Ok. My take on the Gazelle vs. Huey
Disclaimer:
DCS is a simulation. Helicopters are inherantly difficult to simulate, due to all of the aerodynamics involved. DCS does provide a pretty good flight environment model though; and its been demonstrated by the first three helicopters. The other issue is lack of proprioceptive/vestibular motion and the availability of realistic simulator flight controls. It will never be true to life, but a good developer realizes this and adjusts accordingly.
With that being said, I loaded up the Huey with my MS FFB2, CH throttle (strapped to the side of my chair with reverse axis to simulate collective), and my cheap saitek pedals. I was able to pick the huey right up to a hover and with very little practice, it became familiar as a helicopter and easy to fly. With no SCAS/SAS/stability it is a workload, and that is very well simulated. You can feel its performance change, based on DA and weight. It takes good attention and power management to fly.
The Gazelle, on the other hand, is horrible in contrast to not only the Huey, but every sim helicopter I’ve ever tried since 2004. I can tweak the excessively sensitive controls as needed and its awkward for me as I’m not used to flying clockwise main rotor aircraft, but this thing just does not fly realistically at all. How does it have so much power? I fly IRL daily in a dual 760 shaft hp bird by the same manufacturer and even on a low density altitude day at 2000 lbs under max gross, I would overtorque the shit out of the main transmission and hit N1 engine limits trying to give it the power that this single 590 hp Gazelle engine simulates in DCS.
I get its a rigid rotor system and the cyclic is sensitive. That doesn’t mean it has to become even more sensitive in the sim. Force trim should also work properly. It does on the other three DCS helicopters.
My favorite test of any sim helicopter is autorotations. I get that the Gaxelle has a very low inertia rotor system using fiberglass reinforced plastic blades, but at a 100 knot autorotational entry, I should be able to maintain NRO at >60 kts and maintain a glide rate commesurate with airspeed. This is a single engine combat aircraft. Its ability to propey autorotate is critical.
I kinda regret spending the money on it. You guys at PC really need to go back to the drawing board. I can understand why so many of your customers are upset.
Graphics wise, its a great looking model. I would add a little more bright contrast in the cockpit to make the gauges more readable.
I hope you do a much better job on the Kiowa.