Airport Toyota
Ohio winter

Nothing about your car stops working.

The brakes are fine. The tires are fine. The all-wheel drive is doing exactly what it was built to do.

And yet, you still aren’t going to stop.

You have about a tenth of the grip.[1]

On flat ice, a tire's coefficient of friction is around 0.1, and the Transportation Research Board notes it sometimes drops to near zero.[1] Dry asphalt is conventionally put at 0.7 to 0.9. Nothing else about the car changes — same brakes, same weight, same driver. The road just stops holding on.

Ohio had 8,104 of these in a single winter.[2]

Crashes on snow, ice or slushy roads across the state between December 2023 and March 2024. Fifteen of them were fatal. The winter before that, 20 fatal crashes killed 26 people.[2]

8,104
Ohio crashes on snow, ice or slush, Dec 2023 – Mar 2024
21%
caused by unsafe speed for the conditions
13%
caused by following too close

All three[2]

Note what those two causes have in common. Neither is a skill problem. Both are decisions made before anything went wrong, by someone who felt fine.

All-wheel drive does not stop your car.

I sell a lot of all-wheel drive. It is genuinely good, and it is good at one thing: putting power down so you can go. Stopping is a different system entirely — it is done by the brakes and by four patches of rubber roughly the size of your hands, and every car on the road has both regardless of what drives the wheels. Sending engine torque to four wheels instead of two does not add grip when you are off the throttle and trying to shed speed.

Which puts the weight on the tires. AAA is blunt about the limits of the all-season tires most cars leave the lot on: the ones marked "M+S" are only evaluated for packed snow and mud, and "do not account for performance on ice, slush or in very cold climates."[3]

If you only change one thing this winter, change the tires, not the drivetrain.

Your tire tread is the variable that matters the most.[4]

AAA ran this test on a Camry. All-season tires worn down to 4/32" needed 42% more distance to stop than new ones.[4]

Here is the version of that number that actually lands. Braking from 60 mph, at the point where the new tires had completely stopped, the worn ones were still doing 39 mph.[4]

Thirty-nine miles an hour, arriving at a place the other car had already parked. And that test was run on wet pavement, not ice.

Nationally, this kills about 1,300 people a year.[5]

The Federal Highway Administration puts it at more than 1,300 killed and 116,800 injured every year in crashes on snowy, slushy or icy pavement. Just under a quarter of all weather-related crashes happen on that surface.[5]

Traction

What actually works

  • Slow down before you need to. Unsafe speed for the conditions caused 21% of Ohio’s winter crashes.[2] Speed is the only variable on this page you control for free.
  • Leave a stupid amount of room. Following too close caused another 13%.[2] Whatever gap feels excessive is roughly correct.
  • Check your tread before checking your drivetrain. Worn tires cost a Camry 42% of its stopping distance in AAA’s test.[4] That is a bigger swing than anything you can option on a new car.
  • Bridges and ramps freeze first. They lose heat from underneath as well as on top, so they can be ice while the road either side of them isn’t.
  • If you do slide, look where you want to go. Ease off the accelerator, don’t stab the brakes, and steer toward the gap. Your hands follow your eyes, which is either very helpful or very much not.

If you’re buying in the winter and choosing between all-wheel drive and a set of proper winter tires, the tires are the better safety purchase. I’d rather tell you that than sell you the upgrade and have you stranded on the side of I-75.

Although if you can have both — all-wheel drive is the one feature on a vehicle that does not depreciate, and I’d highly recommend it. You pay for it once, and any time you sell in the future you get your money back out of it on resale.

Where the numbers come from

  1. [1] Transportation Research Board — Skid Resistance of Snow- or Ice-Covered Roads (Special Report 115) Verbatim: "On flat ice surfaces, coefficients are around 0.1, sometimes dropping to near zero." The 0.7–0.9 range quoted here for dry asphalt is the conventional engineering figure and is NOT from this report.
  2. [2] Ohio State Highway Patrol winter crash figures, via Spectrum News 1 (January 2025) 8,104 crashes on snow, ice or slushy roads statewide, December 2023 – March 2024; 15 fatal, causing 15 deaths; the prior winter had 20 fatal crashes and 26 deaths. Causes: unsafe speed 21%, drove off road 20%, following too close 13%.
  3. [3] AAA — When Winter Tires Make Sense All-season tires marked "M+S" are only evaluated for packed snow and mud and "do not account for performance on ice, slush or in very cold climates." Below about 15°F regularly, dedicated winter tires "offer significant safety benefits."
  4. [4] AAA — All-Season Tire Testing (2018) Toyota Camry on all-season tires worn to 4/32": 42% longer stopping distance than new tires, and still traveling 39 mph at the point new tires had come to a stop from 60 mph. This test was run on WET pavement, not ice.
  5. [5] FHWA Road Weather Management — Snow & Ice Over 1,300 people killed and more than 116,800 injured annually in crashes on snowy, slushy or icy pavement; 24% of weather-related crashes occur on that surface.

Winter's coming either way.

If you want to talk about tires, all-wheel drive, or what's actually on the lot, I'm at 937-830-7925. No form, no follow-up sequence.