Waveshare USB to CAN-A Adapter with STM32 Chip Solution The Waveshare USB to CAN-A Adapter is a high-performance USB CAN adapter designed with an STM32 chip solution, offering robust and reliable CAN bus communication. This versatile adapter supports multiple working modes, including standard, silent, loopback, and listen-only modes, making it ideal for various CAN bus applications such as data collection, monitoring, analysis, and transceiver control. With its USB CAN adapter STM32 chip architecture, it ensures stable operation and efficient data exchange between the CAN bus and your PC. The device is compatible with multiple operating systems, providing flexibility for developers and engineers working on CAN bus networks. Whether for industrial automation, vehicle networking, or research projects, the Waveshare USB to CAN-A Adapter STM32 chip delivers a seamless solution for real-time CAN bus data acquisition and management. This All-new version Adapter supports Windows XP/7/8/10/11 And Linux Systems Such as Raspberry Pi OS and Ubuntu Under Jetson Nano, Support Secondary Development. Features: Supports both CAN2.0A (regular frame) and CAN2.0B (extended frame). CAN baud rate is adjustable in the range of 5Kbps to 1Mbps Supports four operating modes: standard mode, loopback mode, quiet mode, and silent loopback mode. Multiple CAN data transmission modes are supported, including manual, regular, and cyclic transmitting. Supports several CAN data receiving modes: can be configured to exclusively accept data from a specific ID, or specify ID to automatically respond to the configured data Data can be stored as either TXT or Excel. Supports CAN bus detection for status checks. Sending/receiving CAN data with time scale enables sequential display. The USB virtual COM port's baud rate can be set between 9600 and 2000000bps (the default is 2000000bps). Configure working parameters via software or serial command, which can be saved even after power off. The STM32 chip solution ensures robust and dependable connection. The onboard TVS (Transient Voltage Suppressor) effectively reduces surge voltage and transient spike voltage in the circuit. Comes with master computer software for Windows system, simple to use. Easy secondary development; simply tweak the sending and receiving commands.

Waveshare WAVEGO 12-DOF Bionic Quadruped Robot Dog Powered by ESP32 The WAVEGO is a high-DOF bionic quadruped robot dog intended for STEM education, advanced robotics research, and AI development. Its multi-link leg design with 12 degrees of freedom improves its stability and flexibility while simulating natural movements. WAVEGO Bionic Robot Dog effectively manages inverse kinematics and gait creation, lowering the computing burden on the host controller thanks to its ESP32 sub-controller. High-level AI applications can be integrated to facilitate computer vision tasks including object tracking, motion detection, and facial recognition. The WAVEGO Robot Dog's lightweight, sturdy aluminum alloy and nylon construction guarantee robustness while preserving a small, tabletop-use design. A front camera, a 9-axis motion tracker, RGB indicators, and an open-source, cross-platform web application for smooth remote control are all included with this AI robot dog. The WAVEGO 12-DOF Robot Dog is a robust platform for robotics enthusiasts, researchers, and developers wishing to investigate AI-powered quadruped robotics because it enables secondary development and has reserved expansion APIs, thorough documentation, and open-source demo programs. Features: Enhanced Flexibility with High-DOF Motion Inverse kinematics with a 12-DOF multi-link leg design maximize servo efficiency and movement accuracy. Compact & Durable Structure Made of PA12 polyamide and 5052 aluminum alloy, with 40 bearing joints for reinforcement, it is lightweight and strong for long-lasting use. Self-Balancing System for Stability Self-balancing is made possible via an integrated high-precision 9-axis motion tracker (ICM20948), which keeps the camera steady while adjusting to various terrains. Web-Based Remote Control Enables automatic WiFi hotspot creation at startup, doing away with the need for human configuration. Install no extra software and use a PC browser or smartphone to access the control panel.

