Keyestudio Sensor Shield V5 for Arduino UNO R3
The Keyestudio Sensor Shield V5 is an essential expansion board for Arduino UNO R3, simplifying sensor integration by breaking out all digital and analog pins to convenient 3-pin headers. It streamlines prototyping with dedicated communication interfaces and flexible power options, eliminating the need for complex wiring.
Features
- Extends all Arduino UNO R3 I/O pins to 3-pin (GND, VCC, Signal) headers for easy sensor connection.
- Integrates essential Serial, I2C, and SPI communication interfaces for versatile peripheral connectivity.
- Features dedicated URF and APC220 ports, along with flexible terminal blocks for varied sensor voltage supplies.
- Stackable design ensures clean, modular builds, reducing wiring clutter and simplifying project assembly.
Out of stock
Simplify and accelerate your Arduino projects with the Keyestudio Sensor Shield V5, an indispensable expansion board meticulously engineered to enhance connectivity and reduce wiring complexity. This shield is perfectly compatible with Arduino UNO R3, providing a robust platform for integrating a multitude of sensors and modules efficiently. It meticulously breaks out every digital and analog pin into standardized 3-PIN headers (GND, VCC, Signal), facilitating direct, solder-free connections for a wide array of peripherals.
Beyond its comprehensive pin breakout, the Sensor Shield V5 integrates critical communication interfaces, including dedicated Serial, I2C, and SPI ports, enabling seamless interaction with advanced sensors and external devices. It also features specific ports for URF and APC220 modules, expanding its application scope. With built-in power and D13 signal indicators, a convenient reset button, and versatile terminal blocks supporting various sensor supply voltages, this shield provides a streamlined, stackable solution for developing smarter, cleaner, and more efficient embedded systems.
Additional Information
| Weight | 0.029 kg |
|---|---|
| Dimensions | 5.7 × 5.7 cm |















