UAv (Drone) Plane

Last crawled date: 1 year, 11 months ago

…to make or not to make that is the question…

The triumph of 3D printing technology
Really do the impossible! Fantastic!
Many ideas (Drones and components to make by 3D print)
is not implemented in this Challenge for various reasons:
There was not enough time for the best modeling (sea and space drones).
Some ideas may be in need of protection by a patent, may be...
Military applications - I wanted to avoid.
These are my projects can not be implemented "as is".
It is only the symbols of fantastic features 3D printing technology.
Improvisation at the weekend…
Now it's more questions than answers.

Wing (right and left) - each one block for print with the aileron and hinges.
Two spars and integrated with fuel tanks, can be a channel for tank pressurization gas (fuel supply), or drainage.
Alternate wings for aircraft with an electric motor instead of tanks has solar panels on the top surface.
The front edge has metal film for heating by electric current for anti de-icing.
The fuselage of two separate blocks for print
The command module (in the housing), the chassis and the cargo container.
And the back part have keel and rudder and tail wheel swivel.
Just as an example, the beam passing through the tail integrated conductor rails.
The main landing gear with wheels included in the front unit of the fuselage.
Main wheels with a tires not pneumatic .
For the small size of the wheels is not important.
However, the printer allows you to print a wheel diameter 800-900 mm
and it can be very interesting.
The stabilizer fully rotated by honeycomb structure (hinge traditional).
Variable pitch propeller manually rearranged on the ground.
Bevel gears on ends of blades for rotate all and the central part of the
propeller spinner for fixing blades.
Resonance exhaust system of complex surfaces based on splines is optimized for operation of the motor (2-stroke).
The theme of the aircraft include the pitot airspeed sensor.