Waveshare WAVEGO EX 12-DOF Bionic Quadruped Robot Dog Powered by ESP32 & Raspberry Pi 4B 4GB The WAVEGO is a high-degree-of-freedom (DOF) bionic quadruped robot dog designed for advanced robotics research, AI development, and STEM learning. Its 12-DOF multi-link leg design enhances its flexibility and stability and mimics natural movements. Powered by ESP32 as the sub-controller, WAVEGO Bionic Robot Dog efficiently handles gait generation and inverse kinematics, reducing the computational load on the host controller. For high-level AI applications, an optional Raspberry Pi 4B can be integrated to enable computer vision tasks such as facial recognition, motion detection, and object tracking. Built with a lightweight yet durable aluminium alloy and nylon structure, WAVEGO Raspberry Pi Robot Dog ensures strength while maintaining a compact design suitable for tabletop use. This AI Robot Dog comes equipped with a front camera, a 9-axis motion tracker, RGB indicators, and an open-source, multi-platform web application for seamless remote control. With reserved extension interfaces, comprehensive documentation, and open-source demo codes, the WAVEGO 12-DOF Robot Dog supports secondary development, making it a powerful platform for robotics enthusiasts, researchers, and developers looking to explore AI-powered quadruped robotics. Note: Raspberry Pi 4 is not included in the package. It must be purchased separately for advanced AI applications. Features Enhanced Flexibility with High-DOF Motion Features a 12-DOF multi-link leg design combined with an inverse kinematics algorithm, maximizing servo efficiency and movement precision. Compact & Durable Structure Constructed with 5052 aluminum alloy and PA12 nylon, reinforced with 40 bearing joints, ensuring a lightweight yet robust build for long-lasting performance. Self-Balancing System for Stability Integrated high-precision 9-axis motion tracker (ICM20948) enables self-balancing, adapting to different terrains while keeping the camera stable. 5MP Ultra-Wide Camera for AI Vision Equipped with a 160° wide-angle 5MP camera, supporting OpenCV-based AI functions like facial recognition, colour tracking, and motion detection. Web-Based Remote Control Automatically creates a WiFi hotspot at startup, eliminating the need for manual setup. Access the control panel via a smartphone or PC browser without installing additional apps. Optimized Performance with Dual-Controller System Supports Raspberry Pi as a host controller, communicating with the ESP32 sub-controller via UART. The ESP32 efficiently handles gait generation and inverse kinematics, freeing up Raspberry Pi resources for advanced AI development.

Windmill DIY Kit A Windmill DIY Kit is a kit that allows people to construct their own windmill. For children, constructing a windmill from a DIY kit can be a fun and educational project. The process of building a windmill allows for hands-on experience with the various components that comprise a windmill. This DIY kit consists of a small plastic fan, a 9V battery with a battery cap, a toy motor and a 2-pin SPST switch. This DIY windmill can also be used as a small fan. Applications: Mini Fan DIY Windmill

Wooden Educational Puzzle Tracking DIY Car Kit for STEM Learning The Wooden Educational Puzzle Tracking DIY Car Kit is a hands-on STEM learning experience designed to introduce children to the fundamentals of traction control and automotive engineering. Perfect for young minds curious about how vehicles work, this DIY kit lets kids build their own motorized car while exploring key concepts in electronics, mechanics, and stability systems. Assembling the tracking car helps children develop problem-solving skills, critical thinking, and a practical understanding of how traction control enhances a vehicle’s performance. With all components included, this engaging DIY car kit offers a fun and rewarding way to boost confidence, spark curiosity, and inspire a lasting interest in science and engineering. Features Encourages hands-on skills and sparks creative thinking in kids Simple to assemble, giving children a rewarding sense of achievement Builds a strong foundation in scientific concepts through play Stimulates curiosity and nurtures a genuine interest in learning How to Assemble

Wooden Wireless Remote-Control DIY Car Kit for Kids The Wooden Wireless Remote-Control DIY Car Kit for Kids by Iotcart is a fun and educational STEM toy designed to spark curiosity and inspire learning through hands-on exploration. Made from eco-friendly wood, this DIY kit helps children develop essential skills in science, technology, engineering, and mathematics (STEM) as they build their very own remote-controlled car. It promotes creativity, logical thinking, and problem-solving in a playful and engaging way. Perfect for parents and educators seeking an alternative to screen-based entertainment, this kit keeps kids entertained while helping them discover the joy of making and learning. With easy assembly and wireless control, it’s an excellent gift for young minds eager to explore and innovate! Features: Toys that simulate scientific experiments help children develop practical skills. Make your own little toys and develop your creative skills. Choose high-quality green environmental wood that is safe and eco-friendly. The following concepts are covered: radio transmission and reception, gear action, and motor principle.