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A base board that allows the Raspberry Pi Pico to control four DC motors or two stepper motors and eight servos, offering great flexibility for robotic projects. The board is equipped with dual H Bridge ICs to drive the motors, with full direction control and stopping functions, and power supplied via a terminal or servo connector, which increases its functionality. Additionally, thanks to the regulated 3.3V voltage, there is no need for a separate power supply for the connected Raspberry Pi Pico, simplifying the assembly process and integration with other devices. Kitronik 5329
The Robotics Board is a base board that allows the Raspberry Pi Pico to control 4 DC motors (or 2 stepper motors) and 8 servos. The board is equipped with 27 additional I/O expansion pins as well as power and ground connectors. It is important to note that when using a stepper motor, only half-step control is supported, without micro-stepping. The board features 2 dual H Bridge integrated circuits, each capable of driving 2 standard motors or 1 stepper motor, offering full control over direction (forward, backward) and stopping. Additionally, 8 servo outputs allow for the control of both standard and continuous rotation servos. All motors and servos can be controlled using the I2C protocol, utilizing a 16-channel integrated circuit. The separation of I/O connectors ensures connections to all unused pins on the Pico, allowing for the addition of extra devices such as sensors or ZIP LED strips.
Power is supplied via a terminal block or servo connector. The board has a power on/off switch that controls the power, and a green LED indicates when the board is powered. The board provides a regulated voltage of 3.3 V, which is passed to the 3 V and GND connectors, powering the connected Pico. This eliminates the need for separate power for the Pico. The 3V and GND pins are also available on the connector, allowing for the powering of external devices.
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Module with the RP2040 microcontroller with two ARM Cortex-M0 + cores operating at 133 MHz, 256 kB RAM and 30 GPIO. The board also has 2 MB of external QSPI flash memory. Module can be programmed in C/C++ or microPython. Raspberry Pi Pico
Board with prototype holes dedicated to Raspberry Pi Pico. It offers an 8x20 hole area with a pitch of 2.54 mm with marked pin labels and a reset button and STEMMA QT connector. Adafruit 5200
A compact board that allows you to control up to 8 servos simultaneously, making it ideal for advanced robotic projects. Equipped with standard 3-pin connectors, it allows you to easily connect servos without soldering, and additional GPIO pins and a 3V power supply from Pico allow you to expand your projects with new devices. The board\'s power supply is stabilized, and additional features such as an on/off switch and reverse polarity protection increase its safety and convenience of use. Kitronik 5339
Extension module designed for Raspberry Pi Pico boards. It allows you to add communication based on the CAN bus to the project, commonly used in projects related to robotics and the automotive industry. Adafruit 5728
Module of a 4-channel driver of DC motors with RP2040 microcontroller. It allows the connection of encoders and is equipped with a QW/ST connector. Pimoroni PIM636
Audio module with DAC and headphone amplifier designed to work with the Raspberry Pi Pico. It is based on the PCM5100A system and communicates via the I2S interface. Pimoroni PIM544
No product available!
Module with PMSA003 air quality sensor and BME280 pressure sensor designed for Raspberry Pi Pico. It is equipped with WiFi ESP8266 communication. SB Components 22342
The PMSA003 air quality sensor module to work with the Raspberry Pi Pico. It allows for a analysis of the amount of pollutants in the environment based on the concentration of PM1.0, PM2.5 and PM10 particles. SB Components 21819
Module with BME688 chip and BH1745 color and light intensity sensor equipped with Raspberry Pi Pico W. Pimoroni PIM630
Extension module with a Raspberry Pi Pico W board with WiFi communication. The set is equipped with relays, buffer inputs, sink type outputs and analog inputs. Pimoroni PIM632
No product available!
The board with prototype holes is dedicated to the Raspberry Pi Pico. It offers an area of 6x20 holes with a 2.54 mm pitch with marked pins. SB Components 21499
A set for building a digital LED clock designed to work with the Raspberry Pi Pico. It has a built-in precision RTC DS3231 chip, light sensor, buzzer and configuration buttons. Waveshare Pico-Clock-Green-EN
Module for building a weather station equipped with a controller based on Raspberry Pi Pico W. Pimoroni PIM628
No product available!
Expansion module designed for Raspberry Pi Pico boards. Allows you to add CAN bus based communication to your project. Waveshare Pico-CAN-B
No product available!
Module with BME688 chip and BH1745 color and light intensity sensor equipped with Raspberry Pi Pico W. Accessories included. Pimoroni PIM638
Module with a precise clock RTC DS3231 dedicated to the Raspberry Pi Pico. Communication via the I2C interface. SB Components 21420
Programmable buzzer controller with six buttons, designed to work with Raspberry Pi Pico W and offering pinouts for many pins. It is ideal as a remote control for the Kitronik Autonomous Robotics (Buggy) platform, and thanks to its compact size and lack of a display, it is a cost-effective solution for controlling robots and vehicles in DIY projects. Kitronik 5353
A base board that allows the Raspberry Pi Pico to control four DC motors or two stepper motors and eight servos, offering great flexibility for robotic projects. The board is equipped with dual H Bridge ICs to drive the motors, with full direction control and stopping functions, and power supplied via a terminal or servo connector, which increases its functionality. Additionally, thanks to the regulated 3.3V voltage, there is no need for a separate power supply for the connected Raspberry Pi Pico, simplifying the assembly process and integration with other devices. Kitronik 5329