Well.. is DRFM a new form of jamming technique ?

Looking from what it stands (Digital Radio Frequency Memory) It’s more like part of the ESM… So it samples enemy radar signal.. in much better fidelity than older technique Thus allow self protection or Standoff jammer to emit better “replica” of enemy radar signal. Thus it might be more difficult to distinguish from real signal at the radar’s side.

As far as i know.. jamming techniques haven’t evolved much.. counter monopulse technique such as Cross eye and some deception modes like gate stealting (RGPO or VGPO) are still pretty much valid technique and so on repeater jammer (smart noise etc)

Any confirmation aside from 1 pic?

Great if true.

Still from the realm of twitter and facebook unfortunately.

Another image

US replenishing the stockpiles Russia destroyed in the last days.

Russia should bomb these locations. Stingers on the way to endanger russian pilots.

U.S. delivers 50 tons of ammunition to Syria rebel groups

According to your news.. they’re dropped in Hasakah province, meaning that it’s the Kurds who will get it. and so far Russian bombings didn’t touch Kurdish territory (YPG)

Nonetheless, recently The kurds apparently engaged in Alliance with Syrian rebels that being bombed..forming “Democratic Force of Syria”.

Any truth? Suspect not at the moment.

http://warmonitor.net/news/2015/10/09/reports-turkey-shoots-down-russian-jet-in-airspace-violation/

well.. just wait for wreckage photo to emerge.

Only you are talking about a radiometer (n) – everyone else is talking about radiometric (adj.) [waveform].

You clearly have serious problem in understanding and not answering my question at all.

That would be a ground-breaking capability that not even the mighty AN/ALR-94, SPECTRA etc posses – and hence I think it highly unlikely for the L-150-16M. The L-150-35 on the Su-35S is a more complex and sophisticated piece of kit analogous to the AN/ALR-94, and even it uses Irbis in interferometer LPI mode to target active radar guided missiles.

The next generation AAMs will switch to Ka-band (MMW radar seekers) affording very high resolution for anti-stealth:

AGAT’s Ka-band MMW seeker (centre):

I don’t see correlation between resolution and counter stealth.

Your paper basically describe seeker with target recognition and imaging capability, basically ISAR (Inverse Synthetic Aperture) Where it can form target imagery for recognition. This will benefit from fine resolution of the smaller wavelength.

Another incentive of moving to high frequency is more compact seeker. Like that AGAT seekers you posted.. which also sports those spiral passive interferometer antenna.

Anyway i uploaded the full paper for reading :3

https://www.scribd.com/doc/280457573/The-Advanced-Simulation-System-for-MMW-Imaging-Radar-Seeker-onboard-Air-to-air-Missile

I don’t think you will get answers to these questions here. IMO you should try a Russian [language] forum like Balancer.

i wish i can speak Russian :s