demarpaint
Thread starter
I take everything I see on the web with a grain of salt. Without wasting a minute more of my time to check this video it begs the question who ran the test, an EV proponent, or ICE proponent? Then a saying from way back in the day used here on Bitog, pay for the test, get the results you're looking for. IMO Subaru still has the AWD system many car makers wish they had.Here's why these kinds of comparisons are not really as meaningful as you'd think.
Traction is a direct function of vehicle weight and coefficient of friction (CoF).
While it is true that the EV does best going up in this video, it has little to do with the EV drive system itself. It excels because of the weight advantage.
Furthermore, these cars don't have the same tires on them; so the available traction is also altered by tire choice. And the surface isn't being kept consistent.
It's an apples to tangerines comparison.
As the video stands, the test has five variables (driver, tire, weight, drive system, surface). This is no different than all the other YT videos that use junk science to lead viewers to an illogical conclusion. This is the PF effect strewn across the 'net. Want a fair way to assess the EV AWD drive vs. ICE AWD drive?
- make the car weights the same
- put the same brand/model/size tire on the cars
- use the same driver for all tests
- run the test in undisturbed surface area (this is big; see why below)
That set of conditions would allow you to assess the drive system as the sole variable.
As for the surface of the test track, the first car up in that tight off-camber corner was the EV. Then the RS6, then RS3. If you noticed, the EV slipped it's tires a bit (not much). When that happens, it removes some of the surface snow, and reveals a slicker surface. So when the RS6 hits that same area, the surface is not the same. And the RS6 further spins its tires and slicks the surface, pretty much down to the ice underneath. By the time the RS3 gets its chance, that corner is mostly ice and very little snow. You should never run subsequent trials in the same area because the surface is modified each time a tire slips on that surface. What would have happened if the RS6 went up that off-camber trial first, then the RS3, and then left that corner for the EV to try last? I doubt the results would have been the same.
This video is a good real-world example of how non-scientific experiments lead gullible people into making illogical conclusions.
The EV did well; I'm not taking that away from it. It's impressive. But it also did well because of weight, tires and going first in the most demanding part of the test.