FPV Micro Drone Quadcopter BeanCopter V5

thingiverse

This is a microcopter developed for a microquad workshop in Fab Lab Seoul. FPV equipment is embedded under the flight controller. It's extremely lightweight and prints quickly, making it easy to replace in case of a crash. Designed alongside a screen-remote holder: http://www.thingiverse.com/thing:1504702. Alternatively, an fpv cardboard headset can be cut in a lasercutter or manually: http://www.thingiverse.com/thing:1504718. The full tutorial is available here: http://eduardochamorro.github.io/beansreels/workshops/beandrone.html. A video example can be seen at https://vimeo.com/163513707. V5 Characteristics: * Motors are designed for 7mm class * An optional 6mm motor mount is available * Reinforced arms can be added * Electronic components are mounted on top for increased accuracy and balance * Lipo protection is provided on the bottom (semi-enclosed) * Arms are designed to be extremely resistant but flexible enough to absorb crashes The fpv equipment used in this model includes: * Coaxial wire as dipole antenna * Microcamera 600tv 3gr * Transmitter TX5823 * Pololu voltage regulator or another 150mah lipo for clean/separate power supply All electronic and motor components are easy to access. The motor holders are flexible, allowing for the attachment of motors with sizes ranging from 7mm to 6mm. For testing purposes, a microwii flight controller was used with a dms2 receiver on board; however, a wide variety of flight controllers can be mounted. For reference, links to previous models (V4, V2-3, and V1) are available at http://www.thingiverse.com/thing:1484268, http://www.thingiverse.com/thing:1484253, and http://www.thingiverse.com/thing:1484249 respectively. Print Settings: * Printer Brand: Deltaprintr * Printer: Deltaprintr Assembled * Rafts: No * Supports: Yes * Resolution: 0.1-0.2 * Infill: 10-20% * Notes: This model is extremely tolerant and can be printed with almost any settings. Printing without supports is possible if the speed is set to 80mm/s or higher on a well-calibrated printer.