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.

Acrylic Case Shell for DIY DSO138 Oscillator Kit This set of DIY cover is greatly designed for DSO138 oscilloscope, which can efficiently protect the meter. This is a case cover for the DSO138 oscilloscope. The DSO138 oscilloscope is not included. This is a special DIY acrylic case for the DSO138 oscilloscope and it includes 9 pieces and 1 bag of case accessories. It is a function of design which this fits, all the parts were cut correctly and fit perfectly when assembled. The DSO138 oscilloscope kit uses an ARM Cortex-M3 processor (STM32F103C8), and includes a 2.4-inch color TFT display screen, which can be used as the ARM test development board. It can be secondary development on the basis of this kit, for example, it can be changed to a Milli voltmeter, and data loggers.

Advanced Digital Electronics Kit Iotcart has curated the Advanced Digital Electronics Kit for those enthusiasts and students who are well versed with the concepts of boolean algebra and can understand the world of 0's and 1's. This advanced kit will dwell deeper into the domain of digital electronics with flip flops, shift registers, counters, 7 segments, multipliers, and more. Along with the kit, you will also get a Manual designed for Advanced Digital Electronics kit to guide you and challenge you with experiments. Led[Light-emitting diode]: LED is an abbreviation for light-emitting diode. LED lighting products use up to 90% less energy than incandescent light bulbs. An electrical current flows through a microchip, illuminating the tiny light sources known as LEDs, resulting in visible light. Breadboard: A breadboard (also known as a plug block) is used to create temporary circuits. It is beneficial to designers because it allows components to be easily removed and replaced. It is useful for someone who wants to build a circuit in order to demonstrate its operation and then reuse the components in another circuit. Breadboard Power Supply: The 3.3V/5V Breadboard Power Supply Module has a multi-purpose female USB socket as well as dual 5 V and 3.3 V power rails. The 3.3V/5V Breadboard Power Supply Module is designed to fit snugly into a standard 400 or 800 tie-point breadboard. Multimeter: ?A multimeter is a measuring device that can measure a variety of electrical properties. A typical multimeter can measure voltage, resistance, and current, and is also known as a volt-ohm-milliammeter (VOM) because it includes a voltmeter, an ammeter, and an ohmmeter. Resistor: A resistor is a component of an electronic circuit that limits or regulates the flow of electrical current. Resistors can also be used to supply a fixed voltage to an active device such as a transistor. IC [Integrated Circuit]: The IC [Integrated Circuit] is a small electronic device made of semiconductor material that contains many microscopic elements like diodes and transistors. Capacitors and resistors. Jumper Wire: A jumper wire is an electric wire used for connecting remote electric circuits on printed circuit boards. It is possible to short-circuit and short-cut (jump) to the electric circuit by connecting a jumper wire to the circuit. 7-segment display: A seven-segment display is a type of electronic display device for displaying decimal numerals that is less complex than dot matrix displays. Hi-Watt 9V Battery: The most common and portable 9V battery is the Hi-Watt 9V Battery . It is non-rechargeable and provides a high-capacity, low-cost solution for a wide range of electronic devices. This battery provides a high-capacity and low-cost solution for a wide range of electronic devices. It is used in conjunction with its own battery snap . The battery clip can be used to power LEDs or other devices using a 9V battery. It's used in electronic toys, clocks, walkie-talkies, smoke alarms, hand-held test equipment, digital instruments, transistor radios, and other applications. Micro Pushbutton: The micro pushbutton is a small and inexpensive single pole single-through switch (SPST) that can be soldered on a printed circuit board (PCB). When pressed, this push button closes a circuit and is typically used as a reset button. Note : The package dimensions are 22x15cms and weigh about 50 grams. Sample Experiment:- Building a Binary Counter using J-K Flip Flop :- Material Required: Breadboard Power Supply 9V Battery DC Barrel Jack Breadboard JK Flip flop - IC7476 Jumper Wires Procedure: A binary counter can be constructed from J-K flip-flops by taking the output of one cell to the clock input of the next. The J and K inputs of each flip-flop are set to 1 to produce a toggle at each cycle of the clock input. For every two toggles of the first cell, a toggle is produced in the second cell, and so on down to the fourth cell. This produces a binary number equal to the number of cycles of the input clock signal. This device is sometimes called a "ripple through" counter. The same device is useful as a frequency divider. In the 3-bit ripple counter, three flip-flops are used in the circuit. As here ‘n’ value is three, the counter can count up to 2 3 = 8 values .i.e. 000,001,010,011,100,101,110,111. The circuit diagram and timing diagram are given below. Circuit Diagram: Timing Diagram: The output waveform of Q1 is given as a clock pulse to the flip flop J2K2. So, when Q1 goes from 1 to 0 transitions, the state of Q2 is changed. The output of Q2 is the MSB. INPUT OUTPUT Number of Pulses Q2 Q1 Q0 0 - - - 1 0 0 0 2 0 0 1 3 0 1 0 4 0 1 1 5 1 0 0 6 1 0 1 7 1 1 0 8 1 1 1 This circuit can be further connected to the BCD to 7-segment IC to get the BCD output onto the 7-segment display. Applications: The Advanced Digital Electronics kit can be used to build various combinational circuits such as BCD decoder drivers. To build serial to parallel data converters. To build binary counters. To build binary multipliers.

