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LegionnairE
He says the same thing with you.... but i wonder what happens when you take weight of the Aircraft, fuel and ammunition in to the equation,... let see:
Since we our Aircraft is going to be air superiorty fighter. I'm going to use F-15K Which uses F110-GE-129.
Aircraft weight, full fuel (lb): 51,023lb.
Thrust-to-weight ratio - Wikipedia, the free encyclopedia
Now i'm going to remove 2xF110-GE-129 from aircraft, each weights 3980lb. In total 7960.
Military Turbojet/Turbofan Specifications
So we have a aircraft which weights: 51,023-7960 = 43,063 lb.
Now, let's install F-110-GE-132
F110-GE-132
weight: 4050 lb
thrust: 32000 lbf
Thrust to weight ratio: 7.90
General Electric F110 - Scramble
42,063 + 4050x2 = 51163 lb
T/W ratio of the aircraft will be: 32,000x2 / 51163 =
1.25
And for the EJ-230
I couldn't find solid info so i'm going to make some assumptions.
The EJ2x0 with 20% growth compared to the original EJ200. The EJ2x0 engine will have dry thrust increasing to some 72 kN (or 16,200 lbf) with a reheated output of around 103 kN (or 23,100 lbf).
Weight: (1.2 x original weight) 2180 x 1.2 = 2616 lb.
Thrust: 23000 lbf
Thrust to weight ratio
Thrust to weight ratio: 8.79
42,063 + 2616x2 = 47295 lb
T/W ratio of the aircraft will be: 23,000x2 / 47295 =
0.97
As you can see F-110-GE-132 seriously owns EJ-230............
Edit: Also no ammunition involved in the equations... if we were to include them, gap would be widen.