Atr 72600 X Plane 11 _best_ -

This is a comprehensive report on the Flight Simulation Design (FSD) ATR 72-600 add-on for X-Plane 11.

This aircraft is widely considered the reference standard for turboprop simulation within the X-Plane ecosystem. Below is a detailed analysis covering acquisition, systems modeling, flight dynamics, and overall performance. atr 72600 x plane 11

2. Visuals and Modeling

Takeoff Procedure

Flaps 15° – Required for most takeoffs.
Condition levers – Flight Idle.
Power levers – Advance to 100% torque (monitor ITT).
Rotate at VR – Pitch to ~8° nose up.
Positive rate → Gear UP.
At 140 KIAS → Flaps UP.
Climb power – 90% torque, 240 KIAS, condition levers Max.

3. Avionics and Systems

This is where the ATR 72-600 sets itself apart. It features a fully custom avionics suite that does not rely on default X-Plane garmin systems. This is a comprehensive report on the Flight

Cold & Dark Startup

Batteries ON -> Ground Power ON or APU START.
Overhead panel: IGN (Ignition) to START.
Move the Condition Levers to "FEATHER" then to "AUTO" as N1 reaches 20%.
Wait for the ITT (Interstage Turbine Temperature) to stabilize.

Aircraft Evaluation Report: FSD ATR 72-600

Developer: Flight Simulation Design (FSD) / Shade Tree Micro Aviation (STMA) Platform: X-Plane 11 Version Context: v2.0 (Current standard release) Simulated Variant: ATR 72-600 (Modern Glass Cockpit) Flaps 15° – Required for most takeoffs

Forward Panel

EFIS Control Panels – PFD/MFD range, mode, and brightness.
Auto‑Flight System – FMS, HDG, NAV, ALT, VS, APP modes.
Landing Gear Lever – Down (green) and Up (red locked).

The Aircraft: A Regional Workhorse

To understand the simulation, one must first appreciate the real aircraft. The ATR 72-600 is a stretched derivative of the ATR 42, designed for short-haul routes ranging from 30 minutes to three hours. Unlike its jet cousins, the -600 features six-blade, low-noise propellers powered by Pratt & Whitney Canada PW127M engines, coupled with an advanced “glass cockpit” derived from the Thales Avionics system. Its defining characteristic is its operational environment: high-frequency takeoffs and landings, often into challenging, short, or minimally equipped airports. The “72” in its designation refers to the typical passenger capacity (68-78), while “600” denotes the latest generation of the type, featuring improved hot-and-high performance and the FADEC (Full Authority Digital Engine Control) that automates engine management while still demanding pilot vigilance.

For the X-Plane 11 simmer, this means abandoning the “autopilot at 500 feet and walk away” mentality of long-haul jets. The ATR 72-600 demands presence. It is a machine that flies low (typically between FL150 and FL250), interacts constantly with weather, and requires meticulous speed control—a perfect match for X-Plane’s advanced blade-element theory, which excels at modeling propeller aerodynamics and ground effect.