Category: Robots with ESP32
Robots with ESP32
Robots based on the ESP32 microcontroller represent a modern solution for electronics enthusiasts, robotics developers and DIY project creators. The ESP32 platform offers high computing performance, a dual-core processor and built-in Wi-Fi and Bluetooth connectivity, enabling the development of remote-controlled and autonomous robotic systems. Thanks to broad software support and compatibility with popular programming environments such as Arduino IDE and ESP-IDF, ESP32 robots allow rapid prototyping and development of custom control algorithms. These platforms are widely used in educational projects, mobile robotics experiments, IoT systems and advanced autonomous constructions developed by both hobbyists and professionals.
There are 7 products.
Waveshare 32193 quadruped robot in WAVEGO Pro PI5 KIT version with 12 degrees of freedom, serial bus servos with feedback, 9-axis IMU ICM20948, 5MP 160° camera, and integrated Raspberry Pi 5 as a host controller. Designed for inverse kinematics, posture stabilization, image processing, and wireless control via web interface with motion recording and playback (JSON), suitable for education, research, and mobile robotics projects. Waveshare PI5 WAVEGO Pro KIT (EU)
No product available!
Waveshare 32191 quadruped robot in WAVEGO Pro EX version with 12 degrees of freedom, serial bus servos with feedback, 9-axis IMU ICM20948, 5MP 160° camera, and support for Raspberry Pi as a host controller. Designed for inverse kinematics, posture stabilization, image processing, and wireless control via web interface with motion recording and playback (JSON), suitable for education, research, and mobile robotics projects. Waveshare RPI WAVEGO Pro ACCE (EU)
No product available!
Waveshare 32189 WAVEGO Pro BASIC quadruped robot with 12 degrees of freedom, equipped with serial bus servos with feedback and a 9-axis ICM20948 IMU sensor, based on the ESP32-D0WDQ6-V3 controller. The design enables inverse kinematics implementation, posture stabilization, and wireless control via a web interface with motion recording and playback (JSON), intended for educational, research, and mobile robotics projects. Waveshare WAVEGO Pro (EU)
No product available!
Advanced hexapod robot with 18 degrees of freedom powered by the ESP32-WROOM-32 microcontroller. The design uses serial bus servos with 30kg.cm torque, an ICM20948 IMU sensor, vector motion control and self-balancing functionality. The open source platform allows expansion with Raspberry Pi and development of custom control algorithms. Waveshare HexArth (EU)
No product available!
An educational kit for building a humanoid robot equipped with 17 bus servos, enabling complex movements such as walking and gestures. The platform uses the Seeed Studio XIAO ESP32S3 microcontroller with Wi-Fi and Bluetooth LE connectivity, enabling integration with IoT projects and remote control. The system offers a web-based motion editor for visual programming of servo positions and saving sequences in JSON format. The open design and UART communication enable compatibility with platforms such as Raspberry Pi, Arduino, ESP32, and STM32. Seeed Studio 100092737
No product available!
A humanoid robotic platform with 10 degrees of freedom designed for learning robotics, motion control, and embedded system programming. The robot utilizes 10 Fashionstar RA8-U25H-M bus-based servos and a XIAO ESP32S3 microcontroller with Wi-Fi and Bluetooth LE connectivity. The system enables wireless control, motion sequence programming, and compatibility with platforms such as Raspberry Pi, Arduino, STM32, and ESP32 via a UART interface. The open design, based on 3D printed components, and a browser-based visual motion editor make it easy to create and modify robot animations. Seeed Studio 100064698
No product available!
An educational platform combining the features of a bipedal robot and a wheeled vehicle, enabling the learning of robotics, motion control, and stabilization algorithms. The robot utilizes brushless 2208 gimbal motors controlled using FOC technology, providing precise torque, velocity, and position control. A design based on a full-body kinematics model and an adaptive stabilization algorithm enables dynamic balancing and movement on uneven terrain. Seeed Studio 100090157
No product available!
Performance and capabilities of the ESP32 platform in robotics
ESP32 is a powerful microcontroller that forms the foundation of many modern robotic platforms. Thanks to its dual-core processor, high clock frequency and built-in Wi-Fi and Bluetooth connectivity, it enables the development of advanced robot control systems. Its compact size, low power consumption and broad communication capabilities make ESP32 suitable for both simple educational projects and more advanced autonomous robotic systems. Many robots available in our offer use this microcontroller as the main element of the control system, enabling the development of custom motion algorithms, communication methods and sensor data processing.
Popular robot kits with ESP32
Our offer includes a variety of robotic kits based on the ESP32 platform. These constructions include mobile wheeled robots, walking robots and advanced educational platforms designed for experimenting with control algorithms and mobile robotics. Such kits allow users to learn programming, integrate sensors, cameras and communication modules, and develop their own robotic projects. Thanks to the flexible hardware architecture of the ESP32 platform, users can easily expand their constructions with additional functions and extension modules.
Why choose robots with ESP32?
Robots based on ESP32 offer an excellent balance between performance and cost, making them an attractive solution for both beginners and more advanced users. The platform provides fast data processing, stable wireless communication and wide software support in popular environments such as Arduino IDE and ESP-IDF. Extensive documentation and a large user community make it easier to start working with these platforms and to develop projects in robotics, IoT systems and autonomous mobile platforms.