No, the gimbal angle is fine +/- 55 degrees or so as far as I’m aware… the AIM-120 is a very relaxed stability design… on launch the motor propellant weight brings the center of gravity towards the rear leaving it a little unstable and able to make tighter turn radius than earlier models such as AIM-120A/B thanks to a lighter electronics section.
I believe the AIM-120C-5 was the first to have true “high-angle” off-boresight capability, the shortened control actuator section allowed for a longer motor and more propellant. They switched to an all-boost instead of boost-sustain design that allowed the missile to make the rapid turn around and then chase targets after firing in head-on type scenarios.
In AIM-7F Standard Missile Characteristics - January 1977 it mentions that the 7F could reach 53nm if both carrier and target are flying at 2.0 Mach at 40,000ft head-on. But it would be vastly limited by the seeker performance.
I see, yes I forgot the SMC was using 2 mach as launch parameters for that data. That’s interesting, I’ll revise my statement. This is what happens when one “assumes” something at 4am without checking.
As for the HPRF or MPRF debate, I’m about to quote the BMS manual in order to avoid using the actual am-34-1-1 or cj-34-1-1 or MLU M1/2/3 pilot’s guide about A pole and M pole and F pole:
What is the aerodynamic range of AIM-120A/B in BMS or DCS for the same scenario as the AIM-7F’s 98km?
(Also, the HPRF vs MPRF was not a serious debate, rather just a group of trolls and I’d rather not re-ignite that flame if necessary). I’m confident the developers know what they’re doing with that.
What Rmax and missile time of flight do you get for the aim120B when the interceptor is at 11k ft, 0.94Mach 520kts airspeed. Target is Hot going 364kts airspeed, you have 1020 kts 525m/s Vc. Target is ~370m(1200 ft) below interceptor, (~1.2° below). Radar range, 9.5-9.4 Nautical miles(17.6-17.4km) launching range. No manual loft.
Haven’t tested myself. It’s hard to make AI fly a straight line without any dodging maneuvers like a target drone, and DLZ readings will not always concur with the actual range in-game.
Fire an aim120b flying at mach 0.94, 11k ft at a target flying towards you at 10kft 364 kts IAS. Vc should be ~1020 kts with this geometry. Ezzy and fire at 17.5km
So, given conditions amraam B should reach the target before than your model. ~10-20% earlier. 15% in between. You are off, a bit.
Rmax, the Rmax ingame is Raero I think. A shot at 38-40km with the same conditions should prove this. The Rmax range ingame should corresponds to the Rpi Range.
Its this “Redeye flight( F16 Ang training)”, skip to end.
