I'm sure everyone but you understand these nuances, and show a modded Atlas as the proof of performance.I am not sure why you think no one else knows that but you?
We are talking AWD capabilities. You saw video, complain to Motor Trend.
I'm sure everyone but you understand these nuances, and show a modded Atlas as the proof of performance.I am not sure why you think no one else knows that but you?
We are talking AWD capabilities. You saw video, complain to Motor Trend.
Maybe, I mean there is a point in video where H&R spring detached itself, went behind and pushed vehicle.I'm sure everyone but you understand these nuances, and show a modded Atlas as the proof of performance.
That's any FWD vehicle I've driven, lol!2015 Pilot FWD struggles going forward properly on flat yet alone uphill. In rain at full acceleration on flat, it needs three lanes due to torque steer.
I have. Actually in the same vehicle. My 2015 CX5 had the rear diff go out because I flooded it and didn't know. The solenoid stopped actuating. So literally the SAME vehicle, just FWD only. It was total crap. Spinning the tires like crazy. With AWD, it was GLUED down. I haven't owned a non-AWD vehicle since 2014, and absolutely never will again. That's like choosing to be an amputee.Without driving a FWD and AWD version of the vehicle back to back how do you know how much the AWD system is actually helping?
If the VW 4Motion is 3 light years ahead, then which Atlas or Tiguan can I buy that has a mechanically torque vectoring rear axle for the AWD system?In 2015 it had numerous changes. AWD was updated, and sound insulation was improved by about 25%. AWD itself was not mechanically changed etc. it was just updated.
Tiguan does not have anything to do with it, but its system is like three lights years ahead.
Most of the 4x4's sold are also open diff, so with that logic, have terrible traction.Since most of these FWD crossovers are open diff, of course they have terrible traction. Still, with appropriate tires they can handle plenty of snow.
And? Those lower-priced FWD versions of cars and crossovers generally have neither the ability to transfer power to the rear nor good traction control. My point is simply that a FWD version of a Chevy Equinox is not the benchmark for 2WD ability - it is designed so you buy the AWD version. The details are important as you point out here. A RWD 911, for example, can be very good in the snow and Tesla's dual motor AWD + traction control puts most other systems to shame.Most of the 4x4's sold are also open diff, so with that logic, have terrible traction.
Even the 4Runner has open diffs front and rear, but has an aggressive traction control system A-TRAC that aggressively clamps down on the wheel(s) without traction to transfer power to the wheel(s) with grip, and the TRD-Pro has CRAWL control, which is a low speed "cruise control" that is used with the Multi-terrain Management System
They can call it Starship/star wars dynamic torque vectoring, it ain't that good.If the VW 4Motion is 3 light years ahead, then which Atlas or Tiguan can I buy that has a mechanically torque vectoring rear axle for the AWD system?
I can buy a RAV4 or Highlander with the gasoline-only powertrain in the higher trims to get Dynamic Torque Vectoring AWD.
They do have all that. It is 2023, and the economy of scale is working. Honda Pilot can transfer 70% to the rear and 100% of that to one wheel.And? Those lower-priced FWD versions of cars and crossovers generally have neither the ability to transfer power to the rear nor good traction control. My point is simply that a FWD version of a Chevy Equinox is not the benchmark for 2WD ability - it is designed so you buy the AWD version. The details are important as you point out here. A RWD 911, for example, can be very good in the snow and Tesla's dual motor AWD + traction control puts most other systems to shame.
Nah, I was climbing some forest "roads" and went through the actual forest without roads in some FWD cars where some "4WD" could not make it.That's any FWD vehicle I've driven, lol!
I have limited slip with electronic torque sensing and the slightest incline with snow takes me out.Since most of these FWD crossovers are open diff, of course they have terrible traction. Still, with appropriate tires they can handle plenty of snow.
What? On what tires?I have limited slip with electronic torque sensing and the slightest incline with snow takes me out.
All seasons. It's getting snow tires next time. The car is just too light to do anything without snow tires.What? On what tires?
GTI is pretty heavy where it matters for snow driving, plus you have vectoring differential. I was climbing with VW CC Hoosier, Loveland, Berthoud Passes during some of the worst snow storms. I had Blizzak LM60 snow tires. CC will actually do worse than GTI in that weather. So, I would say whatever is going on with those tires, it is culprit.All seasons. It's getting snow tires next time. The car is just too light to do anything without snow tires.
I don't know if it's the low end torque or what, but no matter how careful I am with it's current tires it just instantly spins. Love the car, but it's probably the worst vehicle I've owned for winter driving.GTI is pretty heavy where it matters for snow driving, plus you have vectoring differential. I was climbing with VW CC Hoosier, Loveland, Berthoud Passes during some of the worst snow storms. I had Blizzak LM60 snow tires. CC will actually do worse than GTI in that weather. So, I would say whatever is going on with those tires, it is culprit.
Since the new MK8 Golf R has torque vectoring rear awd diff I wonder if that has trickled to the Atlas?If the VW 4Motion is 3 light years ahead, then which Atlas or Tiguan can I buy that has a mechanically torque vectoring rear axle for the AWD system?
I can buy a RAV4 or Highlander with the gasoline-only powertrain in the higher trims to get Dynamic Torque Vectoring AWD.