brsnow2585
Well-Known Member
You've got diesel Mojaves?
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They didn't make diesel Mojave to my knowledge.You've got diesel Mojaves?
No they didn't to my knowledge either. I misread your post. I was saying that the Mojave suspension would have to be reworked to have about 1000lbs more forward of centerline with the diesel to keep it working the way the Mojave was meant to.They didn't make diesel Mojave to my knowledge.
This thread mentions a curb weight of +400lbs and -200lbs less payload for the diesel against comparable Rubicon model.They'd have to change the suspension in the Mojave to accommodate the diesel, I think that's why they didn't offer it. The diesel and transmission change is about an extra 1000lb over the 3.6. Mojave is a dune running suspension, soft to the touch not great for weight (no offense intended), look at the Rubicon number between gas and diesel, that 1000lbs gets taken off the tow rating
I didn’t realize the diesel weighed 1k more. Thanks for the info. I had no idea. That would definitely change the ride of the Mojave. No offense taken at all. I knew the Rubicon diesel tow rating was less, now I know why.They'd have to change the suspension in the Mojave to accommodate the diesel, I think that's why they didn't offer it. The diesel and transmission change is about an extra 1000lb over the 3.6. Mojave is a dune running suspension, soft to the touch not great for weight (no offense intended), look at the Rubicon number between gas and diesel, that 1000lbs gets taken off the tow rating
Or maybe the The Freedom top with a hinge so it just flips over the back.A model/trim level without all the removeable top stuff. I do enjoy taking the top off 3 or 4 times a year, but if I could just get a model with a permanent top that has less road and wind noise, I'd much rather have that.
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Generally, an inline engine, particularly an inline-six, is often considered to produce better torque at lower RPMs compared to a V engine due to its inherent design advantages like smoother power delivery and better balance, making it a preferred choice when prioritizing torque production.
Key points about inline engines and torque:
However, it's important to note that:
- Balanced design:
Inline engines, especially inline-sixes, have a naturally balanced design which minimizes vibrations and contributes to smooth power delivery, leading to better torque production.
- Firing order:
The consistent firing order in an inline engine provides a more even torque curve, while a V engine can experience slight torque fluctuations due to its angled cylinder arrangement.
- Crankshaft length:
Inline engines usually have a longer crankshaft compared to V engines, which can contribute to better torque delivery.
- Engine specifics matter:
While inline engines generally have a torque advantage, the specific design and engineering of both the inline and V engine will significantly impact the final torque output.- Modern technology:
With advanced engine technology, the gap between inline and V engines in terms of torque can be minimized.
There's no real argument.The argument over engines can go on until doomsday.