Explore STEM Kits and Electronics Kits

USD 56.90

Out of stock

The ELECFREAKS Jacdac Smart Exploration Kit is an innovative, plug-and-play educational kit designed around the BBC micro:bit V2 and Microsoft Jacdac technology stack. Jacdac abstracts away complex electronic wiring by utilizing reversible, fool-proof cable connections and automatic hardware discovery, allowing sensors and actuators to be instantly recognized as soon as they are plugged in. The kit provides a selection of modular Jacdac components, including button sensors, light sensors, human infrared (PIR) sensors, magnetic sensors, knob encoders, and an 8-LED RGB light ring. It seamlessly integrates with Microsoft MakeCode, offering real-time data feedback directly within the simulator workspace. Accompanied by 10 beginner-friendly tutorials, it enables primary and middle school students to effortlessly construct smart devices, interactive nightlights, motion alarms, and IoT projects without connection errors.

GHS 500.00

48 in stock

Perfect for beginners learning electronics fundamentals with LEDs, resistors, and basic sensors. This comprehensive kit includes everything you need to start your journey into the world of electronics and programming. Build exciting projects, learn circuit design, and develop problem-solving skills with hands-on experience.

GHS 400.00

39 in stock

Arduino Mega 2560 R3 Development Board The Arduino Mega 2560 R3 is a powerful development board designed for electronics and embedded projects that require more pins, memory, and flexibility than the Arduino Uno or Nano. Built around the ATmega2560 microcontroller, the Mega 2560 provides 54 digital I/O pins and 16 analog inputs, making it a great choice for projects involving multiple sensors, motors, displays, modules, and other components. The board can be programmed easily through the Arduino IDE using a USB connection and supports a wide range of Arduino shields and modules. It is well suited for robotics, automation, IoT projects, CNC machines, 3D printers, and other advanced electronics applications. Recommended Applications The Arduino Mega 2560 R3 can be used for: * Robotics projects * Automation and control systems * 3D printers * CNC machines * IoT and smart-device projects * Multi-sensor systems * Motor and actuator control * Electronics prototyping * STEM and educational projects Why Choose the Arduino Mega 2560? If your project needs more connections and memory than an Arduino Uno or Nano can provide, the Mega 2560 is an excellent upgrade. Its large number of I/O pins makes it easier to connect several sensors, motors, displays, and modules to a single board.

USD 69.90

15 in stock

The ELECFREAKS micro:bit Smart Science IoT Kit is an educational IoT and environmental data collection platform designed based on the IOT:bit breakout board. It provides a complete end-to-end framework covering the three fundamental layers of the Internet of Things: the Perception layer (sensors), the Network layer (Wi-Fi transmission), and the Application layer (cloud platforms). The kit includes a diverse range of Octopus science sensors, allowing students to monitor air quality (dust sensor), ambient temperature, humidity, and atmospheric pressure (BME280 sensor), environmental noise, light intensity, soil moisture, water levels, and ultrasonic distance (Sonar:bit). Equipped with an onboard ESP8266 Wi-Fi module and a Real-Time Clock (RTC) chip, the system enables continuous telemetry logging and data visualization to cloud servers such as Thingspeak, KidsIoT, HiveMQ, and IFTTT email triggers using Microsoft MakeCode and MicroPython.

USD 119.00

Out of stock

Full Product Description: The ELECFREAKS micro:bit Cutebot Fun Football Game Kit is an interactive educational tool combining STEAM philosophy with the excitement of soccer. Centered around micro:bit and Cutebot smart racing cars, it moves beyond traditional standalone exercises by introducing competitive match scenarios. Students learn wireless communication, motor control, game strategies, and teamwork through fun, hands-on 2-player soccer competitions

USD 5.90

Out of stock

The ELECFREAKS Cutebot Pro Blocks Pack is an exclusive building block expansion package specifically designed for the Cutebot Pro smart robot car. It provides users with structural building block connection parts to expand the physical capabilities of Cutebot Pro, allowing it to seamlessly combine with simple mechanical claws, robotic grippers, and AI camera lenses for intelligent interactive experiences. Key Highlights & Features: - Exclusive Cutebot Pro Expansion: Custom-designed structural parts engineered to fit securely onto the Cutebot Pro chassis. - Mechanical Claw Integration: Enables mounting and building simple mechanical claws or grippers to create robotic forklifts and pickup vehicles. - AI Camera Mounting: Allows mounting of the ELECFREAKS Smart AI Lens for autonomous line patrolling, traffic road sign recognition, and visual tracking projects. - Building Block Compatibility: Standard block connectors and beams offer flexible structural integration with standard STEM building block sets. - STEM Education & Cases: Designed for interactive classroom robotics cases, competition tasks, and creative maker projects. (Note: Cutebot Pro car, micro:bit board, mechanical claws, and AI cameras are sold separately).

