- First Name
- Chris
- Joined
- Nov 4, 2024
- Threads
- 24
- Messages
- 1,382
- Reaction score
- 2,234
- Location
- Southern New Mexico
- Vehicle(s)
- 2016 Sequoia, 2012 Tundra, 2024 Sasquatched 2.3L 7M 4Door Bronco
- Your Bronco Model
- Big Bend
Well, as was pointed out to me recently you can use the off-road gauge "power distribution", and assuming it is an actual real time gauge (and not a theoretical "graphic"Yeah, I want Ford's 4A to act more like a permanent AWD when launching in Sport mode... not that every boring Tesla can't beat the Bronco to 60mph.![]()
In other words (hinting to correct answers to the quiz) the Bronco is under these circumstances an "AWD" vehicle - one with center differential (in this case a clutch plate design) and two "mechanical" open diffs on the front and rear axles.
Torque steer is a separate issue. I have never driven a powerful awd vehicle - one that regularly puts more than 250 or so ft lbs on the front axle, so I don't know how modern high performance (i.e. high torque) BMW's, Merc's, and electric vehicles handle the phenomena. Any WRX past or present (baring highly tuned ones) does not really qualify because unless I'm wrong they have always relied on either helical LSD center diffs (such as the Torsen/Haldex branded ones) or electronically controlled clutch plate diffs that never put more than 50% of their limited torque to the front axle. In other words, not enough torque for more than a minor amount of 'torque steer'.
Also, whether there is a small lag in an electronically controlled clutch pack center diff or almost zero (> than 1/1000 of a second if memory serves) of a helical center diff, torque steer will still be an issue as it is the amount of torque distributed the front end that is more material.
Ford has a patent on a particular design of front suspension that all but negates torque steer, but then so do many other manufactures:
https://www.autoevolution.com/news/ford-revoknuckle-suspension-and-quaife-lsd-explained-48037.html
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