Defence By IITian

Screenshot from upcoming video. What many people overlook is that Americans are no longer thinking in terms of standalone platforms (Rafale with Radar off etc). They are building a multi-sensor collaborative combat ecosystem. CCA aircrafts, AWACS, SATCOM networks, naval assets, ground-based sensors and fighters are all becoming nodes in one giant distributed kill web. The missile is only the final layer.

People often compare airborne S-band AESAs with naval systems without understanding aperture physics. An AWACS may be a massive aircraft, but its radar usually has large length and limited height. That means the effective 2D aperture is still far smaller than naval multifunction radars like EL/M-2248 MF-STAR or AN/SPY-6. In radar engineering, beam precision depends on aperture geometry, not platform size. Warships also bring advantages aircraft simply cannot: Far higher continuous power generation Massive cooling capacity Larger planar arrays Denser T/R module packing without worrying about weight That is why naval S-band AESAs can achieve true engagement-quality fire control at long ranges, while airborne S-band radars are optimized more for surveillance, battle management, and missile support rather than ultra-fine terminal precision. I hope people stop getting carried away by pakistani claims of guiding PL15 through AWACS.

Imagine R = range (100 km here) - Midcourse range (Where as you were initially shooting at 300 KM θ = beamwidth in radians Assume 1° beamwidth at 100 km that ~1.75 km beam diameter 2° beam width at 100 km → ~3.5 km So practically your missile will be 3.5 KM away from targeted cone and you don't know if you have to positively compensate or negatively.. For layman missile is landing 3.5KM away from the target