From the introduction of the NCV July 2006 All engines with progressive HP increments and with the latest of the Transmission ratios, more so for the NCV European Blue Efficiency unit's [Not Blutec] Have proven to be more powerful and fuel efficient .The claim was the v6 for 2010 was improved in both power and mpg.
Is the mpg part true for anyone?
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Power increase yes.The claim was the v6 for 2010 was improved in both power and mpg.
Is the mpg part true for anyone?
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The 6.0 Turbo was a pos though.Enough said.If 17-18 mpg w/ a fully loaded 8600lbs gvw is what your looking for than the 2010 is a good deal.
I used to get 16-17mpg w/ a Ford Extended 1ton van w/ 10k lbs gvw & 6.0 turbo diesel... so the Sprinter ain't so much better mpg.
Put your Cummins up against any V diesel up the same hill with larger displacements, and it will beat the pants off them. I have owned both Cummins and V8 Ford diesels. All those short stroked V8s would do is rev.The 6.0 Turbo was a pos though.Enough said.
I am skeptical the I5 motor has more pulling power than the v6 when the v6 is rated with more torque and HP. My 2010 seems pretty peppy but there are no hills in my neck of Florida. My cummins Dodge pickup with 650 lb pounds of torque drops gears when towing up hills. It has allot to do with the learning curve of the tranni and the programming it has.
I see you have a TDI as well, they are very torquey, when I owned them I could let out the clutch with no accelerator pedal on any grade from a standstill, just like when driving a large truck. I own a couple of CRD Liberty's with the inline 4 cylinder, and they respond very well to the skinny pedalI would have to agree with flman's assessment of the differences between the T1N & NCV3. We just picked up a 2006 T1N, (Roadtrek SS Agile built on the SWB chassis), and driving back noticed the way the I5 does not need to downshift pulling grades. Now the 2009 is a LWB 3500 so there is a big difference there. That said, I would love to have the I6 out of the E320 in the 2009. Mileage difference @ 65mph was almost 5mpg over the same highway.
Ben
That's the one thing about the V6: Smooth almost to the point of a gasser. The funny thing is that the I6 is so much smoother than the I5 which never lets you forget you're driving a diesel. We got 24mpg @ 65mph going south on I87. Love the tilt wheel & driving position in the NCV3 which makes it the choice for long distance.I see you have a TDI as well, they are very torquey, when I owned them I could let out the clutch with no accelerator pedal on any grade from a standstill, just like when driving a large truck. I own a couple of CRD Liberty's with the inline 4 cylinder, and they respond very well to the skinny pedal
That V6 Sprinter is nice and smooth and quiet compared to the I5 but it still has the shorter stroke, but I like it, it does what I need it to do.
When they start putting V-6 and V-8 and V-everything in OTR trucks, and dozers etc. You will have me convinced. But there is a reason they don't use Vs in these high torque diesel applications. Hmm, what could it be?My brand new 2010 NCV3 3500 144" WB high top seems to be getting 19.49 mpg (1st refueling with < 1000 miles on it.
Thats within 1 mpg of what the computer in the Sprinter is reporting.
So far, I'm delighted with this new Sprinter.
ScanGauge II Readings on the 2010 3500 144 wb (OM-642 V6 Blue Efficiency)
are very different than what I was getting on the '06 3500 158" wb with the OM-647 I5 engine.
I find it interesting that several here have suggested that the I5 has more/better torque than the V6, but so
far the new van has way more power than the old, and at less RPM.
The I5 hit 99% on the ScanGauge II all the time.
I've been babying the new van, but never seen 99% for more than a couple of seconds and it drops
off much more quickly than the I5.
Roger
Packaging could be the answer.When they start putting V-6 and V-8 and V-everything in OTR trucks, and dozers etc. You will have me convinced. But there is a reason they don't use Vs in these high torque diesel applications. Hmm, what could it be?
Low end torque is the answer, a bull dozer with a V diesel would be useless, as it would not have the torque unless the engine was enormous.Packaging could be the answer.
A V engine is shorter, and fits better in some engine compartments.
I don't see this being an issue in a bulldozer.
I think low end torque output has everything to do with stroke length and little to do with engine configuration, the wiki article doesn't substantiate the statement about inline engines making more low end torque.Low end torque is the answer, a bull dozer with a V diesel would be useless, as it would not have the torque unless the engine was enormous.
Forget the Wiki article, the inlines have a longer stroke, that is why they produce more torque in comparison to Vs, of the same and larger displacement.I think low end torque output has everything to do with stroke length and little to do with engine configuration, the wiki article doesn't substantiate the statement about inline engines making more low end torque.
In-line 6's are so popular because they are inherently very well balanced.