Excellent! but would love to see a side by side comparison of the CR-V and Forester!
The article comparing snow performance of Subaru Forester, Toyota RAV4, Honda CRV and Mazda CX-5 is out:
http://www.mazda-motors.com/news/snow-testing-mazdas-i-activ-all-wheel-drive/
Unsurprising to me, the CX-5 was judged the most capable noting that it climbed steep slippery hills with less struggle vs. even the Subaru. Mind you, all vehicles had the same tires mounted on each vehicle. This is very uncommon for this type of head-to-head winter test and is what makes the results so much more meaningful. All other comparisons I've seen serve to highlight the small differences in snow/ice traction of the OEM tires. It's nice to see a proper winter test with all cars wearing the same rubber. Here are some key quotes from the article:
A big change in the world of differentials is the movement away from hydraulic looking center couplings to electronically controlled ones like found in Mazdas i-ACTIV. By using an electromagnetically activated clutch, the rear wheel torque matches exactly what the computer is dictating unlike a hydraulic clutch pack that cannot vary the amount of torque to the rear wheels as quickly or as often. Its like the gracefulness of ballet replacing the hammer forward approach of crunk.
This mirrors what I have been saying about the refined feel of the CX-5's AWD and how a graceful AWD system will beat a clunky AWD system every time on snow/ice.
First up I drove the CX-5. Along a snow covered, steeply angled mountain road the vehicle never felt like it was fighting for traction. Grip was always there. It felt sure footed under acceleration, braking and cornering.
On the snowy test roads, the RAV4 felt less certain under braking, as the rear end would dart around under moderate braking. It also produces more rear-end rotation during throttle-off over-steer, which is fun for someone like me, but may be a bit unnerving for a consumer.
The Toyota also fought harder for traction when climbing some of the steeper hills.
Next up was the Honda CR-V, which also now uses an electronic center coupler but feels cruder than all the other systems here. It allows the front tires to spin quite a bit before the clutch engages the rear tires. It had the hardest time finding traction on inclines and was the most apt to produces moderate amounts of throttle-off over-steer. Easily, the CR-V was the least predictable crossover on snow and ice.
And when climbing a steep, snow covered incline, the Forester struggled for grip more than the CX-5 did.
So much for the famous Subaru AWD that people who haven't even driven a CX-5 in the snow claim is so superior to Mazda's system. Or that Mazda doesn't have "real" AWD. Nevertheless, I'm sure the same peanut gallery will find some way to try to belittle Mazda's AWD. But, without actual winter experience, all they can do is theorize and speculate.