When you click on links to various merchants on this site and make a purchase, this can result in this site earning a commission. Affiliate programs and affiliations include, but are not limited to, the eBay Partner Network.
Has anyone come across a torque curve for the 2018-19 6.7 pickup engine? I know the peak torque is 935 foot pounds at 1800rpm and peak horsepower is 450 at 2800 but that's about it. I can find the power curve graphs for earlier engines but so far not for the '18 and '19 models. So if you've seen this graph and don't mind sharing a link or a picture I'd appreciate it.
Has anyone come across a torque curve for the 2018-19 6.7 pickup engine? I know the peak torque is 935 foot pounds at 1800rpm and peak horsepower is 450 at 2800 but that's about it. I can find the power curve graphs for earlier engines but so far not for the '18 and '19 models. So if you've seen this graph and don't mind sharing a link or a picture I'd appreciate it.
Thanks, but that one appears to be for 2016 and earlier. The torque peaks south of 900 and at 1600 rpm.
I was just hoping to see what torque for my ‘19 looked like between its peak at 1800rpm and peak horsepower at 2800 rpm. Mostly just out of curiosity to be honest.
Thanks, but that one appears to be for 2016 and earlier. The torque peaks south of 900 and at 1600 rpm.
I was just hoping to see what torque for my ‘19 looked like between its peak at 1800rpm and peak horsepower at 2800 rpm. Mostly just out of curiosity to be honest.
Horsepower = torqueX RPM/5252. Therefore since your hp @ 2800 is stated to be 450 the torque is 844 ft lbs. you can pretty much draw a straight line between the torque peak and the torque at hp peak. You can of course plot out the hp curve the same way. The only thing you will not see is how quickly it drops off after 2800 rpm
Horsepower = torqueX RPM/5252. Therefore since your hp @ 2800 is stated to be 450 the torque is 844 ft lbs. you can pretty much draw a straight line between the torque peak and the torque at hp peak. You can of course plot out the hp curve the same way. The only thing you will not see is how quickly it drops off after 2800 rpm
Thanks, I hadn’t considered making the calculations myself even though I knew the formula. But I still don’t know when or if it knees over below 2800 rpm as it does in previous years. What you’re alluding to is what I’m trying to find out. If the torque peak is 200 rpm higher than previous years does the linear portion extend an additional 200 rpm before it falls off the cliff?
I think they increased peak hp by fitting a larger turbo and then being able to pump more fuel at the top end. A larger turbo will probably spool less quickly so off idle torque is probably the same or LESS, but the ramp up to peak would be steeper if peak torque rpm is not increased. With the larger turbo there is a good chance it doesn’t fall 0n its face after peak hp as much as previously. Should not be that hard to find a torque curve for that engine - try looking thru the model brochures on fleet.ford.com
Thanks, but that one appears to be for 2016 and earlier. The torque peaks south of 900 and at 1600 rpm.
I was just hoping to see what torque for my ‘19 looked like between its peak at 1800rpm and peak horsepower at 2800 rpm. Mostly just out of curiosity to be honest.
This Hennessey Takes the Expedition Tremor's Off-Roading Capability to the Next Level
Slideshow: The VelociRaptor Expedition gains a lift, upgraded suspension, Brembo brakes, and trail-ready equipment while retaining the stock 440-horsepower EcoBoost V6.