Raspberry Pico addons
Unlock the full potential of your Raspberry Pico with our addon modules. Expand its capabilities with sensors, displays, and more. Easy to use, plug-and-play design. Perfect for DIY projects, education and prototyping.- Kitronik Robotics Board for Raspberry Pi Pico Kitronik #5329 Make the Raspberry Pi Pico the core of your new robotics project with the Kitronik Compact Robotics Board for Raspberry Pi Pico.This Compact Robotics Board enables the Raspberry Pi Pico (connected via pin header) to drive 4 motors (or 2 stepper motors) and 8 servos.Delivered in 5 to 30 days€ 18,30 Incl. VAT
- IO Expansion Board for Raspberry Pi Pico DFRobot #DFR0836 This IO expansion board brings out all IO pins of the Raspberry Pi Pico onto male and female connectors.Delivered in 5 to 10 days€ 5,10 Incl. VAT
- SCD41 CO2 Sensor Breakout (Carbon Dioxide / Temperature / Humidity) - PIM587 Pimoroni #PIM587 SCD41 CO2 Sensor Breakout (Carbon Dioxide / Temperature / Humidity) - PIM587A true carbon dioxide sensor that can detect CO2 levels between 400 and 5,000 ppm, mounted on a Breakout Garden and Qw/ST-compatible breakout.Delivered in 5 to 30 days€ 65,85 Incl. VAT
- Pico Breakout Garden Pack - PIM547 Pimoroni #PIM547 Pico Breakout Garden Pack - PIM547An easy, solderless, swappable way to use breakouts with your Raspberry Pi Pico - add up to three Pimoroni breakouts (2 x I2C and 1 x SPI) to the sturdy slots and get coding and creating!Delivered in 5 to 30 days€ 9,35 Incl. VAT
- Maker Pi Pico Mini - Pre soldered pico Cytron #MAKER-PI-PICO-MINI Simplify your Raspberry Pi Pico projects with the Cytron Maker Pi Pico mini development board. Featuring a compact design, built-in components and easy connectivity options. Get started with the powerful capabilities of Raspberry Pi Pico easily with Cytron Maker Pi Pico.Delivered in 5 to 30 days€ 15,70 Incl. VAT
- Motor SHIM for Pico Pimoroni #PIM617 Discover the Pimoroni PIM617 Motor SHIM for Raspberry Pi Pico. Control two micro-metal geared motors with ease. Perfect for small robot projects. This neat little add-on board lets you drive two micro metal gearmotors from a Raspberry Pi Pico - tiny robots ahoy!Delivered in 5 to 30 days€ 13,00 Incl. VAT
The 3 most popular Raspberry Pico addons
- In stock 1.8inch LCD Display Module for Raspberry Pi Pico, 65K Colors, 160×128, SPI € 13,15 View product
- In stock 1.3inch OLED Display Module for Raspberry Pi Pico, 64×128, SPI/I2C € 11,85 View product
- In stock 4-digit 8-segment Display Module for Raspberry Pi Pico, SPI-compatible € 5,95 View product
What is the Raspberry PI Pico?
The Raspberry Pi Pico is a completely different microcontroller to the other Raspberry Pi 's. This is because the pico is not a complete Linux computer and is more similar to the Arduino microcontrollers. This Raspberry uses the RP2040 chip and has a nice price to start with microcontrollers.
It is the very first Raspberry microcontroller that uses the RP2040 chip and also uses a modified SoC system. It is a dual-core Arm Cortex M0+ chip that runs at 133MHz. Furthermore, the microcontroller contains 264KB of SRAM and 2MB of flash memory which is used to store your code, media and data.
In programming, the code must be written on a computer and then transferred to the microcontroller. The coding is done in C or C++. microPython is also a popular solution that is often used for educational purposes.
Is the Raspberry PI Pico a good successor?
The Pico is certainly not inferior to its more powerful predecessors and in some cases even has more options than the regular Raspberry Pi 's. For example, the microcontroller has 3 analog inputs and a total of 6 different ports for serial communication. There are also a large number of GPIO and PWM connections.
What can I make with a Raspberry Pi Pico and what are the possibilities?
With a Raspberry PI Pico it is possible to program most embedded systems, DIY projects or IoT devices. There are many code examples and code libraries to program sensors, LCD and OLED screens and other devices such as LED strips or small printers. The microcontroller has a relatively large printed circuit board, allowing for multiple connections. There are 20 connections on both sides of the printed circuit board.
The GPIO connections are intended as a digital input or output and can be used with other digital circuitry. With a GPIO the input of the position of a switch can be read or a relay can be controlled. The SPI, I2C and UART connections can be used to provide communication between microcontrollers, sensors, actuators or other devices.
Analog inputs can be used for accurate analog voltage measurements between 0 and 3.3V.
The PWM can also be used for pulse width modulation such as controlling the brightness of an LED or the speed of a servo motor. Furthermore, PWM can also be used for simple audio.
What is the difference between Rapberry PI Pico and an Arduino ?
As a comparison we use the very popular Arduino UNO. If we look purely at the connections, we notice that they are very similar. The Raspberry offers more digital inputs than the Arduino . Also, there are additional programmable pins that can be configured to simulate other interfaces/protocols. They can be programmed so that complex tasks can be moved to a background process.
pin function | Arduino Uno | Raspberry Pi Pico |
Analog input | 6 (10 bits) | 3 (12 bit) |
Generic I/O (GPIO) | 14 | 26 |
Serial communication via SPI | 1 | 2 |
Serial communication via I²C/TWI | 1 | 2 |
Pulse width modulation | 5 | 16 |
Other connections | 3 hardware interrupts and 1 serial port | 8 state machines and 2 serial ports |
If we compare the processors, we see that the processor of the Raspberry is at a higher level than the Arduino . The Rapsberry runs at a maximum of 133MHz which is much faster than the Arduino 's 16MHz. In addition, this Raspberry contains 264KB of SRAM compared to the meager 2KB of the Arduino UNO.
How do I program the Raspberry PI Pico?
Python programming on the Pi Pico is not quite the same as on the regular Pi. The Raspberry Pi Pico uses the programming languages C, C++ or mycroPython. C and C++ are a bit more difficult to learn than microPython, which is based on Python and relatively easy to learn.
