Kitronik Inventor's Kit for the Raspberry Pi Pico

The Kitronik Inventor's Kit provides a hands-on introduction to physical computing with the Raspberry Pi Pico and MicroPython. It includes everything you need to complete 10 guided experiments — from basic digital I/O through to servo control, motor driving, and addressable LEDs — with a detailed full-colour booklet walking you through every step.

No soldering is required. The included prototyping mounting plate, Pico breakout board, and breadboard-friendly components let you build your first circuit in minutes.

Key Features

• 10 Guided Experiments – Progressive difficulty from beginner to intermediate
• Full-Colour Booklet – Wiring diagrams, circuit diagrams, code, and explanations
• No Soldering Required – Breadboard-based prototyping
• MicroPython – All experiments use Python on the Pico
• Mounting Plate – Injection-moulded prototyping base with laser-cut Pico mount

Package Contents

• 1× Full-colour instruction booklet
• 1× Injection-moulded prototyping mounting plate
• 1× Laser-cut Pico mounting plate and fixings
• 1× Pico pin breakout board
• 1× Kitronik 5 LED ZIP stick with pins
• 1× Mini 180° servo (SG90)
• 1× 7-segment display
• 4× Push switches
• 2× Red, 2× green, 2× yellow, 2× orange 5 mm LEDs
• 10× 220 Ω resistors
• 5× 2.2 kΩ resistors
• 5× 10 kΩ resistors
• 1× 3 mm phototransistor
• 1× NPN transistor (BC337)
• 1× Fan blade and motor
• 1× Piezo buzzer
• 20× Male-to-male jumper wires
• 1× 470 µF electrolytic capacitor
• 1× Terminal connector
• 1× Potentiometer with finger-adjust spindle

Experiments

1. Digital Inputs and Outputs
2. Light Sensor and Analogue Inputs
3. Dimming an LED with a Potentiometer
4. Driving a Motor with a Transistor
5. Servo Control with a Potentiometer
6. Piezo Buzzer Tones
7. Seven-Segment Display
8. Exploring Wind Power
9. Capacitor Charge Circuit
10. Controlling ZIP LEDs