AIRBUS TILLER STEERING 3D-Print (MSFS, X-PLANE12, FENIX A320, Flybywire A320neo)

Introducing the Airbus Tiller Model for Flight Simulation by 3D-Aerospaceworks—an immersive and meticulously crafted simulation accessory designed to elevate your virtual cockpit experience.
This precision-engineered tiller replicates the control interface found in Airbus A320 cockpits, providing enthusiasts and aspiring pilots with an authentic and responsive means of maneuvering their virtual aircraft.
From its ergonomic design to its seamless integration with popular flight simulation platforms, this Airbus Tiller Model brings a new level of realism to your virtual flying adventures, offering a hands-on experience that mirrors the precision and functionality of the actual aircraft control system. Step into the captain's seat and enhance your flight simulation journey with this exceptional Tiller Model.

Included is the tiller itself, boasting full functionality, including an automatic centering mechanism and a rudder disconnect button. Additionally, a complimentary mounting bracket for a table clamp is provided.

The intentional design decision to use only M3x8 screws for assembly reflects a conscious effort to minimize complexity, cut costs, and streamline the assembly process.

Having personally utilized and extensively tested this product for over two months, I can attest that it has significantly heightened the overall immersion level, seamlessly enhancing the flight simulation experience.

Partslist

Besides the 3D-Parts you need to buy the following items:

22 x DIN ISO 7991 M3 x 8
2 x 6001 RS - Bearing
1 x 8 x 31,5 Spring (0,6 mm Wire)
1 x DP6-10K-M-P Potentiometer 10kΩ
1 x PBS-110 Push Button
1 x Arduino Pro Micro Atmel Mega 32U4 Processor
1 x micro-USB to USB cable (lenght of choice, 1.2 m recommended)
1 x Wires

Programming

!!!ATTENTION!!! BASIC ARDUINO PROGRAMMING SKILLS ARE REQUIRED

The required code is included with the download as an .ino-File, the installation is pretty straight forward:

1. Download the Arduino IDE https://www.arduino.cc/en/software
2. Install the Joystick Libary by MHeironimus https://github.com/MHeironimus/ArduinoJoystickLibrary
3. Open the Included Arduino code
4. Adjust Accordingly
5. Upload it to the Arduino Pro Micro

Everything can be printed with a standard-layerheight of 0.2 mm.
Recommended layerheight of the handle is 0.1 mm (This is also the only Part, which requires support).