Shini, the MFG is the best performing for its BR, which means it’s closer to 11.3 than 10.7.
And since the guided weapons Tornadoes are already 11.3, then it’s clear that 11.0 is correct for the MFG, and 11.3 is correct for the guided weapons.
@someweirdname
Yes, it tells us that the 11.3s are good performers due to their guided weapons.
lolwat? Phoenix has never stopped people from climbing, AIM-7s did.
Phoenixes are easily defeated from 0 to 10,000 meters.
AIM-7s require maneuvers that are only really probable below 5000 meters.
Well considering Sepv2 if from the mid 2000s and the 2a7V is from 2020 there is going to be an armor disadvantage since the Leo is simply just newer with newer tech. Honestly, they should of just went with the sepv3 variant with its NGAP (next generation armor package) the hull armor would end up being impenetrable from most rounds currently out there. But maybe they are saving sepv3 for a later update in the future. Also, for some reason gaijin doesn’t want to give the Abrams turret ring volumetric which would go a long way in reducing the weak spot.
In my observation, Phoenixes reinforced heavily whichever reasons for people to avoid climbing, R-27ER compounded the problem as well. I remember when the F-14A dropped people still tried climbing and then got nuked by Phoenixes. After a few weeks its the current ground clutter central style of matches.
Clearly also not related how US vs US air RB matches in top tier have been almost constant since the F-14A patch.
I can’t even remember the amount of times I’m trying to hide under ground clutter and I get nuked by a Phoenix which has mysteriously not activated the RWR and also had no trouble hitting me almost directly despite less than 30 meter distance from the ground.
I want to explain the current system as I understand it, and explain what needs to occur to change it to what we want.
The current system for countermeasures is a pool of numbers of IR defeating, and radar defeating code.
The input triggers the total pool, and this code is universal across all aircraft.
What needs to occur: Flares & chaff need to be separated.
& flares need a 3rd size: Huge.
So first off, two inputs, this needs to be coded, however this will have no function in the current pool system.
So what needs to happen for these inputs to be used is plane-specific pools based on CM systems.
Examples:
MIrage 2000: 4 chaff tubes on each side of the engine exhaust.
CM buckets that can be filled with chaff, large flares, or small flares.
Large flares is 8x8, or 64. Small flares is 18x8 or 144 flares.
Tornado ADV: 2 buckets for flare/chaff.
BOL pods for 100% of chaff or flares.
F-4E: 2 flare buckets, 2 or 4 chaff buckets.
Flare buckets hold 15 large caliber flares each.
Chaff buckets hold 30 each. You cannot bring more than 2 flare buckets.