Best sellers

C-Mount lens. Focal length 16 mm, FoV 30.8° (H), 23.4° (V), manual focus and adjustable aperture. Designed to work with the Raspberry Pi HQ camera. ArduCAM LN045

CS-Mount lens. Focal length 8 mm, FoV 50°, manual focus. Designed to work with the Raspberry Pi HQ camera. ArduCAM LN038

The converter allows you to supply devices with 12V voltage (DC 5.5x2,1) by means of energy transferred through an Ethernet network using Power Over Ethernet (PoE) technology. The adapter also allows you to connect to the network at a speed of 10 / 100Mbit

Wide-angle lens with M12 mount included with the adapter. Focal length 3.56 mm and FoV 90°. Designed to work with the Raspberry Pi HQ camera. ArduCAM LN033

Precise Hall effect sensor that converts magnetic field intensity into analog voltage. Differential response to magnetic poles (voltage increases when approaching S pole and decreases at N pole) enables precise analysis of field direction and strength. High sensitivity, low noise and compatibility with platforms such as Arduino and micro:bit make the sensor ideal for industrial, educational and hobby applications. DFRobot DFR1132

Motor driver module for Raspberry Pi that allows simultaneous control of servos, DC and stepper motors using I2C interface, with additional UART support for external communication. With a built-in DC-DC regulator, it can power Raspberry Pi with up to 3A current, while its stackable design and spare DIP headers for camera and display increase design flexibility. The module is ideal for robotic projects, offering independent power supply for servos, adjustable PWM, and additional features such as buzzer and IR receiver. DFRobot DRI0054

Set of 6 lenses with M12 mount included with adapter and accessories. Designed to work with the Raspberry Pi HQ camera. ArduCAM LK003

UPS module that ensures uninterrupted operation of Raspberry Pi 5 by automatically switching between external and battery power. With fast charging function, power failure detection and the ability to control the system via software, it is an ideal choice for mobile applications such as smart vehicles or monitoring systems. Its design allows for easy integration with Raspberry Pi 5 without interfering with other HATs, and built-in LED indicators provide a convenient view of the working status and charge level. DFRobot FIT0992

RoArm-M3-Pro (EU) is a fully functional robotic arm with advanced ESP32-based control, ready for integration with AI projects, ROS2, and educational environments. It offers a rich set of features for control, algorithm development, and physical manipulation, and comes with an EU power adapter for immediate use in European settings.

The Gravity Occupancy Sensor uses 24 GHz FMCW radar technology, enabling precise presence detection at a distance of up to 8 meters and movement and distance measurement up to 12 meters. Thanks to its high resistance to environmental interference, it works reliably regardless of light, temperature or dust, effectively detecting both static and dynamic objects. Compatibility with Arduino, ESP32, Raspberry Pi and a simple Gravity interface make it an ideal solution for intelligent lighting, building automation and security systems. DFRobot SEN0610

Soldering station with soldering iron, LED lamp and magnifying glass. Station power 130 W. YIHUA 926

A development board based on a dual-core RISC-V 400 MHz processor, supporting AI instructions, MIPI-CSI/DSI interfaces, and enabling image and voice processing. With an integrated ESP32-C6 module, it offers Wi-Fi 6 and Bluetooth 5 connectivity, as well as a USB OTG interface, microphone, TF slot, and 32 MB PSRAM for advanced IoT and AI applications. Its compact size and rich features make it ideal for smart cameras, interactive displays, and robotics. DFRobot DFR1172

2in1 soldering station with hot air soldering iron and soldering tip. 700 W power station. Equipped with an LCD display, controlled by potentiometers. YIHUA 872D

Robert Górczyński

The ESP32-S3-LCD-7 development board from Waveshare, equipped with a 7" screen with a resolution of 800×480, is designed for creating graphical user interfaces in applications based on the ESP32-S3 microcontroller. Thanks to the presence of PSRAM, large Flash memory, support for popular communication interfaces, and battery power supply, the board is suitable for HMI projects, information terminals, device controllers, and IoT systems requiring graphics support without touch functionality.

A compact IoT board with a 160 MHz RISC-V processor, offering support for Wi-Fi 6, Bluetooth 5, Zigbee 3.0, Thread 1.3 and Matter. With a built-in lithium battery charger and voltage monitoring function, it is ideal for mobile and energy-saving applications. The board can act as both an end device and a network gateway, making it extremely versatile in modern smart home systems. DFRobot DFR1117

Energy-efficient development board with a 32-bit RISC-V 160 MHz processor, designed for smart IoT and home automation applications. It supports modern communication protocols such as Wi-Fi 6, Bluetooth 5, Zigbee 3.0, Thread 1.3 and Matter, which allows easy integration with smart home systems. Thanks to compatibility with Arduino IDE, MicroPython and Gravity and Fermion sensors, the board offers great flexibility and ease of implementation in various projects. DFRobot DFR1075

LED display 14,20mm 0,56 "single, ultra-red (635nm), 40 mcd (20mA), common anode. LED1-AS-05613BMR-B PBF

BLE Beacon, which emits Bluetooth Low Energy signals, enabling discovery by Bluetooth devices such as smartphones or ESP32 without the need for pairing. With a built-in I2C interface and an 11-bit ADC, it allows data collection from various sensors, and its low power consumption (650nA in sleep mode) ensures long-lasting operation on a single battery, ideal for applications requiring mobility and long range. DFRobot TEL0168