Optimizes fuel burn and engine wear during departure.
: Emerging as a heavyweight, SkyCatsLab is developing a highly detailed ATR 72-600. Originally built with X-Plane 12 in mind, its arrival is expected to set a new standard for flight dynamics and systems depth in the regional turboprop category.
Flare gently just before the runway. Upon main gear touchdown, lower the nose wheel, lift the power lever triggers, and enter the REVERSE regime to slow down safely without overheating the wheel brakes. Hardware and Performance Optimization Tips atr 72600 x plane 11
Flying the ATR 72-600 in X-Plane 11 highlights the strengths of the simulator's aerodynamic model.
: Involves steep descents and highly structured, busy short-haul cycles. Key Technical Specifications Optimizes fuel burn and engine wear during departure
: A fully functional glass cockpit featuring five wide LCD screens and a Thales-made avionics suite.
Before we dive into the X‑Plane 11 simulation, let’s clarify the real aircraft. The ATR 72-600 is a twin-engine turboprop regional airliner produced by ATR (Aerei da Trasporto Regionale). It is the latest iteration of the popular ATR 72 series, featuring: Flare gently just before the runway
Even with X-Plane 12 now mainstream, X-Plane 11 remains the stable, high-performance platform for complex add-ons. If you are searching for , you are likely looking for a simulation that rewards patience and punishes negligence. That is exactly what the ATR 72-600 offers.
Toggle the to the START START position, and push the engine 2 start button.
Flying a turboprop like the ATR is best enjoyed with the right hardware. A solid setup, like the Thrustmaster T16000M with its throttle quadrant, provides the precision needed for engine and condition lever management. Pedals are also highly recommended for smooth ground handling and efficient crosswind landings.
Monitor fuel burn and icing conditions. If icing occurs, activate airframe de-icing boots immediately, as turboprops are highly susceptible to ice accumulation at lower cruise altitudes (typically FL170–FL240).