TonyPi Pro Hiwonder Humanoid Robot Development Kit with AI Vision & Raspberry Pi 4B 4GB - Buy Online in India

TonyPi Pro Hiwonder Humanoid Robot Development Kit with AI Vision & Raspberry Pi 4B 4GB

Introducing TonyPi Pro-the next-generation humanoid robot kit powered by Raspberry Pi 4 and AI vision. With smart serial bus servos, an HD camera, and a real-time IMU sensor, it delivers lifelike motion and precise pose detection. Ideal for machine vision, OpenCV, and deep learning, TonyPi Pro is your gateway to robotics innovation.

Features

Flexible Robotic Hands: TonyPi Pro features innovative, movable hands designed for precise picking and placing of small objects, making it perfect for a range of creative AI applications.

Enhanced Gait for Creative Freedom: With intelligent visual detection, TonyPi Pro can autonomously follow lines, tackle hurdles, and navigate steps, unlocking limitless movement possibilities.

Mobile App Control: The WonderPi app, available for both Android and iOS, lets you effortlessly switch game modes and enjoy various engaging AI-driven games.

Remote PC Control: Easily connect TonyPi Pro to your wireless network using the WonderPi configuration, allowing for smooth remote control via PC.

Graphical PC Software Control: Use the intuitive PC software to control servo movements by simply dragging sliders—no coding required. Customize and edit action sequences with ease.

Real-Time Voltage Monitoring: Keep track of the robot’s battery status with a live voltage display, ensuring you’re always aware of its power level.

Coordinated Group Movement: With group control via a wireless handle, you can synchronize multiple TonyPi Pro robots to move in perfect harmony, adding a fun twist to coordinated performances.

Expandable Platform: TonyPi Pro is designed for endless customization—expand it with various electronic modules to create an array of exciting robotic applications.

Smart Mobility & Autonomous Interaction Features

• Stair Navigation: TonyPi Pro uses its visual system to detect stairs ahead, enabling it to ascend and descend seamlessly.
• Autonomous Hurdle Crossing: Leveraging AI vision, it locates railings to naturally and smoothly overcome obstacles.
• Automatic Ball Shooting: By processing images with OpenCV, the robot pinpoints a ball’s position and uses a PID algorithm to track and kick it automatically.
• Intelligent Object Transport: The robot visually gauges an object's distance and precisely moves it to a designated target.

Advanced Capabilities

• Color Tracking
• Line Following
• Tag Recognition
• Facial Recognition

• Ultrasonic Obstacle Avoidance
• Touch Controls
• Fan Tracking
• Shape Recognition