This sensor kit is a game-changer for anyone diving into Raspberry Pi Pico projects! The sheer variety of ​​35 sensors​​ blew me away—from environmental monitoring to interactive components. The Adeept GPIO Expansion Board​is a genius addition, making wiring effortless with its plug-and-play design. What really stood out is the tutorial. MicroPython examples are clear, and the projects range from basic LED control to advanced sensor fusion. Perfect for STEM educators and hobbyists. 10/10!

From the unboxing, this kit stands out with its rich set of components—34 individual sensors, a sturdy Pico GPIO expansion board, ribbon cable, breadboard, and all the connecting wires neatly organized in a compact project box. The included PDF tutorials, covering about 40 lessons, walk you through everything from simple LED blinking to advanced sensor fusion and barometric pressure monitoring. If you're eager to dive into IoT, robotics, or environmental sensing, this kit gives you nearly limitless possibilities in one package.

I’ve tested it with my Pico W and found the expansion board especially useful—it integrates power regulation, I²C/SPI/UART breakouts, a buzzer, and even built-in RGB LEDs, making sensor setup mostly plug-and-play. Connecting modules like temperature/humidity sensors, ultrasonic range finders, accelerometers, and gas detectors takes seconds—and they all worked smoothly under MicroPython. The sample code runs reliably, and the board handled extended sessions without any glitches. It’s a big step up from piecing together parts from random sources.

Using it in real-world projects has been a blast: I built an environmental monitor with live data logging, a gesture-controlled LED display, and a compact weather station. The sensors deliver accurate readings and the lessons helped me understand practical applications. The only real challenge was managing cables neatly in the project box—once I added everything, it felt a bit cluttered, so organizing jumper wires neatly is key. Also, while most parts feel solid, a couple of smaller sensors require careful handling to avoid damage.

At around $60–$70, this kit is more expensive than basic starter sets—but when you consider the sheer range of components, tutorial depth, and reliable quality, it feels like strong value. For anyone serious about learning electronics, embedded programming, or building practical sensor-driven projects, this is a standout toolkit that bridges the gap from curiosity to creativity. Whether you're a hobbyist, educator, or aspiring maker, this kit delivers both breadth and depth in a thoughtful, well-packaged set.

I’m very impressed with what’s included. It comes with 35 sensor modules, the Raspberry Pi Pico board itself, a GPIO expansion board, and 40 well-structured lessons that make it beginner-friendly but still fun for intermediate users.

The sensor variety is great- from temperature and humidity sensors to motion, light, sound, and even more obscure modules like flame and vibration sensors. All of them came well-labeled and neatly packed. The included Pico GPIO expansion board makes connecting everything a lot easier, especially when working with multiple sensors.

The MicroPython lesson guides are a major plus. They walk you through each sensor’s function, how to wire it up, and provide sample code that works right out of the box. It’s ideal for students, hobbyists, or anyone who wants to explore physical computing or IoT projects with the Pico.