Atr 72600 X Plane 11 -

The -600 series introduced massive upgrades over older ATR variants. A faithful X-Plane 11 representation delivers several standout features:

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. atr 72600 x plane 11

The ATR shines on short regional runways. Its powerful engines and reversible propellers allow it to operate out of island strips and mountainous airports where standard narrow-body jets cannot land. Standard Flight Workflow in X-Plane 11 The -600 series introduced massive upgrades over older

With clearance from air traffic control, I taxied out to Runway 23L and began the takeoff roll. The ATR 72-600 accelerated smoothly, lifting off the ground and climbing away from the airport. I leveled off at 5,000 feet and set a course for Rotorua. The autopilot is not a simple “heading and

I reflected on the experience, grateful for the opportunity to fly such an iconic turboprop airliner in X-Plane 11. The ATR 72-600 was a joy to fly, and I looked forward to many more hours in the virtual cockpit.

Unlike the analog dials of the -500, the -600 features five wide LCD screens. The advanced Flight Management System (FMS) allows for precise lateral and vertical navigation planning.