investigating ECM & AN/ALR-56M - WHOGX5

[NineLine]

From This thread:

https://forum.dcs.world/topic/350326-dcs-f-16c-early-access-whats-left-whats-next/?do=findComment&comment=5471117

Quote

 

- ECM: Barely implemented. Currently only barrage jamming is kinda working, and even that is extremely ineffective most of the time. MODE 1 and MODE 2 self-protection jamming is wholly inefficient under all circumstances, as the ALQ-184 currently is seemingly incapable of breaking SAM radar locks. There's also no ability to choose which bands to jam, making it impossible to jam certain surface threats without jamming your own radar for A-A sanitizing. Neither MODE 1, 2 or 3 should inhibit your radar, but rather MODE 2 & 3 should reduce the effectiveness of your radar while actively jamming in the same band as your radar, and not impact the radar at all while jamming in other bands. The AN/ALQ-184 in DCS also has 360 degree coverage, whereas it would have roughly 120 degree cones fore and aft of the pod in real life, with diminshing effect closer to the outer limits of those cones. MODE 1 should only use the aft emitter to jam threats, while MODE 2 & 3 use both fore and aft emitters. It should also have high/low settings to angle the jamming emitters downwards for surface threats and upwards for higher altitude A-A threats, as well as cooperative jamming where multiple F-16C's in close formation boost jamming effectiveness. As an aside to this, chaff is completely useless against certain threats. You can drop 120 chaff in 1 second and you still will never be able to spoof an SA-5. This in combination with an inability to break locks during jamming, means that your only real defense once an SA-5 is locked on to you is to dive towards the ground and break line-of-sight. Other emitters have similar issues.

AN/ALR-56M: Even though I mentioned the issues with the RWR just above, I'm still making this a separate point just to emphasize the importance of this system. If I could only pick a single thing that'd be fixed in the DCS F-16C, it'd be the AN/ALR-56M. Right now, the DCS F-16C is completely handicapped, not merely in SEAD, but in all combat situations, because the current RWR implementation is not merely incorrect, but it makes the RWR close to useless. The AN/ALR-56M was chosen as the new standard RWR for the USAF because of it's incredible capabilities and the added situational awareness it provided to its pilots, and this is also why it was rolled out so early on the F-16CJ/CM-50, the USAF's primary SEAD platform. However, in DCS, the AN/ALR-56M is the single least capable RWR in the whole modern US fighters lineup, and in many ways it's even inferior to the old 1980's SPO-15 mounted on the MiG-29A. If you get an AMRAAM fired at you, the SPO-15 (and the real life AN/ALR-56M) will indicate how quickly the missile is approaching and how close it is to impacting you, allowing you to plan your missile defence and perform last ditch maneuvers. With the DCS AN/ALR-56M, you have no indication of how far away a missile is except when it impacts your aircraft. This really, really, really, really needs to be fixed, especially for a SEAD platform like the F-16CM-50.

 

This is locked as I investigate.