The Official Arduino MKR IoT Carrier is an all-in-one solution designed to accelerate your IoT project development with ease and flexibility.
With no soldering required, it comes equipped with integrated sensors, circuits, and a display, allowing you to jump straight into programming and prototyping.
This carrier eliminates the need for complex wiring and troubleshooting, making it ideal for both beginners and professionals looking to build smart, connected devices quickly.
Whether you're creating a weather station, a smart home controller, or an environmental monitor, the MKR IoT Carrier opens up endless possibilities in the world of Internet of Things.
Features:
Built-in Sensors: Includes temperature, humidity, pressure, light, and gesture sensors for diverse IoT applications
Color OLED Display: Allows real-time data visualization directly on the device
Capacitive Touch Buttons: Onboard buttons for user interaction without the need for extra components
Grove Connectors: Enables easy expansion with additional sensors and modules
RGB LEDs: For visual feedback and status indication
Relay and MOSFET Outputs: Control actuators like motors, lights, or appliances directly from the board
Built-in SD Card Reader: Log data locally for offline access and analysis
Environmental Sensor Integration: Measure and monitor surrounding environmental conditions effortlessly
Plug-and-Play for MKR Boards: Designed to pair seamlessly with Arduino MKR family boards
Sturdy Design: Durable and compact form factor ideal for desktop or embedded projects
1. How to get started with the Arduino MKR IoT Carrier Board?
To start using the Arduino MKR IoT Carrier Board, you should connect it to a compatible Arduino MKR board like the MKR WiFi 1010 or MKR NB 1500. Then, set up your project using the Arduino IoT Cloud or Arduino IDE to monitor and control sensors. This modular approach lets you quickly prototype connected applications without complex wiring.
2. How to connect the MKR IoT Carrier to the Arduino IoT Cloud?
You can easily link the MKR IoT Carrier Board with the Arduino IoT Cloud using the built-in Wi-Fi on supported MKR boards. Once connected, you can visualize real-time data and manage devices remotely through a custom dashboard. This cloud integration enables monitoring and control from anywhere with an internet connection.
3. How to use built-in sensors on the Arduino MKR IoT Carrier?
The MKR IoT Carrier Board comes with integrated sensors for temperature, humidity, pressure, and light. These sensors can be accessed through Arduino libraries, allowing you to create environmental monitoring and smart home projects. The onboard sensor suite eliminates the need for external modules in many applications.
4. How to display data on the OLED screen of the MKR IoT Carrier?
The onboard OLED screen of the Arduino MKR IoT Carrier Board can show live sensor readings, system alerts, or custom messages. You can program the display using the Arduino IDE and the Adafruit SSD1306 or similar libraries. This provides immediate visual feedback without connecting an external monitor.
5. How to power the Arduino MKR IoT Carrier Board?
You can power the MKR IoT Carrier Board through a USB connection or a Li-Po battery attached to your MKR board. This makes it ideal for both stationary and portable IoT applications. The flexible power options support deployment in various environments and use cases.
6. How to use the touch buttons on the MKR IoT Carrier Board?
The Arduino MKR IoT Carrier features capacitive touch buttons that can be programmed for user input. These buttons allow interaction with your IoT projects, such as toggling LEDs, navigating menus, or controlling connected devices. The touch interface provides a clean, modern alternative to mechanical switches.
7. How to connect external components to the Arduino MKR IoT Carrier?
You can attach external sensors or actuators to the MKR IoT Carrier Board using the available Grove connectors or the standard MKR header pins. This flexibility helps expand your project's functionality beyond the onboard components. The standardized connectors simplify integration with third-party modules and custom circuits.
1. What is the Arduino MKR IoT Carrier Board used for?
The Arduino MKR IoT Carrier is designed to accelerate IoT development by integrating essential components into a single platform, eliminating the need for complex wiring or external sensors. You can use it to build connected and smart projects like environmental monitors, home automation systems, or industrial controllers with minimal setup.
2.What makes the MKR IoT Carrier board special?
The MKR IoT Carrier board includes integrated sensors, a display, and relay outputs, making it a complete prototyping platform for rapid IoT prototyping. You get temperature, humidity, light, pressure, and motion sensing, along with control capabilities for actuators. This all-in-one design simplifies development for home automation and data-driven applications.
3. Can the Arduino MKR IoT Carrier be used with all MKR boards?
Yes, the Arduino MKR IoT Carrier is fully compatible with all Arduino MKR series boards, including the MKR WiFi 1010, MKR WAN 1310, and MKR Zero. You can plug any MKR board directly into the carrier for immediate access to onboard features. This modularity supports flexible use across different connectivity and power requirements.
4. What sensors are included on the MKR IoT Carrier board?
The MKR IoT Carrier features onboard temperature, humidity, light, pressure, and motion sensors, enabling real-time environmental monitoring without additional hardware. You can collect and analyze data from multiple sources simultaneously. These sensors are ideal for tracking conditions in smart buildings or industrial environments.
5. Is the Arduino MKR IoT Carrier suitable for beginners?
Yes, the Arduino MKR IoT Carrier board is beginner-friendly and integrates seamlessly with the Arduino IoT Cloud, allowing you to set up dashboards and remote control without advanced coding. You can visualize sensor data, trigger actions, and manage devices through a simple web interface. This lowers the barrier to entry for connected projects.
6. Can I connect external sensors or actuators to the MKR IoT Carrier?
Absolutely—the Arduino MKR IoT Carrier provides expansion ports for connecting additional sensors and actuators, giving you flexibility for advanced IoT projects. You can extend its capabilities with custom inputs or control high-power devices via the relays. This makes it suitable for both simple prototypes and complex automation systems.
7. What types of projects can I build using the MKR IoT Carrier board?
You can build smart home systems, environmental monitoring stations, data logging devices, and industrial control panels using the Arduino MKR IoT Carrier. Its integrated features and expandability support a wide range of IoT-based projects that require sensing, display, and actuation in one compact solution.
8. Does the MKR IoT Carrier board support cloud connectivity?
Yes, the MKR IoT Carrier board integrates smoothly with the Arduino IoT Cloud, enabling remote data visualization, control, and automation through an online dashboard. You can monitor sensor readings, receive alerts, and manage relays from anywhere. This cloud connectivity enhances the functionality of your connected projects.
This product comes with a 1-year manufacturer warranty from the date of purchase, covering manufacturing defects only.
Warranty Void If:
The product shows signs of physical damage, mishandling, exposure to water/moisture, fire, natural calamities, unauthorized repairs, improper storage near heat or direct sunlight, or alteration in any way.
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