Découvrez 539 add-ons iFly Boeing 737 MAX gratuits pour Microsoft Flight Simulator (MSFS 2020). Les catégories principales sont Custom Views, MobiFlight Profiles. Livrées, mods sonores, checklists, améliorations de cockpit et plus.
This add-on provides a customized Mobiflight connector profile designed for the WinWingSim FCU and EFIS L, specifically tailored for the iFly 737 MAX series. It includes a variety of keybinds to facilitate daily operations, enhancing the functionality of your flight simulation experience.
The WINWING PAP3 | iFly 737 MAX 8 | MobiFlight Profile add-on provides a refined configuration for users of the iFly 737 MAX in Microsoft Flight Simulator. It includes updates such as improved organization of configurations, extensive output setups, and enhanced compatibility with MSFS SimVars and iFly LVARs. Additionally, it offers specific A/T ARM functionalities and optimizations when paired with the optional LVAR add-on by FLYINGTOMO, improving various aircraft parameters.
This add-on provides a WinWing script for the iFly 737 Max, designed for use with MobiFlight. Please note that it is currently a work in progress, with the airspeed display feature inoperative at this time.
This add-on provides a Mobiflight profile for the WinWing PAP3 specifically designed for the iFly 737 MAX. It includes essential keybinds such as Course, IAS/Mach, Heading, Altitude, V/S, and various controls for buttons, knobs, and lights. The profile requires Mobiflight Beta and the "Add Lvar for iFly 737 Max8" addon to function properly, ensuring compatibility with the simulator. Additional planned features include improvements for Mach display and the PAP3 magnetometer.
This add-on provides a Mobiflight profile for the WinWing PFP-3N to be used with the iFly Boeing 737 MAX-8 in MSFS2020. The profile enables the functionality of the LCD screen and all buttons on the device. However, certain features, such as the LED indicators for EXEC, FAIL, MSG, and OFST, have yet to be implemented. Users will need to follow specific installation steps, including having the latest beta version of Mobiflight and installing Python along with the required packages.
This add-on provides a Mobiflight profile designed for use with the Winwing PFP7 and the iFly 737 MAX in Microsoft Flight Simulator. It requires the beta version of Mobiflight and Python to be installed as per the provided installation guide.
The miniFCU for iFly 737 MAX 8 is a comprehensive MobiFlight profile that aligns with Airbus FCU labeling and methodology. This updated configuration includes key mappings such as SPD PUSH and SPD PULL adjustments, while also indicating the inactive status of the speed dot. Optional usage of an additional Lvar add-on enhances functionality by enabling proper operation of speed and Mach values, as well as improved vertical speed increments.
This add-on provides a Mobiflight profile specifically designed for the Winwing MCDU to be used with the iFly 737 Max in Microsoft Flight Simulator. Users are required to have the beta version of Mobiflight installed, along with Python, as outlined in the provided installation instructions.
The iFly 737 Winwing PFP3 Profile provides a detailed mobiflight configuration for the Winwing PFP3 hardware. While all buttons are accurately mapped to their corresponding positions on the aircraft, it is important to note that display functionality is not included. This profile facilitates improved interaction with the iFly 737 in Microsoft Flight Simulator.
This Mobiflight profile is designed for integrating the ROWSFIRE B107 overhead panel with the iFly 737 MAX8 in Microsoft Flight Simulator. Some automation relies an external app. Updates are planned to improve compatibility and automation in future releases.
The Rowsfire A107 - iFly 737MAX mobiflight profile provides a basic interface for operating the ROWSFIRE A107 (V2) with the iFly 737MAX. This profile currently includes inputs for various standard operational tasks, with potential updates for LED outputs and additional profiles for the INI A350 and FBW A380 planned. Users are encouraged to test the profile by interacting with the buttons to observe their effects on the overhead display (OVHD).
