MD-Pico is a mini-display, specially developed for MD-Lambda-View, in a matchbox format. Despite its extremely compact design, MD-Pico offers full data logger functionality: The integrated SD card slot continuously records the lambda value, engine speed, throttle position (or carburetor slide position), and battery voltage as soon as an SD card is inserted.

The built-in battery offers up to 2 hours of runtime, ideal for extensive measurement drives. For longer journeys or stationary operation, the MD-Pico can easily be powered via USB-C.

What does MD-Pico do?

For those who do not want to use MD-Lambda-View via their mobile phone, for example because they need navigation while driving, MD-Pico offers a complete visual representation of all relevant engine parameters directly on the device.

The brilliant 368×448 pixel AMOLED display shows:

• Lambda value in large numbers,

• Engine speed, throttle valve or carburetor slide position and on-board voltage in smaller numbers,

• Battery status,

• an information indicator for logging (red/green) or the access point mode (yellow),

• a WIFI display

This way you always have all the important values in view, without additional devices.

Web server functions via WLAN

MD-Pico has an integrated web server that allows you to:

• Change the Wi-Fi password for accessing MD-Lambda-View,

• You can download the log files in CSV format,

These CSV files can be directly imported into MD-Surface-3D and used there as a 3D surface.

visualize and analyze.

Installation & Use

Due to its small size, MD-Pico can easily be mounted in the driver's field of vision, ideal for motorcycles and other vehicles with limited space.

A quick press of a button is all it takes to turn off the display, for example, when no screen is needed. MD-Pico continues to work in the background, however, continuously writing log data to the SD card, even in your pocket.

This makes MD-Pico the perfect companion for carburetor tuning, EFI tuning, engine analysis, long-term logging and mobile lambda value monitoring.