Milviz - DHC-2 Beaver v1.170616 FSX/FSX:SE/P3Dv3/P3Dv4]

In the twenty year time span between the Beaver's maiden flight in August 1947 and the end of production in 1967, a total of 1657 DHC-2 Beavers were manufactured. These well-engineered, sturdy aircraft, designed to handle everything that could be thrown at them, soon found themselves spread out across the globe. From frigid Arctic and Antarctic extremes, hot jungles, lush tropics, sandy deserts, there is very little of this planet that the iconic Beaver hasn't laid wheels, floats or skis on.

Honoured as one of the top ten Canadian engineering achievements of the 20th century, the Beaver still takes to the skies in large numbers to this day. It continues to largely fill the same role that it was originally designed for, hauling people and equipment to the furthest and most remote spots on the planet.

Our simulation of the famed Beaver is designed to deliver everything that you could ask for from such an aircraft. From replicating the sound of the nine cylinder R-985 Wasp Junior radial engine, to emulating all the routines and tricks of flying an aerial workhorse, to tuning a realistic flight model based on real world experience, we've created an aircraft that absolutely begs to be flown.

Unparalleled Versatility

Not only can you take your Beaver wherever you might want to fly, now you can also configure it for the role you'd like it to have as well. We've included four separate configurations for landing gear: Standard wheels, amphibious floats, skis, tundra tires; each model complete with a tuned flight model that accurately reflects differences in performance.

In addition, we've also included two distinct fuselage models with individual roles; the original stock fuselage with the small round rear-most windows is outfitted for carrying cargo, while a cabin modified with large rear windows is nicely appointed for carrying passengers. The load-out on both versions is selectable from within the simulator, with the cargo even shown (or hidden) inside the cabin.

In-Depth Functionality

Our DHC-2 steps far beyond standard simulator functionality to deliver a complete, thoroughly immersive experience. The various subsystems are not only extensively emulated, but they also interact with each other. Starting the engine requires fuel pressure to be built up in the lines, as well as proper priming, in addition to taking into account battery voltage and engine temperature. Flooding conditions are able to occur, requiring the pilot to follow the instructions in the provided flight manual to clear. The electrical system is closely simulated, with both the ammeter and the voltmeter responding to inputs and load, as well as operable circuit breakers present for key systems.

The dangerous effects of icing is also simulated, with serious consequences for disregarding potentially dangerous flight conditions. Ice accumulation can be hazardous and lead to airspeed loss and a stall; freezing rain can disrupt static instruments and cause incorrect readings. Of course, that's if you remembered to remove the pitot tube cover to start with!