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A beginner's Arduino UNO kit with a step-by-step path: Start here, then 7 lessons - LEDs, traffic light, buzzer, distance sensor, servo and LCD - ending in a Parking Assistant that uses every part. Each lesson has a wiring diagram, code and troubleshooting. Wiring design-reviewed and code compiler-checked; the complete physical assembly is not bench-tested. A separate 5V servo supply is recommended for the last lesson.

A beginner's Arduino UNO kit about measuring distance with sound: Start here, then 9 lessons - read the HC-SR04, light green, yellow and red LEDs by distance, add a parking beeper, explore the sensor's limits, calibrate it, smooth the readings and show them on an OLED - ending in a Distance Lab that uses every part. Each lesson has a wiring diagram, code and troubleshooting. Wiring design-reviewed and code compiler-checked; the complete physical assembly is not bench-tested. A learning model only - not a vehicle safety device.

Key Features• Build 5 different mechanical robot models from one kit to teach real-world engineering concepts like linkages, gears, and motion transfer• Hands-on STEAM learning for ages 6+ with step-by-step assembly that develops problem solving, spatial reasoning, and basic mechanics• Motor-driven movement system (motor and power wiring included) demonstrates electrical circuits, polarity, and si...

An ESP32 learning kit about motion sensing: Start here, then 5 lessons - a button and OLED countdown, tilt angles from a GY-521 motion sensor, a live graph of jolts and drops, a buzzer alert, and finally a fall-detection experiment that starts a cancellable countdown when a jolt is followed by staying tipped over. Each lesson has a wiring diagram, code and troubleshooting. Code compiler-checked for the ESP32; the physical build is not bench-tested. A learning experiment only - not a medical, wheelchair-safety or emergency device.

Build a USB-powered ESP32 learning prototype that calibrates a capacitive soil sensor and a short-duration water sensor, reads a 3.3 V BME280, and reports local Serial Monitor data. The checked firmware includes guided calibration and fault handling; no pump, Wi-Fi dashboard, unattended control, or verified buzzer driver is included.

A 4WD Mecanum-wheel robot car built on an ESP32: drives in any direction, follows lines, avoids obstacles and answers to IR remote, app or web cont...

A micro:bit V2 robot car that assembles in minutes and is coded in MakeCode: obstacle avoidance, line and light following, RGB headlights, IR remot...

Arduino UNO learning kit with RC522 RFID, 4x4 keypad, stepper motor, servo, relay, real-time clock, I2C LCD, dot matrix and 7-segment displays, plu...

Key FeaturesESP32-based IoT smart farm starter kit for hands-on learning of sensors, actuators, and connected automation projects in a modern agric...

Key FeaturesESP32-based smart home starter kit for hands-on IoT learning with WiFi/Bluetooth capability (features vary by board/module revision; ch...

Key FeaturesMulti-sensor weather monitoring kit tracks up to 9 environmental parameters (sensor set varies by module revision; check kit guide) for...

Key Featuresin-1 modular ESP32 learning kit with core sensors and actuators for rapid prototyping and STEM education projectsEasy-Plug connector sy...

Key FeaturesComplete ESP32 learning kit with Wi‑Fi + Bluetooth controller board for IoT, smart device prototyping, and STEM education projects+ sys...

Key FeaturesComplete DIY Soldering Kit: Includes a high-quality PCB, 4-digit LED display, driver circuitry, and all necessary through-hole componen...

• 2-IN-1 SMART CAR KIT: Line tracking + light-sensing (photosensitive) driving modes• DIY ROBOT CHASSIS: Great for STEM learning, experiments and b...