AC8265 Wireless NIC for Jetson Nano This is an AC8265 Wireless NIC for Jetson Nano, WiFi / Bluetooth. The module is used to receive signals through NIC. NIC allows both wired and wireless communications. NIC allows communications between computers connected via a local area network (LAN) as well as communications over the large-scale network through Internet Protocol (IP). This module contains two antennas that are used to attract the signals. This is a dual-mode wireless NIC module applicable for Jetson Nano, which supports 2.4GHz / 5GHz dual band WiFi and Bluetooth 4.2. How to connect the Wireless NIC to the NVIDIA Jetson Nano? Remove the two screws on Jetson Nano, and detach the jetson nano. Connect the extension cable to wireless AC8265 on the IPEX connector and tighten the nuts. Remove the NIC screw onboard, and insert the wireless AC8265 into the socket. Insert the jetson nano into the socket and screw it again. Features: Chip: Intel 8265AC Bands: 2.4GHz / 5GHz Speed: 300Mbps / 867Mbps WiFi protocol: 802.11ac Bluetooth version: 4.2 NIC interface: NGFF (M.2) Antenna interface: IPEX connector Antenna Dimensions (L x D) : 190 x 13 mm Supported OS: Linux, Windows 10/8.1/8/7

ACEBOTT Bionic Biped Robot Kit for Arduino ESP32 - Electronic Toy Programming The ACEBOTT Bionic Biped Robot Kit is a great way for beginners to start with robotics. Made from aluminum alloy and using the ESP32 platform, you can build and code your own biped robot with it. The Robot Kit for Arduino ESP32 comes with simple instructions and preset coding files to guide you step-by-step using ACEBOTT Scratch or Arduino IDE. If you need help, the ACEBOTT team is there for you. The robot can perform 12 actions like kicking and following, and it moves in four directions. Plus, you get six fun masks to change the robot into characters like Santa Claus or the Monkey King for different occasions. This robot kit for kids is perfect for learning and having fun! ACEBOTT Bionic Biped Robot Kit Assembly Guide Click here ? Download Tutorial

ACEBOTT Electric Scoring & Shooting Target - QD006 Introducing the ACEBOTT Electric Scoring & Shooting Target - QD006! This fun target is great for practice with your robot. It has an electric scoring system that keeps track of your hits and gives instant feedback. It makes shooting practice more exciting and is perfect for adding some fun to your robotics projects.

ACEBOTT ESP32 4WD Smart Robot Car Kit for Arduino Check out the ACEBOTT ESP32 4WD Smart Robot Car Kit for Arduino—it’s perfect for beginners who want to get into robotics. It’s easy to use thanks to the advanced ESP32 controller board, and the 16 simple tutorials will help you learn programming and electronics while having fun with the smart car. This car is full of cool features! You can control it with an app or an infrared remote, and it can do things like take photos, recognize images, and more. Its special four-drive wheels let it move smoothly in all directions and avoid obstacles. With all these options, you’ll have a great time exploring and seeing what this smart car can do! ACEBOTT ESP32 4WD Smart Robot Car Kit for Arduino Assembly Guide Key Features: Simplified programming with 16 tutorials for easy learning. Expand your project with additional options from QD001 to QD007. Four-drive Mecanum wheels allow smooth, multi-directional movement. Accurate multi-way cruising and obstacle avoidance for smart navigation. Control the car using either an infrared remote or a mobile app. Ideal for mastering ESP32 and Arduino programming.

ACEBOTT ESP32 5-DOF Robot Arm Kit Expansion Pack - QD007 Introducing the ACEBOTT ESP32 5-DOF Robot Arm Kit Expansion Pack! This pack adds a robotic arm with 5 different movements to your setup. It lets you do more with your robot, like handling objects and performing complex tasks. Great for learning and creating new robotic designs, this kit helps you make your robotics projects more exciting and advanced.

ACEBOTT ESP32 Camera Expansion Pack for Smart Robot Car Kit - QD002 The ACEBOTT ESP32 Camera Expansion Pack for Smart Robot Car Kit - QD002 makes an excellent addition to your robot car. It has a camera that allows your robot to observe and record objects, which makes it much more enjoyable and helpful. You can use it for things like recognizing images or streaming video. It’s easy to add and will help you do even more with your robot car. If you want to make your robot car smarter, this camera pack is a perfect choice!

