Name: Printable A320 Throttle Quadrant
SKU: 1549
Availability: InStock
Rating: 4.38 (26 reviews)

Printable A320 Throttle Quadrant

€30.00 – €40.00

The first fully working and printable A320 Throttle Quadrant, for your favourite simulator! The quality you loved in the 737 TQ now gets even better with an rock solid design and increased realism.
This model can be easily printed with any 3D printer that has a build plate of, at least, 220X200mm. All the buttons and the levers you see in the photos are actually working. Detents are present for REV/IDLE/CL/FLX and TOGA points, in addiction the REV sector cannot be engaged if the handles are not lifted (as in a real A320).

Flaps and Spoiler levers can be attached to the main body for a more compact assembly or they can be placed anywhere in your cockpit with the extended plates provided.

Assembly is super easy too, with the instruction provided, all you have to do is: print all the files, follow very carefully the instruction, connect the potentiometer and buttons and fly.

Two versions of this TQ are provided, choose “Complete” to have all the Throttle Quadrant as shown in the picture. Choose “Lite” to have it without flaps and spoilers levers.

YOU ARE BUYING .STL FILES AND .PDF INSTRUCTIONS. YOU WILL NEED A 3D PRINTER TO PRINT ALL THE PARTS REQUIRED.

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Extra Parts Required

4x Linear Rotational Potentiometers or 2x for the Lite version
2x Red Buttons
2x Roller Lever Actuator Switches (Optionals and depend on your software)
1x Rotary Selector Switch
2x Toggle Switches
Some Springs
4x Ball Bearings 608
2x Ball Plungers (optionals, needed for detents)
1x Joystick USB Interface

Dimensions Note

1:1 Scale. Dimensions are the following:

255X293X284 WXLXH, measurements are done with Flap and Spoilers attached and THR levers in vertical position.
105X293X284 WXLXH, measurements are done without Flap and Spoilers attached and THR levers in vertical position.
145X102X5 WXLXH are the dimensions of the extended Flaps/Spoilers plate.

3D Printing Settings

Layer Height: 0.2mm-0.16mm (It’s really up to you).
Infill: 20%-100% (Follow the attached BOM.pdf file in order to get the right percentage for each file).
Approximate Plastic Weight: 1,5Kg

3D model format: STL

Terms and Conditions

All my models are inspired to their real counter part. At the moment of publishing these models I have had no access to any official data or technology, designs are the most accurate as possible and based on non official sources. I cannot guarantee that mechanics are exactly the same as on a real plane. For this reasons this model is intended to be used in an amateur flight simulation context and it must not be used in any official flight training session nor in any official examination that will lead to any Aviation licence on the behalf of any legislation.
The insertion of companies logos is only for cosmetic purposes. Nothing stated in or related to this models can be considered approved by the companies related, nor reflects their ideas or technologies.
Due to the fact that I sell files, I can't offer you any kind of refund.
The use of this models is intended for private use only, any commercial use of my products is forbidden. Any kind of re-selling of parts, or designs based on these models is forbidden.