MONK MAKES is a British manufacturer of a wide range of electronic kits including Micro:bit & Raspberry Pi. Founded in 2013, Monk Makes supports educators across the globe through innovative products designed, developed, and constructed by renowned author, Simon Monk. Their official website is MONK MAKES.com.
A directory of user manuals and instructions for MONK MAKES products can be found below. MONK MAKES products are patented and trademarked under the brands MONK MAKES.
Learn how to easily create soldered prototypes with the MonkMakes Pico Proto PCB (MNK00093). This board labels Pico pins and has a layout based on a 400-point breadboard. The instructions provide guidance on soldering the Pico onto the PCB and transitioning from a breadboard to the Pico Proto PCB. Low voltage and low current use only. Maximum 50V at 3A.
Learn how to use the MonkMakes SKU00096 Plant Monitor with ease. This plant monitor measures soil moisture, temperature, and relative humidity. It's compatible with popular microcontroller boards and has a superior capacitive sensor. Follow the instructions for the BBC micro:bit, Raspberry Pi, Raspberry Pi Pico, or Arduino to get started. Keep your plants healthy and monitor their growth with the MONK MAKES Plant Monitor.
Learn how to use the MonkMakes Air Quality Kit for Raspberry Pi with this user manual. Compatible with Raspberry Pi 2, 3, and 4, this kit measures air quality and temperature with LED display and buzzer. Get accurate readings of CO2 equivalent levels indoors for better health.
Learn how to properly use the 46177 ARDUINO Plant Monitor with this comprehensive instruction manual from MONK MAKES. Measure soil moisture, temperature, and humidity with ease using this versatile board compatible with BBC micro: bit, Raspberry Pi, and most microcontrollers. Stay safe by following the warning and get optimal results by positioning the prong correctly in the pot. Discover helpful tips for Arduino users too.
The 00096 BBC MICRO:BIT Plant Monitor is a versatile board that measures soil moisture, temperature, and relative humidity. It's compatible with microcontroller boards, Raspberry Pi, and BBC micro:bit, and comes with a superior capacitative sensor, alligator/crocodile clip rings, and ready-soldered header pins. The plant monitor is easy to use and features an additional analog output for moisture only, a built-in RGB LED, and a UART serial interface. Read the instructions carefully to learn how to use it.
Learn how to use the Monk Makes 105182 Raspberry Pi Plant Monitor with this comprehensive instruction manual. Measure soil moisture, temperature, and relative humidity with ease. Compatible with Raspberry Pi and most microcontroller boards, this monitor is a must-have for any plant enthusiast. Keep your board safe by following the warnings and instructions provided.
Learn how to use the MONK MAKES 105182 Capacitive Soil Moisture Sensor Plant Monitor with this easy-to-follow instruction manual. This superior capacitive sensor board measures soil moisture, temperature, and relative humidity, and is compatible with various microcontroller boards. Discover how to properly position and connect the Plant Monitor, and use the built-in LED to determine soil wetness. Ideal for gardening enthusiasts and DIY projects.
Learn how to easily switch low voltage devices using the Monk Makes Switch for micro:bit V1A (SKU00095). This transistor switch is perfect for controlling light bulbs, motors, heating elements, and 12V LED lighting with a micro:bit. Follow the step-by-step instructions and ensure maximum voltage of 16V is not exceeded. Get started with the Monk Makes Switch for micro:bit today.
Learn about the MonkMakes 46170 Air Quality Kit for Raspberry Pi with this user manual. Measure air quality and temperature with the CCS811 sensor and LED display, and control the buzzer from your Raspberry Pi. Understand the impact of CO2 on cognitive function and public health.
Learn how to easily connect I2C, SPI, and other devices to your micro:bit with the MonkMakes Connector for Micro:bit V1A. This user manual provides step-by-step instructions and troubleshooting tips for using the connector with your micro:bit model 1 or 2. Explore the possibilities of adding small OLED displays to your micro:bit projects and discover resources for programming with MicroPython.
