Atr 72600 X Plane 11 Jun 2026

The second pillar is the . A study-level ATR 72-600 for X-Plane 11 includes functioning FADEC, a fully modeled electrical system with AC/DC bus management, a pneumatic system that bleeds air from the engines for pressurization and de-icing, and a sophisticated auto-feather system. The autopilot is not a simple “heading and altitude” selector; it includes vertical speed, flight level change (FLC), and approach (APP) modes that interact with the flight director. One of the most simulated—and feared—scenarios is the engine failure after V1 (decision speed). Unlike a jet, where a failure results in a yaw that a rudder can handle, the ATR’s large propellers create massive drag on the failed side. The simulation accurately portrays the need for aggressive rudder input, positive identification, and feathering of the propeller within seconds, or the aircraft will depart controlled flight.

: A long-term project designed for both X-Plane 11 and 12. As of 2022, the developer reported that the flight model was roughly 75% complete , with significant improvements to the 3D model intended to meet modern simulation standards. atr 72600 x plane 11

Here is a deep look at the current state of the ATR 72-600 for X-Plane 11, the projects to watch, and how to fly one today. 1. The "ATR Void" in X-Plane The second pillar is the

A "solid" version of this feature requires the developer to custom-code the bleed air and electrical transitions so the plane doesn't just "switch on" like a default aircraft. Current ATR 72-600 Projects for X-Plane One of the most simulated—and feared—scenarios is the