ACEBOTT QD023 Motion-Sensing Glove with Encoders & Accelerometer & Enhanced ESP32 Controller The ACEBOTT QD023 Motion-Sensing Glove with Encoders & Accelerometer & Enhanced ESP32 Controller is a next-generation motion control glove designed for precise, intuitive robot interaction. Equipped with 5 encoders and an accelerometer, it delivers accurate real-time tracking of finger movements and hand tilt, enabling seamless gesture-based control. Powered by an integrated ESP32 controller with Bluetooth connectivity, this glove eliminates the need for external modules and offers full Arduino compatibility for custom projects. It comes preloaded with control code, accompanied by step-by-step tutorials for effortless integration with ACEBOTT robot kits. Built for convenience, the glove arrives fully assembled, runs on 4x AAA batteries, and features user-focused enhancements such as a Type-C USB port, upgraded PH 2.0 connector, and improved finger length for better fit and comfort. Crafted from durable materials, it ensures both performance and long-lasting wear, making it the ideal choice for robotics enthusiasts, educators, and developers. ACEBOTT QD023 Motion-Sensing Glove Assembly Guide Features: Enhanced Interactive Control Motion-sensing gloves allow for easy, gesture-based control of ACEBOTT robot kits. Offers a more natural, immersive experience than standard input devices such as keyboards and controllers. Precision and Accuracy Includes a sophisticated ESP32 controller, 5 encoders, and a single accelerometer for precise motion tracking. Allows for Bluetooth-enabled, real-time robot control with exceptional accuracy, making it ideal for STEAM instruction. The open-source, Arduino-compatible design enables secondary development and custom creations. Hands-Free Operation Motion sensors allow for smooth interaction with robots that do not have physical controllers. Improved design with an integrated ESP32 controller, Type-C USB connection, and an ergonomic fit for better comfort and performance. Comprehensive Tutorials and Plug-and-Play convenience Contains pre-configured code and step-by-step instructions for simple integration with ACEBOTT robot kits. Fully constructed and ready to use, powered by four AAA batteries, allowing students rapid hands-on learning.

ACEBOTT QD102 MP3 Expansion Pack for SharkBot Smart Car Kit The ACEBOTT QD102 MP3 Expansion Pack is a dedicated audio accessory for the QE028 SharkBot Smart Car Kit, designed to bring your projects to life with sound. Equipped with a microprocessor, memory, and an audio decoder, this module plays MP3-format audio files with ease. Controlled via serial communication, it can deliver realistic sound effects, background music, and voice prompts, making your SharkBot not just smart, but also interactive and engaging. Whether you’re building an educational project or a fun robotics application, the QD102 MP3 module adds a dynamic auditory dimension to your creations. Features: MP3 Playback: A built-in MP3 decoder plays music or sound effects stored on a microSD card. Offline Voice Recognition: Accepts custom voice triggers locally—no internet connection required—to activate specified actions. Audio Feedback and Interaction: Allows voice-command-driven actions and spoken responses, making the robot more interactive and engaging.

ACEBOTT QE028 SharkBot Smart Car Kit Compatible with Arduino, Python, & ACECode The ACEBOTT QE028 SharkBot Smart Car Kit is an advanced AI-powered robotic car built around the high-performance ESP32-S3 controller, offering seamless compatibility with Arduino, Python, and ACECode. Designed for both beginners and robotics enthusiasts, SharkBot combines offline voice recognition, 4-way line tracking, obstacle avoidance, and precise N20 motor control to deliver a complete hands-on STEM learning experience. Its modular design allows easy expansion via I2C and servo ports, enabling the addition of sensors, actuators, and AI modules. Users can control SharkBot through Wi-Fi, infrared remote, or a dedicated mobile app, while customizable RGB lights bring interactive visual feedback to every movement. With built-in battery monitoring and fast Type-C charging, SharkBot ensures uninterrupted exploration and creativity in robotics. ACEBOTT QE028 SharkBot Smart Car Kit Assembly Guide Features: Offline voice recognition (customizable voice commands with ACECode) 4 Way Line Tracking and Obstacle Avoidance Infrared Remote Control with Battery Level Display I2C and servo expansion ports allow for endless customization.

