter:
Product name: quadruped bionic mechanical dog kit
Programming software: HXFB graphical programming
Power supply: two lithium batteries (7.4V)
Maximum working current: 约2.2A@7.4V
Body material: black acrylic
Control mode: 2.4G handle control
Control distance: about 8m
Download program interface: Type C

Description:
1. Based on the robot dog servo expansion board and HXFB graphical programming core board development of the robot dog. Bulk DIY without welding, fun to put together, provide information and video tutorials.
2. Body with acrylic lightweight design, and equipped with 8 servos, legs with linkage structure design, flexible and rich action. 2.4G wireless remote control, you can easily realize the free walking, forward, backward, turn left turn right turn, upright, standing, handshake, sit down, get down, push-ups, frog jump and so on.The head of the robot dog is equipped with HXFB super sonic obstacle avoidance module, real-time detection of the front automatically avoid obstacles.
3. The main control is based on HXFB 32-bit graphical processor, supports secondary development, provides HXFB graphical programming software can develop their own dance moves, through the visualization of the instructions to design the exclusive action and interaction logic, to develop programming thinking and creativity.