Here is a beautiful formula 1 car specially designed to be easily printed by any 3d printer with a build plate size of 220/220/220 or larger. Honestly if you know how to resize items and rescale you can print. This on any size. It’s designed to be 32” long and .75” thick. Easily glues together with super glue. It’s only 4 parts.

Aircraft Specifications

I’ve always been fascinated with the J10. Ever since I saw the RC turbine Carf j10s with vectored thrust I was amazed and wanted a park flier sized version. I have owned a few foam versions, but they never flew quite right this 64MMJ 10 flies incredibly it has very large control surfaces so it’s the most maneuverable jet I’ve made so far you will need to lower the rates and use exponential. I have gone through three revisions, I have also tried two power units a normal 4S 64 mm version and a high-powered 6S 64 MM version both fly great.

This model flies exactly like my 64mm version does just way more power and more roll authority. same setup and build as all my other planes.

Build Plate 250mm x 250 x 250. You can still print his if you know how to slice parts slightly smaller. Its very easy but i just sliced it for a 250mm.

The EDF hole is designed to fit a wide mouth 90mm (EPF hobby Mercury Alloy) but it will fit anything with some modifications. I will provide shims with the download once I get a new regular style EDF to try in there.

I never thought I would design a jet that would outperform the Mirage but it’s happened. This Viggen will do things that no other 3-D printed EDF can do. It will slow fly like a trainer and float in for landings, unlike any EDF I’ve ever seen. It also tracks as true as the Mirage does, and that’s amazing fully functioning canards. And only 850 g flying weight. This can be printed in lightweight PLA preformed lightweight PLA or even regular PLA. Please watch my videos to see how well this flies it’s extremely compact at only 30 to 32 inches long.

This 3d printed F- 35 is one of the best flying 3d printed planes I’ve ever seen or flown. Eflite ultrix 600 donor electronics are required but you’re welcome to try your own build with twin props or even a pusher design. If you buy one I will make a pusher prop adapter. The plane is 360 g all up weight. In all honesty, it flies better than the ULTRIX. I will be listing all of the detailed print settings shortly it’s pretty straightforward. It does require some supports on certain sections. The only thing you will need to complete is a single 6mm carbon tube.