No ecoboost
#16
To make a turbo motor "as reliable" all you have to do is make the turbos better than the motor. Sure there are more stresses on the internals, but we've long gotten past the point of motors breaking internally on a regular basis. The concern for turbos is the turbo itself. I agree that if it was a problem, we'd be hearing about it already. Not sure why there is a unwillingness for some folks to believe a single moving part device can't be made ultra reliable.
#17
The first two sentences are facts, pretty indisputable. That last one is conjecture, but it does seem to be pretty commonly held opinion.
My opinion is that IF the ecoboost is somehow less durable, it must be well past 200k miles, or we'd know a lot more about it now. AND, if that's the trade off, I'll STILL choose it.
That being said, I don't think it's true that the ecoboost is less durable than V8 and V10 options it's replaced and replacing. Hell, talk about complexity, fewer cylinders means a lot fewer moving parts to wear out.
My opinion is that IF the ecoboost is somehow less durable, it must be well past 200k miles, or we'd know a lot more about it now. AND, if that's the trade off, I'll STILL choose it.
That being said, I don't think it's true that the ecoboost is less durable than V8 and V10 options it's replaced and replacing. Hell, talk about complexity, fewer cylinders means a lot fewer moving parts to wear out.
#18
Very good points. I probably should have been more clear about reliability. I have no question about reliability in a 150 or even pickup 2/350 for that matter. The isn't much difference in gvw or gcwr in many cases to make a huge difference in performance. My real concern is in a chassis cab truck weighing 12-15,000# unloaded and then adding 10-20,000# towing. This is a place the v10 is commonly used. Can the current EB hold up to those stresses? I don't know
In the SD pickups, the max GCWR for the 6.2L is 22,800 (Linky), so a bit less than the CC trucks.
The max GCWR for the EB in the F150 is 17,100 (Linky.)
Also, it's not just the GCWR, but also the duty cycle that matters. That's really what keeps the 6.2L out of the larger CC trucks. I don't think you will see a V6 gas turbo in the chassis cabs, but I think (hope) it will show up in the F250 & F350 pickups. I think the next gen 3.5L will have a CGI block and will be up to the challenge in the F2/350 trucks.
#19
#20
Unfortunately the v10 has become obsolete. A turbo 6 can make more hp and tq, with a flatter tq curve, all while getting double the mpg empty and slightly better loaded. I don't believe a turbo 6 will last as long or be as cheap to maintain if out under the same stresses as a v10 can handle but I don't think the technology is far off at all.
#21
#22
It's available today only because the 6.2 isn't enough to replace it, and there's a perception issue with the EB in Class 4/5 and Class 6 medium duty line up. The 6.8 a dead engine, there's not a lot of R&D getting wasted on it, it's just lingering until a replacement is able to be fully deployed. Just like how the 6.0 clung on for three years in the E-series until 2010, when the diesel was dropped from the lineup entirely until the Transit series came online.
The EB is perceived to not be as reliable as a straight V8 gasser, not as durable as a diesel, and there's not a huge middle ground for a third engine in the commercial line up. Yet. For once a major company isn't rushing something to market in a critical segment, the current models might be average and somewhat bland but they're generally reliable and standing on the 6.8s almost 20 reputation, the diesel and transmissions are winning back market share. The EB will drop into the lineup as an incremental improvement when the 6.8 finally gets put out to pasture and not part of the current major overhaul.
2011 - 6.7L and 6 speed introduced
2016 - 6.7L debuts in F650, supplanting Cummins ISB
2017 - complete SD chassis overhaul
2018-2019? - EB rolls out into SD platform with 8/10 speed trans option
2020? - EB rolls out in the Class 4-5 segment
The EB is perceived to not be as reliable as a straight V8 gasser, not as durable as a diesel, and there's not a huge middle ground for a third engine in the commercial line up. Yet. For once a major company isn't rushing something to market in a critical segment, the current models might be average and somewhat bland but they're generally reliable and standing on the 6.8s almost 20 reputation, the diesel and transmissions are winning back market share. The EB will drop into the lineup as an incremental improvement when the 6.8 finally gets put out to pasture and not part of the current major overhaul.
