Acura Rl Axle Assembly

"A couple days later the slush froze into sheer, lumpy ice. We returned to the bottom of our steep hill. The city had put up barriers because the road was considered dangerous. We drove around the barrier and charged uphill, considering it our duty to New Car Test Drive readers. It was fascinating to feel the all-wheel drive work, and watch the readout on the instrument panel indicate with bars which of the four tires was getting the torque, based on how slippery it was under each tire at any moment. The RDX struggled, and once came to a complete halt, not spinning, just shutting down the throttle because it couldn't find grip. The RDX slid downhill backwards on the ice, with the brake pedal mashed; the ABS did not appear to be working, maybe because it had started sliding from a dead stop, so the sensors didn't know it was sliding. The RDX found a dry patch under one wheel, and when that wheel bit and held onto the patch, the vehicle turned perpendicular in the road.

Both front wheels were on a dry spot now. We gave it a lot of gas, turned tightly back uphill, and looked for spots that weren't so icy. The all-wheel-drive system, which can send 70 percent of its torque to the rear wheels, struggled for grip, its computer sensors playing the throttle and brakes on and off at four separate wheels at lightning speed, and we made it to the top! Great stuff, especially with those high-performance wide profile tires.

In winter conditions like these, you can't beat a high-tech vehicle, with all-wheel-drive, anti-lock brakes, electronic stability control, six air bags and xenon headlamps. Not to mention heated seats, heated mirrors, and other comfort featres."

Now with its state-of-the-art facilities like that of its Acura Rl Axle Assembly and the like.