
Project #MicroLongRange
thingiverse
The text provided is an extensive guide to building and customizing a drone, specifically the MicroLongRange (MLR) platform. It covers various aspects such as recommended parts, settings for optimal performance, carbon parts sources, and ready-to-fly options. Here's a summary: 1. **Custom Motor Mix:** The author recommends using a specific motor mix configuration for the MLR, which is shared in the text. 2. **Stock PIDs Settings:** For BF4.1 Stock PIDs, the setup should run fine with some adjustments to the throttle settings for better precision. 3. **Carbon Parts Sources:** Three sources are mentioned for acquiring carbon parts: - CNC Madness (North America and Global) for $24 including standoffs and screws. - Armattan Productions (Global) which can take longer, around 3-4 weeks, and does not include hardware. - AHLtec (Germany/Europe) where customers need to communicate in German. 4. **Ready-to-Fly Options:** The guide mentions several ready-to-fly options: - Flywoo Explorer LR: A collaboration between the author and Flywoo with a frame very close to the MLR. - iFlight Cimera 4 LR: Not an official collaboration but considered by the author as a good "copy" of the original design. - GEPRC Crocodile Baby: This is not highly recommended due to its clunky frame and stacking issues. 5. **Required Hardware:** A list of hardware components is provided, including standoffs, nuts, and screws necessary for assembling the drone. 6. **Updates:** The guide has undergone several updates, with the most recent one adding camera mounts for DJI FPV and Insta360 Go, recommending against split type cameras due to reliability and RF noise issues, and mentioning new Dave_C FPV 1404 motors with lower kV options.
With this file you will be able to print Project #MicroLongRange with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Project #MicroLongRange.