2011 - 6.7L and 6 speed introduced
2016 - 6.7L debuts in F650, supplanting Cummins ISB
2017 - complete SD chassis overhaul
2018-2019? - EB rolls out into SD platform with 8/10 speed trans option
2020? - EB rolls out in the Class 4-5 segment
#27
I had a guy at a campground asking me about my Ecoboost when they first came out in 2011. I briefly explained that it was a DI twin turbo. He replied that he could never trust an engine with a turbo on it. He was driving a Duramax. Here's your sighn.
#28
I mean all you have to do is slap a turbo on a gas motor and it will have diesel power right? That seems to be the theme in the EB section.
The reason why you'll never see a the current EB motor from the F150 in a SD are as follows.
-A very few percentage of 150s spend their time grossly overloaded vs SD trucks tend to be overloaded most of their lives. Don't believe me, check out a construction site and tell me which trucks have the job boxes in them. Ford already knows this.
-Duty cycles are vastly different, not big enough oil sump and current cooling capability to keep the f150 gasser turbo cool enough with 30000 lbs of hay trailer in tow.
-Aluminum block see duty cycle.
-Fleet sales of SD trucks are much larger than current F150 and Ford will not risk their hard fought gains in this area since the re-launch of the SD lines in 99 by putting the current EB motor in it.
-Ford is also not going to rock the diesel boat either.
Do I think a turbo gas motor has a place in SD truck?
Possibly, but it won't look like any current offering.
Too many nuances that need to be ironed out like heat management.
For example more gas and more rpms equals more waste heat to deal with.
#29
The reason why you'll never see a the current EB motor from the F150 in a SD are as follows.
-A very few percentage of 150s spend their time grossly overloaded vs SD trucks tend to be overloaded most of their lives. Don't believe me, check out a construction site and tell me which trucks have the job boxes in them. Ford already knows this.
-Duty cycles are vastly different, not big enough oil sump and current cooling capability to keep the f150 gasser turbo cool enough with 30000 lbs of hay trailer in tow.
-Aluminum block see duty cycle.
-Fleet sales of SD trucks are much larger than current F150 and Ford will not risk their hard fought gains in this area since the re-launch of the SD lines in 99 by putting the current EB motor in it.
-Ford is also not going to rock the diesel boat either.
Do I think a turbo gas motor has a place in SD truck?
Possibly, but it won't look like any current offering.
Too many nuances that need to be ironed out like heat management.
For example more gas and more rpms equals more waste heat to deal with.
-A very few percentage of 150s spend their time grossly overloaded vs SD trucks tend to be overloaded most of their lives. Don't believe me, check out a construction site and tell me which trucks have the job boxes in them. Ford already knows this.
-Duty cycles are vastly different, not big enough oil sump and current cooling capability to keep the f150 gasser turbo cool enough with 30000 lbs of hay trailer in tow.
-Aluminum block see duty cycle.
-Fleet sales of SD trucks are much larger than current F150 and Ford will not risk their hard fought gains in this area since the re-launch of the SD lines in 99 by putting the current EB motor in it.
-Ford is also not going to rock the diesel boat either.
Do I think a turbo gas motor has a place in SD truck?
Possibly, but it won't look like any current offering.
Too many nuances that need to be ironed out like heat management.
For example more gas and more rpms equals more waste heat to deal with.
#30
I worked in a steel mill for years. All our trucks were over loaded & beat to crap. They trucks pretty much stayed in the mill or very close by. It was very rare you would get a chance to go over 30 mph. They didn't need much of an engine. Way back in the 80's they were all inline 6. I have a friend who works in the parks department. He said there trucks idle all day long, they drive slow, the most they tow is a lawn mower or blinking arrow. Many of the trucks are V10's & they could probably do the job with a 3.7L V6.