Atr 72-600 X Plane 11 !free! Guide

Simulates the unique ability to run the right engine (Engine 2) as an APU while the propeller remains braked.

, a final release for the platform was never fully confirmed. Virtualcol

The -600 series is defined by its upgraded avionics suite, which makes it a challenging but rewarding aircraft to master. atr 72-600 x plane 11

The "-600" variant represents a massive technological leap over older ATR models. The analog dials are replaced by a modern Glass Cockpit Suite featuring five wide-screen Liquid Crystal Displays (LCDs). Multi-Function Displays (MFDs) and Flight Instruments

Switch the Start selector to and monitor inter-turbine temperature (ITT) rise. Simulates the unique ability to run the right

The ATR 72-600 features a modern glass cockpit, known as the "HighLine" cabin, which includes five large LCD screens that replace traditional instruments. It is also one of the most fuel-efficient regional aircraft on the market, making it a staple for airlines around the world. Its real-world popularity is exactly why the X-Plane community has been clamoring for a high-quality digital version.

What makes the SkyCatsLab ATR so exciting is its remarkable fidelity. The development team, consisting of "the internal testing team and several experienced ATR 72 pilots" is painstakingly recreating the aircraft's systems and flight dynamics. To give you a sense of the depth: The "-600" variant represents a massive technological leap

The ATR 72-600 is a twin-engine turboprop regional airliner widely used for short-haul flights. In X‑Plane 11, it offers a highly immersive simulation experience, balancing system depth with performance-friendly operations. Several versions exist, including the (with various community enhancements) and the payware “ATR 72-500/600” by Carenado (now maintained by Thranda). This write-up focuses on the typical features found in high-quality renditions of this aircraft.

A defining characteristic of the ATR series is "Hotel Mode." The right engine (Engine 2) can run its core turbine without turning the propeller. A propeller brake locks the blades in place. This allows the engine to function as an Auxiliary Power Unit (APU), providing electrical power and air conditioning to the cabin on the ground without endangering ground crew. Power Management Modes