[1] "like it or not"? that's what i said, it was a compromise.
[2] as Tob mentioned, it is a niche built vehicle. not sure what that would have to do with the parts going on/into it. BTW, the 03/04 pistons are worse than the GT500's rods.
[3] let me say it again; the rods support ~1000HP at the crankshaft/~800HP at the rear wheels. please, how in the hell is that 'skimping'??? that is OVER ENGINEERING, plain and simple. for an engine that makes between 500 and 650HP from the facotry, rods capable of supporting ~1000HP are OVERKILL.
[4] the rods are capable of supporting ~50% more power than the engine produces stock in the '07-'09 GT500. they are capable of supporting ~35% more power than the engine produces stock in the '13 application. ~35% is ADEQUATE?!?!?!?!
BTW, the "safe limit" of 800RWHP is based on twin screw cars; I.E., low end torque, massive power under the curve cars. not turbo cars.
[5] IT CAN SUPPORT 1000 CRANK HORSEPOWER. 1000HP is 1000HP, regardless if it's at 6250RPM or 7000RPM.
[6] i really don't understand where your coming from at all. these aren't brand new rods, they are 99% identical to what has been in the car since the original 2007 model. if "the first owner to use a setup that makes that much power" spins it to 7000RPM, then it is out of 100% pure ignorance/stupidity, because we've known for YEARS that this isn't a good idea. thus, that jackass that throws a rod through the block is irrelevant, because there will be others with some semblance of intelligence that will match his HP at a lower RPM and they will have an engine that survives perfectly fine.
again, name another car that can support 800RWHP on the stock short block. you're not gonna find one under $90k. yet the internals of this engine have been "skimped":rollseyes
In comparison to the other components, YES, they used adequate rods. It's like building a house out of 3" steel plates, installing the best security system money has to offer, and then using a Fisher Price lock.
Rod strength is RPM dependent. I'll explain the physics to you:
As RPM increases, piston speed increases. As such, changes in direction - ie. when the piston is at TDC and begins to move towards BDC - cause the piston to accelerate very quickly. As we all know F = ma, in it's most simplified form.
Since the movement of a piston in the cylinder over time is indeed sinusoidal. Thus the peak acceleration of the piston is the instantaneous moment at TDC.
How is this affected by RPM you ask? The force of the piston creates a tensile force on the rod, literally stretching the rod, and deforming it elastically.
Since piston speed increases exponentially with RPM, the force on the rod does as well. This also means the rod stretches in accordance with the speed of the piston and the force it exerts on the rod.
At lower RPM, there may be more torque applied to the piston, however the rod will not be stressed as much by the piston's movement. Since the maximum velocity of the piston occurs at approximately 40-50% of the length of the stroke of the motor; depending on rod to stroke ratio.
Thus the changes in velocity and acceleration are increased exponentially with RPM, even at similar power levels. This means the rod sees a higher peak amplitude between tension and loading moments. The rod is thus subjected to more fatigue, and higher forces vs. the number of cycles it is put through. In engineering terms, higher RPM puts the rod in higher jeopardy of yielding, or failing completely
So to prove my point: 700 horsepower is not the same at 6250 RPM as it is at 7000 RPM.