a very long wait indeed
That's ok. A truck like that would actually be worth the wait.
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a very long wait indeed
ya, sure it willA truck like that will be worth the wait.
Everyone here hoping for the TTV8 realizes that it's also going to sound like shit compared to a NA V8, yeah?
Again, as for potential, I'm betting that it's less expensive to upgrade the turbos on the HO 3.5L EB to make 500+ rwhp than it would be to slap a blower on a V8 to get to the same power level. We already know that the longblock can take 30 psi, once the right turbos are in place...
ya, sure it will
Everyone here hoping for the TTV8 realizes that it's also going to sound like shit compared to a NA V8, yeah?
Hey, they were available with injection through '96...I agree with all your commentary on block, piston, and rod sizing. So let's agree it would take MORE than an additional 33% to get from a NA 3.5 V6 to a NA 7.0 V8. Fair? But by how much? Neither of us actually knows. And then when you factor in the additional weight of the TT setup, my view remains that, in the context of a 3 ton truck, the potential weight savings wouldn't be worth the significant trade offs (lower power, less reliability, less potential, horrendous sound, etc). What's your view again?
You're really going to drag a motor with a carb on it into this conversation? Come on man. You want to talk steam engines next?
When you factor in the additional purchase price, I don't believe the 3.5 will be cheaper to get to 500+RWHP. But we won't know for sure until one actually gets there, right? I'm sure many will fail trying. And what a pointless exercise. In the meantime, the smart money will be waiting for the 7.0.
hp/L tends to go down as engine size increases. Keep in mind that the formula for horsepower rewards RPM... so that a modest amount of torque at high RPM results in big horsepower numbers. Ford's not going to build a high-winding truck motor... it's just wrong for the application.I want no part of this pissing match.
For the sake of clarity though, a DOHC 7 liter would EASILY make 600bhp from the factory.
A bone stock mustang GT 5.0 is rated at 87hp/L. I think it's safe to say a Raptor engine would at least meet that metric which puts it right at 609hp/560tq. A supercharger would (going by the same metric) produce 938hp/763tq assuming internal components are at least as good as a current Mustang GT.
why go through all the headaches of certifying a different engine for the application if more power is just a couple PSI away?