Atr 72600 X Plane 11 May 2026

Before diving into the simulation, let’s understand the aircraft. The ATR 72-600 is the flagship product of ATR (Avions de Transport Régional). It is a twin-engine turboprop designed for short-haul regional flights, typically carrying 68-78 passengers. Its unique blend of efficiency, ruggedness, and advanced avionics (including the Thales Glass Cockpit and FMS) makes it a favorite among regional airlines like Air New Zealand, FedEx Feeder, and Swiftair.

In X-Plane 11, the ATR 72-600 represents a unique challenge: it is not a "fly-by-wire" airliner. It requires constant throttle management, prop lever adjustments, and a deep understanding of turbine dynamics. This is why finding a quality ATR 72600 X Plane 11 model is a quest for serious simmers.

The Base Model: Carenado is famous for stunning visuals. Their ATR 72-600 for X-Plane 11 features a highly detailed 3D cockpit, PBR (Physically Based Rendering) textures, and custom sounds. However, out of the box, the flight model is considered "light."

The Game-Changer: To turn Carenado’s model into a study-level sim, you need the Simcoders Reality Expansion Pack (REP) specifically for the ATR 72-600. REP transforms the aircraft completely.

Verdict: This is the definitive ATR 72600 X Plane 11 experience for hardcore simmers. atr 72600 x plane 11

When you search for ATR 72600 X Plane 11, you will encounter several options. However, not all are created equal. Here is the definitive ranking.

Upon loading the ATR 72-600 in X‑Plane 11, you are greeted with a meticulously modeled exterior. The iconic high-wing design, the elongated fuselage, and the massive six-blade propellers are faithfully recreated. Highlights include:

Inside the cockpit, the Thales avionics suite shines. You will find five LCD panels:

The layout is intuitive for anyone familiar with modern airliners, but the ATR has quirks: No autothrottle. Propeller levers instead of a single thrust lever. A unique “alpha floor” protection system. Before diving into the simulation, let’s understand the

The package comes with a comprehensive manual (often referred to as "The Bible" by users). It covers:

Verdict: This is not an aircraft you can just "jump in and fly." It requires reading the documentation to understand the condition levers and FMS interface.

Flying the ATR 72-600 in X-Plane 11 transforms the simulation experience from "navigation" to "aviation." The typical flight begins not with a pushback from a massive jetway, but from a remote stand or a regional terminal. Using the built-in weight and balance menu, the simmer must set the center of gravity (CG) carefully; the ATR is notoriously sensitive to aft CG, leading to nose-up pitch tendencies on rotation.

The start-up sequence is a ritual. Unlike a jet’s APU and single-engine start, the ATR uses a cross-bleed start, often requiring the simmer to manually manage the start switches, observe the ITT (Interstage Turbine Temperature) peaks, and introduce fuel at exactly the right moment. The soundscape in X-Plane 11—from the whine of the starter generator to the distinctive thrum of the six-blade props as they enter the low-pitch detent—adds immersive depth. Verdict: This is the definitive ATR 72600 X

Takeoff is where X-Plane 11’s physics shine. The simmer must rotate to a precise 8-10 degrees nose-up, then lower the nose to accelerate in the “clean” configuration. The characteristic “ATR bounce”—a slight oscillation due to the stiff landing gear and high wing—is modeled, as is the need to immediately raise the flaps to 15° and then 0° as speed builds. In cruise, the simmer manages not Mach number but True Airspeed (TAS), typically around 280-300 knots. The aircraft is constantly affected by turbulence, requiring small trim adjustments that keep the pilot engaged.

The approach and landing are the true finale. The ATR 72-600 uses a steep descent profile; a common error in X-Plane is maintaining jet-like 3° glideslopes, whereas the ATR often flies 3.5° or steeper approaches into short fields. The pilot must master the “beta range”—bringing the power levers back past the flight idle gate into ground idle, and finally into reverse. The propellers act as massive speed brakes. A successful landing is not about greasing it on; it is about planting the main gear firmly while the power levers are at flight idle, then immediately selecting reverse pitch to decelerate without locking the brakes. X-Plane’s ground handling model, often criticized for being too slippery, is actually a fair representation of the ATR’s light weight and large propeller surface area in crosswinds.

The ATR 72-600 for X-Plane 11 is not an aircraft for the simmer seeking the “easy mode” of an auto-start and a direct GPS route. It is a machine that rewards discipline, punishes complacency, and offers a window into the demanding, rewarding world of regional turboprop operations. By faithfully modeling the distinctive torque response, the critical propeller management, and the operational cadence of short-haul flying, this simulation elevates X-Plane 11 beyond a game and into a true aerodynamic workshop. For the simmer who masters the ATR—who can execute a single-engine missed approach into a mountain airport or land smoothly with reverse pitch in a 20-knot crosswind—the reward is not just a completed flight, but a profound understanding of what it means to truly fly a complex aircraft.