@Ziggy1989 , I don’t get WTF your problem is. You claim that there is no PD HDN that the real life MiG-29 can use, when there definitely is. Here is the excerpt from the MiG-29s avionics manual, from the section describing how the fire control system works when the Radar and IRST are set to interaction mode (baby sensor fusion) and Helmet mode is selected:
Spoiler
And here is a rough translation of the important part:
“When the LOCK button is pressed, the controlling algorithm sends out a signal to the Radar and the IRST to transition into tracking mode (see subsect. 4,5,12). The HUD displays information relevant to the Helmet mode until either the Radar or IRST have transitioned to tracking. After the LOCK button is depressed, the choice of the leading sensor is based on the tracking signals coming from the Radar and IRST”
As you can see, you don’t have to point your nose to lock a target, or first lock it with the IRST (given interaction mode is enabled), you can do it straight away.
Some extra:
Spoiler
Hell, I will tell you even more. I have not found a single mention of a 10 km limit when it comes to the Radar HMS on the 29. Not in the combat manual and not even in the 400+ pages avionics manual that talks about things like exact notch speeds for different closure rates and modes, binary codes, frequencies used, algorithm descriptions, etc. They all give the 10 km figure for the ACM, but none mention anything like that about the HMS, even though these are two separate modes.
Hell, the early APG-66 has 10 NM limit (~18 km), which was later raised on the APG-68 to whopping 40 NM.
If you now suddenly want to again argue that the Radar is too slow to swing its dish on target, listen.
The radar on the MiG-29 usually swings its dish at around 50^\circ/s. This restriction usually comes from the fact that the speed of light is finite, and you can’t just swing it willy-nilly. The servos are usually capable of a bit more than that. On the APG-68, for example, search happens at \sim 50^\circ/s, but it can go up to 82^\circ/s in ACM. So for the worst case scenario you will still have to wait only at most around 1s.
If you want to say that we have to implement that, I will call that stupid, because:
- We don’t have sensor speed modeled for anything, except for search. Radars swing around instantly when they need to lock a target. Missiles swing around instantly when you are using your HMD. On top of that, no other tracking gimmics of radars are implemented (we don’t have any limits on angular speed or acceleration while tracking, we don’t have G limits for radars, etc)
- We also have significantly reduced lock periods. If you look into manuals, you can see that they say a radar sometimes might take multiple seconds just to acquire a target it has already spotted. In the game, it happens much much faster.
Next, why talk about IR seeker blind spots for the 29, if we don’t have that kind of thing implemented in game for any missile anyway? Similarly, why say that the R-27 has a 5 G launch limit, when that kind of thing was already removed from the game?
Lastly, I also don’t like how they have handled the MiG-29s balancing, but running around and saying that the 29 can’ do this or can’t do that with dubious evidence is fruitless.
Oh, and stop telling people that they only read what they want to see, when you are doing that and arguing about points without having read everything yourself.
Half of the threads I visit are filled with you arguing with other people on pointless things.