Advanced Electronics Kit for Grade 10 | Ekya School, CMR The Advanced Electronics Kit for Grade 10 by Ekya School, CMR is more than just a set of parts—it’s a doorway to exploring and creating with electronics. This kit is perfect for students who want to learn electronics with hands-on projects. This kit is designed to make learning fun and engaging. This kit contains components that allow students to participate in hands-on projects and get a deeper understanding of key electrical concepts. They will improve their critical thinking and problem-solving abilities. Everything is simple to utilize with common microcontrollers, which renders lots of freedom for creativity and invention. Here’s what’s inside: HC-05 Bluetooth Module: It supports a range of 9600-115200bps and operates at 2.4~2.524 GHz. It requires a 5VDC power supply, with low current consumption at 30mA and a range of under 100 meters. It’s easy to integrate with microcontrollers like Arduino, providing stable and reliable communication. 2-Ch 5V Relay Board: Features two channels, runs on 5V, and is compatible with Arduino, 8051, AVR, PIC, DSP, ARM, MSP430, and TTL logic. It can handle up to 10A and provides electrical isolation for safety which makes it perfect for controlling high-power devices. 5V DC Fan: It operates on 5V and consumes just 0.2A. It’s designed for use with Raspberry Pi 3 and 2, boasting low power consumption at 20mA. This fan efficiently cools your components, is compact, and operates quietly. AC Bulb: It uses only 0.5W and operates at 220-240V, 50Hz, with a lifespan of 25000 hours. It’s energy-efficient and suitable for various projects, from simple circuits to home automation.

ADXL325 3-Axis Accelerometer The ADXL325 is a 3-axis accelerometer that can measure acceleration in three dimensions: X, Y, and Z. The ADX325 is a small, thin, low power, complete 3-axis accelerometer with signal conditioned voltage outputs. The product measures acceleration with a minimum full-scale range of +/-5 g. It can measure the static acceleration of gravity in tiltsensing applications, as well as dynamic acceleration resulting from motion, shock, or vibration. The accelerometer is often used in applications such as detecting the orientation of a device, detecting movement, or measuring acceleration in sports or other activities. The ADXL325 is a small, low-power device that can be easily integrated into a variety of systems.

ADXL335 Triple-Axis Accelerometer The ADXL335 Triple-Axis Accelerometer is a breakout board for Analog Devices analog 3-axis accelerometer. The ADXL335 is a small, thin, low-power, complete 3-axis accelerometer with signal-conditioned voltage outputs. The product measures acceleration with a minimum full-scale range of ±3 g. It can measure the static acceleration of gravity in tilt-sensing applications, as well as dynamic acceleration resulting from motion, shock, or vibration. The user selects the bandwidth of the accelerometer using the CX, CY, and CZ capacitors at the XOUT, YOUT, and ZOUT pins. Bandwidths can be selected to suit the application, with a range of 0.5 Hz to 1600 Hz for the X and Y axes, and a range of 0.5 Hz to 550 Hz for the Z axis. Key Features: Measures acceleration in X, Y, and Z axes. Offers a full-scale measurement range of ±3 g. Customizable bandwidth for X and Y axes from 0.5 Hz to 1600 Hz. Customizable bandwidth for the Z axis from 0.5 Hz to 550 Hz. Consumes only 350 ?A. Capable of surviving G shock up to 10,000 g. Operates on a voltage range of 1.8 V to 3.6 V. ADXL335 Triple-Axis Accelerometer Pin Diagram: Applications: Tilt-sensing applications Mobile devices Gaming systems Disk drive protection Image stabilization Sports and health devices