XiaoR GEEK ESP32 Bionic Hexapod Robot STEM science programmable AI smart robot development kits

XiaoR Hexapod E1 hexapod robot is a hexapod bionic robot based on ESP32. Through inverse kinematics algorithm, it can vividly imitate the gait of hexapod creatures in nature, which is very interesting.
The product realizes wireless remote control through WiFi, and uses APP to control. You can install the APP on Android phones and tablet devices for control.
This product has the function of video image transmission, which can transmit the video image collected by the robot eye (camera) to the control terminal for display in real time.
The robot can simulate the front, back, left, right, rotation, translation, dance, climbing and other actions of six-legged creatures, which is very suitable for science museums, campus science and technology festivals, science demonstrations and performances, robot racing competitions and robot skills competitions, etc. race.
This product supports Scratch graphical programming software (XR Block), which is suitable for young children to learn programming courses.
This product also provides secondary development SDK code, open API for users to call, the secondary development uses Arduino IDE, an open source hardware development platform widely popular among makers, and you only need to simply learn the basic programming operations of Arduino, and you can easily get started with this robot The secondary development of actions can be used as an artificial intelligence laboratory training platform for professional colleges and universities such as electronic information, artificial intelligence, Internet of Things, computer, and automation.
This course will start with the introduction of basic robot parameters, and then guide you through robot motion control, graphical programming, secondary development environment construction, source code analysis, and knowledge of robot kinematics/inverse kinematics. Learn valuable robotics knowledge by playing.
The product uses Arduino C language programming, and provides secondary development source code SDK and supporting course materials and online video courses, which are easy to get started and develop.

Key technologies: C language/Arduino/kinematics algorithm/inverse kinematics algorithm