The word drone has received some undeserved bad press in recent days.  The truth is that drones and UAV’s provide some unique and amazing opportunities to solve real world issues and make a significant changes in the world.

Eric at mkme.org has long been involved in the remote controlled aircraft (R/C) hobby flying fixed wing aircraft, helicopters and quad rotors.

mkme.org helicopters

In recent months the technology & components needed to transform these aircraft into valuable tools has become cheap and plentiful.  Thanks to many open source initiatives such as GPS, navigation, autopilot, video recording, and video transmitting have become readily available and easy to utilize.

In 2014 Eric created his first drone type aircraft for search and rescue type missions from a $70 hobby air frame.  The model was given full GPS navigation and autopilot control capabilities with HD video recording and live first person view (FPV) video down-link via 5.8 GHz transmission.


The aircraft can also be used in aerial mapping roles and missions now that open-source software has been released enabling the “stitching” of the images and videos into full high detail topographic maps.

After investigating the possibility of a smaller & faster air-frame for “scout” type missions, Eric began testing the FT-Versa flying wing aircraft.  This air-frame is made entirely of dollar store foam board (3 sheets) and a few 3D printed parts.  The total cost of the air-frame (without electronics) is under $10 and can be built from scratch by anyone in a matter of a few hours.


The Versa Wing has proven itself to be an amazingly reliable and durable model.  It was outfitted with HD video cameras as well as 5.8 GHz live video down link. An on screen display (OSD) provides the pilot with GPS location, navigation, altitude and speed information enabling the operator to quickly deploy a mission anywhere safely.

2015-05-09 23.25.16

All custom parts, code, and files associated with the aircraft are shared open-source with the world in hopes of developing the technology further.  All videos are contained in an YouTube Airfcraft/Drone Playlist.

A custom ground station and video receiver was needed to support the aircraft and video feeds.  A modular and easily portable ground station was made which includes the video receiver, battery power, LCD display, power monitoring, DVR video recording, FPV Goggles for the pilot and other support materials.  This was also shared via YouTube videos

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We also tested out some aircraft lighting solutions and prototyped LED beacon and strobe systems for increased visibility and control of the aircraft.  This code was actually found online and modified slightly to suit our aircraft. It requires only a basic Arduino micro controller, LEDs and current limiting resistors

Upcoming projects will include an Arduino based fail-safe system and code which will control the autopilot system in the event of radio link problems and any other issue.  The autopilot system and related electronics are under ongoing improvements to increase functionality, increase safety and increase performance.  They will be shared via the website, YouTube and GitHub as they are developed.

We also now have a new DJI Phantom 3 Standard for aerial video and mapping work. So far the quadcopter is working perfectly well and will be included in several upcoming videos.

DJI Phantom 3 standard mkme.org

On the YouTube channel you can also find several recent 210 and 250 sized drones being built and flown.

mkme.org race drone

If you are interested in collaborating on upcoming projects please contact us via the methods on the mkme.org About page.