ACEBOTT ESP32 Intelligent Transportation STEM Kit Compatible with Arduino The ACEBOTT ESP32 Intelligent Transportation STEM Kit is designed for kids aged 8+, offering an easy and fun introduction to programming with the ESP32 controller board. It allows children to build and interact with robots, learning the basics of programming while boosting creativity. Perfect for family bonding, the kit supports three smart scenarios: smart lighting, entertainment, and temperature control. It also includes 90 minutes of teaching materials and courses that cover everything from basics to advanced topics. A great gift for kids aged 8-16, it blends education with fun and sparks interest in programming and engineering. Features Designed for kids aged 8+ to learn programming with the ESP32 controller board. Offers hands-on projects that combine education and creativity. Supports smart scenarios like lighting, entertainment, and temperature control. Includes 90 minutes of teaching materials and courses from basic to advanced levels. Promotes family bonding through collaborative STEM activities. Ideal gift for kids aged 8-16, sparking interest in programming and engineering. Applications Coding Education: Helps children improve their logic, basic programming skills, and problem-solving abilities by coding through Arduino IDE. Abundant Tutorials: Step-by-step instructions and preset coding files guide users in building and programming robots using ACEBOTT Scratch or Arduino IDE. Teacher Support: Provides 16 class hours of teaching content, complete with textbooks and PPT, reducing teachers' workload while supporting large class teaching.

ACEBOTT ESP32 IOT Weather Station Starter STEM Kit Compatible with Arduino The ESP32 IoT Weather Station Starter STEM Kit is a smart and hands-on way to learn about weather monitoring and programming. Powered by ESP32 IoT technology, this kit allows real-time weather tracking, helping you understand the application of technology in daily life. It includes 8 sensors to monitor light, UV, atmospheric pressure, raindrops, PM2.5, wind speed, temperature, humidity, and ground vibration, making it ideal for both indoor and outdoor use. The kit features strong endurance with a solar charging panel to power the battery, ensuring long-term observation. It also comes with rich teaching resources, including web and app control, along with 16 engaging courses to help you easily get started. Perfect for beginners and experienced makers, this kit makes an excellent gift for any STEM enthusiast. ACEBOTT ESP32 IOT Weather Station Starter STEM Kit Assembly Guide Weather Station Kit Functions Weather Station Kit Advantages Features Real-time weather monitoring using ESP32 IoT technology. 8 sensors for monitoring light, UV, atmospheric pressure, raindrops, PM2.5, wind speed, temperature, humidity, and ground vibration. Solar charging panel for long-lasting power and efficient energy conversion. Web and app control with ACECODE graphical mobile programming. 16 detailed courses to make learning easy and fun. Ideal for both beginners and experienced makers. Perfect STEM gift for holidays, birthdays, or educational use.

ACEBOTT ESP32 Max V3.0 Controller Board The ACEBOTT ESP32 Max V3.0 Controller Board is a smart and energy-efficient microcontroller perfect for building IoT projects. It has a fast 240 MHz dual-core processor, 520 KB of RAM, and 4MB of storage. Built-in WiFi and Bluetooth 4.2 make it easy to connect to other devices wirelessly. The ESP32 development board comes with 34 GPIO ports, allowing it to work with many different sensors and devices. This IoT controller board also has a rechargeable battery feature with five LED lights to show the battery level and charging status. Whether you’re starting a new project or upgrading an old one, this microcontroller board is a great choice! Features Type-C interface for improved compatibility and easy connections. Rich pin interface to support various project needs. Clear foot color for easy distinction and wiring. Built-in charging function for convenient battery charging. Onboard power display light to monitor battery status at all times. Pinout The figure illustrates the GPIO pins and the corresponding functions of the ESP32 Max 1.0 controller board, including ADC, DAC, PWM, I2C, SPI pins, etc. Only Input Pin: GPIO 34/GPIO 35/GPIO 36/GPIO 39 Default I2C Pin: GPIO 21?SDA?/GPIO 22?SCL? DAC Pin: GPIO 25?DAC1?/GPIO 26?DAC2?

ACEBOTT ESP32 Programmable Robot Arm Kit for Arduino If you want to learn about robots, check out the ACEBOTT ESP32 Programmable Robot Arm Kit for Arduino. It's ideal for beginners and teaches you how a robot arm works. You can control the arm in a variety of ways, including automated and manual control. This kit is really cool because you can use a joystick or control it through an app or website. It even remembers your favorite settings. Plus, you’ll get to learn ESP32 programming, which is a useful skill. It’s easy to put together and provides lots of fun, making it a great way to learn and play. ACEBOTT ESP32 Programmable Robot Arm Kit Assembly Guide Features Build Capabilities – Enhances problem-solving and creativity through hands-on assembly. Coding Knowledge – Supports ESP32 programming with Arduino IDE and Scratch for easy learning. Hands-On Ability – Encourages practical experience in robotics, electronics, and engineering. Learning Ability – Ideal for STEM education, improving logic and programming skills. Easy to Program – Beginner-friendly with support for multiple programming environments. Memory Mode – Records and replays movements for automation and learning. Three-Axis Control – Smooth and precise movement across multiple directions. Slider Control – Intuitive control via a graphical interface for easy operation.