USD 15.90

15 in stock

Joystick:bit V2 is a gamepad based on the micro:bit. It contains a 4-direction joystick and 4 undefined (customizable) buttons. At the same time, it enhances the gaming and remote control experience with its onboard buzzer and vibration motor. Specially designed for primary and middle school students with ergonomics in mind, its small and slim shape allows children to hold the gamepad comfortably. It is thinner, lighter, and easier to manage and transport compared to traditional PS2-style joysticks. It serves as a versatile remote controller compatible with various ELECFREAKS robots, including the Smart Cutebot, TPBot, Ring:bit V2 Car, and 32-in-1 Wonder Building Kit.

USD 55.90

15 in stock

The ELECFREAKS micro:bit Smart Home Kit is an educational STEM learning kit designed to teach primary and secondary school students the principles of smart home automation and sensor-driven logic using the BBC micro:bit. Centered around the Sensor:bit expansion board, the kit equips students with a variety of Octopus series electronic components—including a noise sensor, photocell light sensor, soil moisture sensor, crash (touch) sensor, 180° servo motor, 3V motor fan, relay module, and an OLED display. Students can build real-world smart home cases, such as an automatic voice-activated night light, a smart window/door lock, an automated garden watering system, and a temperature-controlled fan. The kit is fully compatible with Microsoft MakeCode graphical blocks, JavaScript, and MicroPython text-based coding.

USD 9.90

Out of stock

The ELECFREAKS Smart Coding Watch Kit is a wearable tech device developed on the micro:bit button cell extension board Pro (Wear:bit). It allows users to easily assemble a custom DIY micro:bit watch using a straightforward, streamlined installation method. As an updated version of the first-generation Power Bit Watch Kit, this iteration introduces key breakthroughs: it simplifies assembly by omitting the acrylic back shroud, keeps a clean profile by removing unused 3-pin ports, and adds a convenient switch to control the onboard buzzer. Tailored for STEM education, it supports block-based programming via MakeCode and Scratch, enabling children to learn coding through play while building functional wearable projects, pedometers, games, and robot remote controls.

USD 59.90

15 in stock

The ELECFREAKS Retro MakeCode Arcade For Education is a game-programming device featuring a high-resolution 2.4-inch display (320x240 resolution). Ergonomically sized for children's hands, it comes wrapped in a colorful shell with comfortable silicone buttons. Designed to turn gaming into an educational experience, the Retro Arcade leverages Microsoft MakeCode Arcade—a block-based graphical and text programming platform. Students can design custom game characters, build multi-layer game scenarios, and code unique story plots. The device is packed with onboard hardware, including a gyroscope sensor, light sensor, vibration motor, and buzzer. It also supports expansion connectors and LEGO-compatible building bricks

USD 29.90

15 in stock

The ELECFREAKS Bitboard Kit is an interactive circuit learning expansion board designed to transform everyday conductive objects into computer keyboard inputs. By connecting everyday items—such as fruit, foil, playdough, or water—via alligator clip wires, students can build custom game controllers, invent musical instruments like a fruit piano, and explore fundamental electrical conductivity concepts. Powered via Micro-USB, the Bitboard features 8 touch pads/contacts that register ground circuit connections. It is fully compatible with block-based programming environments like Scratch and MakeCode, bridging physical creativity and digital interaction for beginner and classroom STEM activities.

USD 59.90

15 in stock

The ELECFREAKS micro:bit Smart Agriculture Kit is an educational STEM learning platform designed to help primary and secondary school students explore smart farming, ecological monitoring, and agricultural automation using the BBC micro:bit. Built around the IOT:bit expansion board (featuring built-in ESP8266 Wi-Fi), the kit includes a rich selection of agricultural sensors—such as a DS18B20 waterproof water temperature sensor, DHT11 air temperature/humidity sensor, soil moisture sensor, water level sensor, PIR motion sensor, Sonar:bit ultrasonic distance sensor, an EF92A 180° servo, an Octopus Rainbow LED, and an OLED display. Students can build hands-on smart farming projects such as automated farmland irrigation systems, greenhouse environment monitors, fish pond water level/temperature detectors, crop sunshade controls, and farmland protection alarms.

USD 64.90

15 in stock

The ELECFREAKS Wukong2040 Inventor's Kit is a multifunctional STEAM education kit designed specifically for the Raspberry Pi Pico. Centered around the powerful Wukong2040 expansion board, the kit includes 11 plug-and-play electronic modules (comprising 6 input sensors and 5 output actuators) that allow students to explore physical computing and robotics without complex wiring. Built on a standard 7×11 building block frame base, the kit integrates seamlessly with standard building bricks like LEGO to let learners build custom structures and mechanical models. Power is managed via an onboard 18650 lithium battery system featuring an intelligent charge/discharge management chip and power status indicators. The kit supports MicroBlocks (drag-and-drop graphical programming), MicroPython, and CircuitPython, making it suitable for both beginner students and advanced hobbyists

USD 190.00

10 in stock

Unlock the future of robotics with PU Robot, a professional-grade humanoid designed to grow with your coding skills. From its industrial-grade metal gear servos and fully enclosed shell to its step-by-step Wiki curriculum, PU Robot is engineered for durability and deep learning. Its signature modular backpack and LEGO compatibility allow for external battery swaps and custom builds, while AI rhythm sensing and dual-language support (MakeCode & Python) bring your code to life.

