Hiwonder Hexapod Robot - programmable Arduino robot with AI voice control and extendable sensors
Arduino programming, open source
The hexapod robot is compatible with Arduino programming. The programs for the hexapod robot are open source, and learning tutorials and advanced development examples are available, which simplifies the process of developing your own robot.
High performance, support for sensor expansion
The hexapod robot is equipped with an ultrasonic sensor with lights, a dot matrix module, intelligent servo motors on the bus and other high-performance hardware components. In addition, it provides several extension ports for the integration of sensors such as accelerometer, touch sensor, sound sensor and others, giving users the opportunity to realize complex secondary developments.
Versatile control options
The hexapod robot supports PC software control, mobile app control and wireless gamepad control.
Product description
The hexapod robot is a programmable hexapod robot with 18 degrees of freedom. Using the included Android or iOS application, it can easily perform walking, climbing, dancing and many other movements. With the version equipped with an extension kit for sensors, you can achieve secondary development through Arduino programming. Detailed tutorials and open source code are available for learning.
Dual control system
The hexapod robot has a dual dynamic control system. The combination of the servo controller on the serial bus and the Arduino development board for secondary development opens up a high level of flexibility and creativity in design.
Tripod walking design
The hexapod robot adopts a tripod-type gait, which ensures high stability on various surfaces and easily meets the requirements of different usage scenarios.
Servomotors on the high voltage bus
The hexapod robot is equipped with intelligent servomotors on the high-voltage serial bus, together with high-precision potentiometers, which guarantees high accuracy and improved linearity. In addition, the servomotors use durable metal gears, which significantly increases the life of the robot.
Sensor expansion support
The hexapod robot features an alloy back support, designed with dedicated holes for mounting additional electronic modules, allowing for more creativity and development projects.
Can realize scenarios like:
- Overcoming obstacles
- Color recognition
- Navigation in the labyrinth
- Overturned walk
- Autonomous tracking
- Fall detection
- Touch activated defense
- Distance measurement and display
- Sound control
- Voice interaction
- Voice messages (voice broadcasting)
- Voice control
Control via PC software
The hexapod robot comes with a graphics software for PC. Users can easily control the robot's servo motors and design groups of actions by simply dragging some sliders, without the need to write code.
Control via mobile application
Through the dedicated application, users can control the robot very simply, using intuitive buttons and sliders.
Control via wireless controller
The hexapod robot supports wireless controller control and can connect to the robot via Bluetooth for real-time control.
Smart servomotors on the high voltage bus
Compared to 7.4 V servo motors, the 11.1 V bus servo motor reduces the current by more than 60 percent, improving the robot's autonomy. Lower energy consumption, longer operating time. The servo motor on the bus also allows a much more orderly wiring of the robot's body.
Compatible with Arduino control system
The powerful combination of the servo motor controller on the serial bus and the Arduino compatible development board for secondary development takes the hexapod robot to a new level of performance and extensibility.
TECHNICAL SPECIFICATIONS
