Microsoft Flight Simulator X: Steam Edition - Robinson R44

Summary pulled directly from Steam - Some text may only be applicable to Steam platform

The R44 is a lightweight, versatile, piston-powered four seat helicopter renowned for its economical, reliable, and safe operation. With its sleek design, impressive speed, and unparalleled reliability the R44 delivers the performance of a turbine helicopter at an affordable piston price.

The Just Flight R44 add-on package for FSX: Steam Edition from Just Flight includes various different models, which mainly feature differences in engine variants and float/skid configuration.

Features

This package includes the skid-equipped R44 Raven II, and the fixed utility AND emergency float equipped R44 Clipper II.
Includes 17 unique liveries and 41 individual aircraft variations.
Can be configured in UK, American, German, French, Swiss and Dutch registrations
Operating emergency floats
‘In sim’ checklist and operational limitations sheet
Animated pilot figure
Click to show/hide passengers
Animations: rotor pitch, swash plates, tail rotor pedals, cabin doors, engine bay doors, parked rotor blades move in the breeze

Realistic cockpit operations

Unique - the aircraft has altimeters that change from Milibars to Inches in the pressure setting window, depending on which International settings you have set in Flight Simulator. A simple mouse click enlarges the altimeter.
Individual Avionics can be turned ON or OFF
Overhead rotor brake
Smooth gauge operation
Engine 'Starter motor engaged' warning light
Various other warning lights such as low rotor RPM and Rotor brake
Mouse-over tool shows text of instrument name and readings
All avionics are available in pop-up window

Realistic avionics

Highly realistic avionics have been individually developed for this aircraft, based on the equipment fitted in the original machine:
Nav/Comm radio
Transponder
VOR indicator

System operations

Authentic aircraft systems provide an even more accurate flying experience, with full electrical system simulation.