Albyone2 | Mazzo.me

Albyone2

Albyone2 - Mazzo.me

I made this radio-controlled aircraft in Depron based on the Albyone project.

I designed the model with the CAD SolidWorks:

CAD model.
CAD model.
Transparent CAD model.
Transparent CAD model.

The plane mounts a brushless motor:

Motor and propeller.
Motor and propeller.

The motor support is realized with plywood:

Motor support.
Motor support.

Behind the motor there is the battery compartment:

Battery compartment.
Battery compartment.

Under the wing there is the electronic compartment:

Electronic compartment.
Electronic compartment.

The internal structure of the fuselage is designed to accommodate the various components:

Fuselage CAD model.
Fuselage CAD model.
Internal fuselage CAD model.
Internal fuselage CAD model.
Internal fuselage CAD model.
Internal fuselage CAD model.

It was designed to be milled with my MPCNC in polystyrene:

Fuselage milling.
Fuselage milling.

The wing has a spar structure:

Wing.
Wing.

The ailerons are moved by small servomotors:

Servomotor.
Servomotor.

The wing is attached to the fuselage with two rubber bands:

Wing coupling.
Wing coupling.

Even the spars of the wing have been milled with my MPCNC:

Spars milling.
Spars milling.
Central spars milling.
Central spars milling.

The moving surfaces of the tail are moved by two servos located in the electronic compartment:

Tail.
Tail.

The receiver’s antenna is external:

Antenna.
Antenna.

The battery compartment can be opened and is closed by a canopy made with my 3D Printer:

Battery compartment canopy.
Battery compartment canopy.

The canopy has an air intake that allows the electronics to be cooled:

Air intake.
Air intake.

In particular the motor driver:

ESC cooling.
ESC cooling.

The canopy is printed in PLA:

3D printed canopy.
3D printed canopy.
3D printed canopy.
3D printed canopy.
Albyone2.
Albyone2.