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SVTP said:With the Bore Spacing being over 4.5-Inches I believe it would be safe to call this engine something other than a Small Block (perhaps M/S Block?). GM’s LS/LT engines feature a 4.4-Inch Bore Spacing, and the Mopar HEMI Series rings in at 4.46-Inches. So Godzilla appears to be a shade larger than both of those, not to mention the Modular Series’ puny 3.937-Inch Bore Spacing. Big Blocks typically come in around 4.8 inches, so it definitely looks like we’re not getting a new generation of BBF v8
Boat anchor for a fox swap LOL better off doing an LS if people want a pushrod engine.
so its an aluminum block? if so thats sweet! I'd love to stick one in a classic stang
journalist embargo supposedly should be done on today so maybe we'll get to hear how it drives?
yeah i saw it somewhere yesterday while i was looking for 1/4 mile times out of it.the 7.3?
yeah i saw it somewhere yesterday while i was looking for 1/4 mile times out of it.
and then this morning i just saw this...
2020 Super Duty: No reviews until Jan 21, 2020
Review Embargo until January 2020. .... So much for available Fall 2019. As for the truck, it looks great and should give Power Wagon a run for its money.www.svtperformance.com
but now im remembering seeing 0-60 times yesterday (and being underwhelmed by them) in some of the sites i was looking at so who knows.
TFLTruck bought one , had it on the dyno with 5 Star, and has done a mileage loop. It has been extremely meh. Even the cat back system they put on it was meh
Let's just hope it doesn't end up being just a great low rpm fleet truck & rv motor.
Beltramo pointed out that most vehicles with a gross vehicle weight rating (GVWR) of under 8500 pounds cruise around without carrying or towing much weight at all. That means they don't use much sustained horsepower. By contrast, vehicles with a GVWR over 8500 pounds tend to tow and haul a lot, which means they're using a lot of their horsepower a lot of the time.
In vehicles with 14,000-plus-pound GVWRs—like the Ford Super Duty—Beltramo told us its critical for an engine to operate at peak power with an optimal air-fuel ratio (stoichiometric combustion). From there, Ford worked backwards.
"We built a map of where an engine, can run stoichiometric air-fuel without a bunch of spark retard," Beltramo said. "That led us to a torque-per-liter value and a power-per-liter value, [which] knowing that, boxed us to 7.3 liters."
That's the point I think plenty of people are missing. We have no idea what an aftermarket heads/cam package is going to do to this thing. Ford designed the completed package around a truck moving weight and demanding horsepower. The biggest displeasure I've had in driving any 6.2 250+ is it needs all the RPM to get up on the curve. In my eyes, they necessitate getting the 4.xx final drive if you're doing any kind of real towing/hauling.