Cockpit display system simulating the dependency of the displays on the Display management computers resulting in real life display limitations.Fault injection system allowing to trigger over 140 system faults either at a specific point in flight or randomly during a flight phase.Detailled model of each ADIRU including alignment, small pressure sensor differences between the units, switching of sources for PFDs.
#Xplan plane livery manual#
High fidelity fuel system including inflight CG control by pumping fuel to and from the tail tank, fuel jettison, manual and automatic transfers between the different tanks.airline fleet to have the name of the plane in an Alaska Native language and the first time Alaska Airlines has featured a language. Quantitative bleed model considering the bleed mass flow for engine start, wing anti-ice air conditioning packs etc. The Alaska Airlines Boeing 737-800 is the first livery of a U.S.This is most noticeable when flying on RAT or with wind milling engines Quantitative hydraulic model considering the maximum hydraulic flows of the different pumps as a function of engine speed.This gives realistic surface floating angles if a control surface is lost due to combinations of hydraulic and computer faults. The best airliner for X-Plane Extremely detailed 3D cockpit, 3D sound engine, accurately programmed systems and displays, 20 liveries to choose from, and the most immersive jetliner experience you can get Model : 737CL 1. Hydraulic model for flight control actuators computing hydraulic flow through the actuators, the control surface hinge moment, maximum feasible deflection etc.Fly-by-wire system with reversion between normal law and alternate law 1, alternate law 2 and direct law as per real life logics.
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