LEARNING FROM NATURE
We are totally aware about the design freedom that 3D printing technology gives us, but this freedom should be used in a clever way otherwise you are not taking advantage of this incredible way to manufacture things!.
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We are convinced that biomimicry is a great approach to take advantage of this freedom in order to develop low-weight, strong and efficient airplanes.
DESIGNED TO BE PRINTED
Every small detail has been designed taking into account that it will be 3D printed since the conceptual design phase allowing us to design complex shapes such as winglets which are much more difficult and expensive to build with traditional manufacturing technologies. But our models were also designed to be electric RC planes, this is very important to reduce weight even more.
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ENGINEERING PROJECTS
Physics and aerodynamics affect in the same way an Airbus A350 than a small RC airplane. That is why we take each airplane project as an engineering project.
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Stress analysis to ensure an acceptable strength and aerodynamics analysis to ensure that the airplane will be stable and efficient are just two of many examples.
LOW COST
Nowadays you can print functional parts for complex mechanisms like a radio control airplane even with a low cost 3D printer without losing performances compared with traditional RC planes. All our models have been tested with Anet A8, which is one of the cheapest printers of the market. in addition to this, the main electronics components have been standardized, this mean that you can use the same electronic in any of our models reducing even more the price.
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YOU CRASH IT YOU PRINT IT AGAIN
Crashing is part of this hobby, but now you have a factory at home! The great advantage of a 3D printed airplane is that in case you crash it you can print the damaged parts again, which saves a lot of money!. The electronic elements which are more expensive rarely suffer any damage during a crash. Critical parts are designed to be detachable allowing you to replace them.