USD 7.99

15 in stock

The ELECFREAKS Raspberry Pi Pico Starter Kit is an entry-level educational electronic kit designed for teenagers and beginners to explore circuit building and programming. Equipped with fundamental electronic components—including LEDs, a trimpot, a photodiode, switches, a servo, a DC motor, and a Rainbow LED ring—this kit bridges hardware interaction and code logic. The kit includes a breadboard and jumper wires, allowing users to build breadboard-based circuits without soldering. Through step-by-step documentation and hands-on project tutorials, learners can master MicroPython coding while experimenting with real-world electronics, temperature sensing, light detection, and motor control

USD 479.00

15 in stock

The CM4 XGO-Rider is an advanced, desktop-level dual-wheeled foot development platform powered by the Raspberry Pi Compute Module 4 (CM4). Combining self-balancing wheel locomotion with articulated leg movement, it utilizes FOC (Field Oriented Control) outer-rotor brushless hub motors and 4.5kg.cm all-metal magnetic encoder servos. Its onboard 6-axis IMU constantly monitors orientation to dynamically adjust joint angles for real-time terrain adaptation, omnidirectional movement, and stance stability. Engineered for edge AI and advanced robotics research, the robot features a 5MP camera, dual digital MEMS microphones, an IPS color display, and an 8Ω 3W speaker. It natively integrates with the iFlytek Spark large language model to support natural voice interaction, text-to-image, and image-to-text AI capabilities. The XGO-Rider supports Python and ROS (Robot Operating System) programming alongside wireless remote control, facial recognition, gesture control, object tracking, and QR-code motion navigation

USD 40.90

15 in stock

The ELECFREAKS Classroom Smart Home Kit is an interactive STEM learning kit designed to help primary and secondary school students explore smart home technology and automation logic using the BBC micro:bit. Built around the IOT:bit expansion board, the kit includes a versatile set of electronic modules—such as a noise sensor, light sensor, crash (touch) sensor, 180° servo motor, Octopus RGB rainbow LED, and an OLED display. Students can build practical real-world scenarios, including a smart voice-activated night light (which detects ambient noise under low light levels) and a wireless remote door opener system. When paired with the optional Smart Home Material Pack (wooden house structure), it creates an engaging diorama model for classroom learning and coding experiments.

USD 56.90

15 in stock

The ELECFREAKS micro:bit Smart Health Kit is an educational STEM learning platform designed to help primary and secondary school students explore health, personal wellness, and safety automation using the BBC micro:bit. Centered around the Sensor:bit expansion board, the kit equips learners with specialized sensor modules—including an MQ3 alcohol sensor, analog UV sensor, DHT11 temperature and humidity sensor, PIR motion sensor, crash switch, soil moisture sensor, motor fan, 180° servo motor, and an OLED display screen. Students can construct interactive health-focused projects such as touch-free handwashing dispensers, UV exposure detectors, sitting posture reminders, alcohol level meters, smart trash cans, and sedentary activity monitors using MakeCode graphical block coding and Python.

USD 299.00

15 in stock

The micro:bit XGO-Rider is a palm-sized, programmable bipedal robot designed for STEM education, robotics learning, and entertainment. It combines wheel-driven agility with jointed-leg movement using 4.5kg.cm all-metal magnetic encoder serial bus servos for leg joints and high-efficiency FOC (Field Oriented Control) outer-rotor brushless hub motors for the drive wheels. Powered by an ESP32 lower controller, the XGO-Rider integrates a 6-axis IMU sensor to maintain real-time self-balancing and terrain adaptability. The driver board features onboard Wi-Fi, Bluetooth, a Type-C fast-charging port, and DIP switches. It fully supports graphical programming via MakeCode and MicroBlocks, Python scripting, and mobile app control via Bluetooth, making it a versatile platform for exploring robotics kinematics and wireless control.

USD 619.00

15 in stock

The ELECFREAKS CM4 XGO-lite V2 is an advanced desktop-level quadruped AI robot dog designed for robotics research, STEM education, and AI edge computing applications. Built around the Raspberry Pi Compute Module 4 (CM4) upper controller and an ESP32-WROVER motion driver board, it features 15 degrees of freedom (12 active leg joints and a 3-axis flexible robotic arm with a end gripper). Constructed with an anodized 1mm aviation aluminum frame and durable ABS limbs, the XGO-lite V2 integrates a 6-axis MPU6050 IMU for real-time posture self-stabilization and omnidirectional kinematic decoupling control. It comes equipped with a 2.0-inch full-color IPS display, 4 programmable buttons, a 5MP camera, dual MEMS digital microphones, and an 8Ω 3W speaker. The robot natively supports computer vision tasks (such as face recognition, gesture control, color/shape tracking, and QR code reading), voice recognition, model training, and programming via MicroBlocks/MakeCode or Python.