ACEBOTT QE032 TruckBott Smart Car Kit with ESP32 Controller Supports Arduino, ACECode & Python | STEM Classroom & Home Education – Year 5 Level 2 The ACEBOTT QE032 TruckBott Smart Car Kit is a versatile DIY RC car kit designed for hands-on STEM learning. Students can build either a Forklift to simulate material handling or an AGV Rover for autonomous transport experiments. It can also integrate with the QE031 Smart Factory Kit, creating a complete smart factory ecosystem for real-world IoT applications. Perfect for classrooms and home learning, the modular design ensures easy assembly and interactive demonstrations. This RC toy car kit includes a 16-lesson curriculum with detailed textbooks and ready-to-use PowerPoint slides, providing a structured approach to robotics and smart factory education. Supporting voice control, Blockly visual programming, Arduino, and Python, the QE032 offers students a comprehensive, practical experience in robotics programming, automation, and IoT systems. Features: Powered by ESP32-S3 microcontroller for flexible applications. Dual structural designs: Forklift or AGV Rover. Integrates with QE031 Smart Factory Kit for a complete IoT system. Modular construction for easy assembly and classroom use. 16-lesson curriculum with textbooks and PPT slides. Supports voice control, Blockly, Arduino, and Python programming. Ideal for STEM education, hands-on learning, and interactive demos.

ACEBOTT QE035 IOT Smart Home Display Kit for STEM Education - Year 1 The ACEBOTT QE035 IoT Smart Home Display Kit is part of the STEM Education series, designed to provide a structured and progressive learning experience across 6 academic years. This kit introduces students to smart home technology, offering the opportunity to build 8 projects on a display map, showcasing their learning results. It is perfect for the first semester of study in the series, combining hands-on construction with programming lessons. The kit covers a wide range of educational values, including structural construction, programming, Bluetooth/WiFi control, and app development, all centered around a smart home theme. It is ideal for classroom or school teaching and allows students to exhibit their achievements through interactive displays. Features Part of the STEM Education series with a 6-year progressive learning path. Allows building 8 projects simultaneously on a display map to showcase results. Focuses on smart home technology, combining construction and programming. Includes Bluetooth/WiFi control for enhanced interactivity. Offers app development opportunities for students. Suitable for classroom and school teaching. Encourages interdisciplinary knowledge and hands-on learning. Provides an achievement exhibition for students to display their work.

ACEBOTT Smart Factory STEM Education Kit Level 1 The ACEBOTT Smart Factory STEM Education Kit Level 1 is a fun and interactive way for students to learn and create. This 3-in-1 kit helps them build over 10 small projects, including robotic arms, production lines, and automated warehouses. It’s a great way to explore programming, electronics, and engineering while improving creativity and problem-solving skills. The STEM kit is designed for long-term learning, with projects that can be done over six school years. It uses strong wooden parts and includes a map scene to make learning more exciting. Perfect for students and teachers, this STEM learning kit makes technology easy to understand and fun to use. ACEBOTT Smart Factory STEM Education Kit Level 1 Assembly Guide Features 3-in-1 kit with projects like robotic arms, production lines, and automated warehouses. Includes over 10 small projects for hands-on learning. Helps students learn programming, electronics, and engineering concepts. Durable wooden components for long-lasting use. Designed for a six-year progressive learning path with engaging themes. Includes a map scene for interactive and fun project displays. Encourages creativity, problem-solving, and STEAM skills.

ACEBOTT TinkerBott Smart Car Starter Kit Compatible without BBC micro:bit V2 The ACEBOTT TinkerBott Smart Car Starter Kit is an exciting and beginner-friendly way to explore the world of coding, robotics, and STEM education. Designed for use with the BBC Micro:bit V2, this kit lets you program your smart robot car to drive, follow lines, avoid obstacles, and operate through multiple control modes including infrared remote and smartphone app. Its LEGO-compatible structure encourages creativity and customization, while the quick 2–3 minute assembly makes it perfect for young learners and hobbyists. With 16 engaging, story-based tutorials and 24-hour technical support, this starter kit provides an interactive, hands-on learning experience that makes programming fun and accessible for all skill levels. Features: Show different hues and smooth gradients on the robot's head. The robot automobile uses distance sensors to detect and avoid obstructions. For basic line-following tasks, it follows either black or white lines. The integrated IR remote controls mobility, obstacle avoidance, and RGB lights. Control movement and features via the ACEBOTT app or web interface. The smart car's built-in light sensor detects and follows light sources. Increase functionality with LEGO-compatible ports and sensor integration. Includes three IO ports for servos and sensors, one I2C interface for more complicated modules, and clearly labeled pins and connectors for easy customization.

