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The AirDog tracking drone was created thanks to 3D printing. After the first radio-controlled aircraft printed in 3D with a 3Doodler pen, here is a drone (or rather a "quadcopter") printed in 3D. It is the AirDog, a Follow Me Drone that has the particularity of being autonomous and being able to track a precise subject equipped with a transmitter / receiver, while filming it from the heights with an on-board camera.This functionality is currently in a buzze, as evidenced by the success of the participative financing campaign of the Grenoble company behind HEXO+, which raised more than one million dollars. I'm not making you salivate any longer, there's no way for the end customer to print the drone at home with his 3D desktop printer for several reasons: the small company Helico Aerospace Industries US LLC has mainly used 3D printing technologies for prototyping purposes. Edgars Rozentals, co-founder and CEO of the company, explains that without the help of a 3D printer, their project would not have been successful and worse, they would have closed down.
Their first mould tests commissioned in China took time to arrive and were each time too heavy to fly. In addition, 3D printing allows many iterations and last minute modifications without impacting deadlines. video presentation of the AirDog tracking drone The AirDog chassis was made with a Stratasys FDM 3D printer (molten wire deposit) and ULTEM 9085 plastic renowned in the aerospace industry for its strength-to-weight ratio and durability.
The walls of the machine are thin and lightweight yet strong, allowing it to take off, save its batteries and be more manageable, while the AirLeash, the equipment to be worn (on the wrist for example) to guide the drone remotely and automatically, has also been printed in 3D with Stratasys equipment but using PolyJet technology.
This is a process that allows different materials to be mixed in a single 3D print, in this case soft and rigid rubber, which, as you will have understood, are models of industrial 3D printers that are inaccessible to the general public.
However, there is nothing to say that the AirDog cannot fly with an ABS or PLA shell and maybe we can quickly find free 3D models to, first, print spare parts and why not finally make the entire chassis. We are also not safe either that the manufacturer himself releases all or part of the 3D plans and that then, thanks to specialized social networks such as 3DHubs, we can find a person equipped with an industrial printer to place an order.
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