As for the Kinzhal doing 20+G, because its a solid fueled rocket that burned out too quickly, once you maneuver doing high G moves, you lost energy pretty quickly and speed too, probabaly reducing it to supersonic or even subsonic speed. The U.S try to fix this problem with the HAWC air breathing hypersonic missile giving more sustained thrust during flight and 3 already tested in '21,'22 and '23 but not yet operationally fielded. Again another question need to be raised on how Russia field such thing so fast and without hiccups.
There's alsoa question if the missile body could bear the extremely high G load. 30+G in a mach 5 plus flying object is a lot, especially if they're doing it multiple times in the air.
The only reason why Kinzhal is yet to be intercepted is the simple fact that no high altitude interceptor that is yet to be fielded to counter these. IRIS-T, AIM-120 and RBS-70 aren't designed for very high speed, very high altitude target.
Things would get pretty interesting once PAC-3 enters the battlefield.
There's alsoa question if the missile body could bear the extremely high G load. 30+G in a mach 5 plus flying object is a lot, especially if they're doing it multiple times in the air.
The only reason why Kinzhal is yet to be intercepted is the simple fact that no high altitude interceptor that is yet to be fielded to counter these. IRIS-T, AIM-120 and RBS-70 aren't designed for very high speed, very high altitude target.
Things would get pretty interesting once PAC-3 enters the battlefield.
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