ACEBOTT Wireless Controller for Robot Car kit with Bluetooth Controller Expansion Pack The ACEBOTT Wireless Controller Expansion Pack is the perfect addition to your ESP32 robot car kit, providing intuitive wireless control for all your robotic projects. This Bluetooth controller features a user-friendly design with a responsive joystick and clearly labeled buttons that make controlling your robot car simple and precise. The controller is specially designed to work seamlessly with the ACEBOTT Explorer Series and other ESP32-based robotic projects, eliminating the need for complex programming or setup. Students can focus on learning robotics concepts rather than struggling with control mechanisms. Built with durability and convenience in mind, this wireless controller comes with a rechargeable 800mAh battery that provides up to 8 hours of continuous operation on a single charge. The controller connects via Bluetooth with a stable range of up to 10 meters, giving students freedom to control their robot cars from a comfortable distance. Its compact size makes it ideal for classroom environments, and the plug-and-play functionality means you can start using it immediately with compatible ESP32 robot kits. Whether you're a beginner learning basic movement controls or an advanced student working on complex robotic projects, this controller provides the reliable wireless connection you need for successful experimentation and learning. Features: Bluetooth wireless connectivity with up to 10 meters range Rechargeable 800mAh battery with 8 hours continuous operation Compatible with ACEBOTT Explorer Series and ESP32 robot projects Responsive joystick for precise directional control Simple button layout with clearly labeled functions Plug-and-play design requires no additional programming Compact size (12.5 x 8.5 x 3.5 cm) for easy handling and storage

Acrylcoat Conformal Coating for PCB Assemblies Solderable 500ml Conins Acrylcoat is a high quality, transparent, acrylic base, conformal coating PCBs. Acrylcoat ensures protection for PCBs and components against Moisture, dust, oxidation etc. in extremely humid conditions. It is very fast drying (<10 mts.) and gives a smooth glossy finish to the PCBs. High Dielectric strength of Acrylcoat prevents any high voltage arcing or corona shorts. Acrylcoat has UV Tracer to facilitate Inspection. Apply: Aerosol Acrylcoat keeping a distance of about 20cm from the PCBs. It protects assembled PCB from moisture.

Acrylic 6WD Curious Rover Chassis DIY Robotics Kit The Acrylic 6WD Curious Rover Chassis (Black) is a sturdy, high-quality DIY robotic platform designed for hobbyists, students, and makers building all-terrain robot rovers. Built using precision laser-cut acrylic, this chassis provides a sleek finish along with excellent structural strength. The wider wheels paired with six BO motors (150 RPM) offer strong traction and stability, making it suitable for uneven surfaces and outdoor experimentation.Its standout feature is the rocker-bogie suspension system, similar to what is used in real Mars rovers, allowing smooth movement across obstacles. The chassis includes ample mounting space and pre-cut slots for placing components like Arduino boards, motor drivers, batteries, servos, and ultrasonic sensors (components not included). Whether you're building a school project, a rover prototype, or exploring robotics, this kit delivers reliability, learning value, and a fun hands-on experience. Features: Durable laser-cut acrylic chassis designed for strength and a clean finish. 6WD mechanism with rocker-bogie suspension for smooth all-terrain mobility. Includes six 150 RPM BO motors and wide rubber-grip wheels for better traction. Spacious layout with multiple pre-cut slots for mounting controllers and sensors. Includes ultrasonic sensor holder and servo holder (sensor and servo not included). Ideal for robotics learning, prototyping, and DIY rover projects. Lightweight yet strong construction suitable for both indoor and outdoor use. Easy assembly with included screws, clamps, spacers, and nut-bolt pack.