Find out in 60 seconds. Pick your state, describe your driving, set your budget priority, and get a personalised recommendation grounded in climate data and real ownership math.
Output panel
Select your state to populate the recommendation panel.
Average annual snowfall, days below freezing, and our recommendation for all 50 states. Click a column header to sort.
| State ↑ | Snow (in) | Sub-32F days | Recommendation |
|---|---|---|---|
| Alabama | 1 | 35 | FWD is fine |
| Alaska | 75 | 195 | AWD recommended |
| Arizona | 0 | 10 | FWD is fine |
| Arkansas | 5 | 55 | FWD is fine |
| California | 0 | 15 | FWD is fine |
| Colorado | 60 | 155 | AWD recommended |
| Connecticut | 40 | 115 | AWD optional |
| Delaware | 18 | 80 | FWD + winter tires |
| Florida | 0 | 2 | FWD is fine |
| Georgia | 1 | 30 | FWD is fine |
| Hawaii | 0 | 0 | FWD is fine |
| Idaho | 45 | 140 | AWD recommended |
| Illinois | 35 | 120 | AWD optional |
| Indiana | 25 | 110 | AWD optional |
| Iowa | 35 | 130 | AWD optional |
| Kansas | 18 | 100 | FWD + winter tires |
| Kentucky | 12 | 75 | FWD + winter tires |
| Louisiana | 0 | 15 | FWD is fine |
| Maine | 65 | 155 | AWD recommended |
| Maryland | 20 | 85 | FWD + winter tires |
| Massachusetts | 48 | 120 | AWD optional |
| Michigan | 50 | 135 | AWD recommended |
| Minnesota | 55 | 155 | AWD recommended |
| Mississippi | 1 | 25 | FWD is fine |
| Missouri | 18 | 90 | FWD + winter tires |
| Montana | 50 | 160 | AWD recommended |
| Nebraska | 28 | 125 | AWD optional |
| Nevada | 5 | 50 | FWD is fine |
| New Hampshire | 60 | 150 | AWD recommended |
| New Jersey | 25 | 90 | FWD + winter tires |
| New Mexico | 10 | 80 | FWD + winter tires |
| New York | 50 | 130 | AWD recommended |
| North Carolina | 5 | 45 | FWD is fine |
| North Dakota | 45 | 170 | AWD recommended |
| Ohio | 30 | 115 | AWD optional |
| Oklahoma | 8 | 70 | FWD + winter tires |
| Oregon | 5 | 40 | FWD is fine |
| Pennsylvania | 40 | 115 | AWD optional |
| Rhode Island | 35 | 110 | AWD optional |
| South Carolina | 1 | 30 | FWD is fine |
| South Dakota | 40 | 155 | AWD recommended |
| Tennessee | 5 | 55 | FWD is fine |
| Texas | 1 | 20 | FWD is fine |
| Utah | 55 | 130 | AWD recommended |
| Vermont | 65 | 155 | AWD recommended |
| Virginia | 15 | 70 | FWD + winter tires |
| Washington | 8 | 35 | FWD is fine |
| West Virginia | 30 | 100 | AWD optional |
| Wisconsin | 50 | 145 | AWD recommended |
| Wyoming | 60 | 165 | AWD recommended |
The decision tool above gives you a personalised answer. These five scenarios cover where most US shoppers actually live and drive.
Atlanta, Charlotte, Jacksonville
Snow is rare, roads are well maintained, and your commute is paved highways and city streets. AWD would cost roughly $3,000 to $5,000 more over five years for a benefit you would use a handful of days a year. Save the money.
Columbus, Cleveland, Cincinnati
Ohio averages around 25 to 30 inches of snow. FWD with a set of winter tires (about $400 to $800) handles it confidently. AWD becomes worth it if you refuse to swap tires seasonally or your roads are slow to clear.
Denver, Boulder, mountain communities
Colorado averages around 60 inches with mountain passes, steep grades, and unpaved access roads. AWD is a genuine safety advantage here, and the resale premium is highest in this market (roughly $1,000 to $2,000).
Seattle, Portland, Eugene
Rain is the main concern here, not snow. Modern traction control on FWD handles wet roads well. AWD provides only marginal benefit in rain. Tire tread depth (above 4/32 inch) matters far more than drivetrain.
Iowa, Nebraska, rural Minnesota
Heavy snow plus gravel roads and long distances to plowed highways make AWD a practical purchase. Loose surfaces and unplowed routes justify the premium even before winter performance is considered.
AWD only helps acceleration traction. It does not help braking. It does not help cornering. Most winter accidents happen during braking or cornering, where AWD provides zero benefit over FWD with the same tires.
GO
Acceleration
AWD helps. Power to all four wheels means better launch traction on slippery surfaces.
AWD advantage: real
STOP
Braking
AWD does not help. Every car brakes with all four wheels regardless of drivetrain. Stopping distance depends entirely on tires.
AWD advantage: zero
TURN
Cornering
AWD helps minimally. Cornering grip is determined by tire compound and tread pattern, not how power is delivered to the wheels.
AWD advantage: minimal
The false confidence problem
Studies show AWD drivers more often exceed safe speeds in winter conditions. The extra grip during acceleration is felt and misread as a general safety margin. It is not. The same driver on the same tires will need the same braking distance whether the front, rear, or all four wheels were powered to get to that speed.
Specification revision 2026-04-28