Winter Driving Tips

Safe winter driving requires more than slowing down when snow starts falling. Black ice can develop on roads that appear dry, all-wheel drive cannot compensate for poor braking traction, and freezing temperatures can affect your tires, battery, and vehicle safety systems. For Nebraska drivers, changing temperatures, strong winds, and snow-covered rural highways create additional challenges. Understanding how your vehicle responds to slippery pavement and preparing for unexpected conditions can help you make safer decisions throughout the winter. These winter driving tips from Sid Dillon explain how to recognize hidden hazards, maintain control on snow and ice, and prepare your vehicle for colder weather.

How to Drive Safely on Snow and Ice

Driving safely on snow and ice requires gradual acceleration, controlled braking, smooth steering, and significantly more space between vehicles. Snow and ice reduce the friction available between your tires and the road, which affects how quickly your vehicle can accelerate, turn, and stop.

AAA recommends allowing approximately six to ten seconds of following distance in snowy or icy conditions, compared with the shorter distances typically used on dry pavement. The appropriate distance depends on your speed, visibility, traffic, and available traction.

• Accelerate gradually: Apply gentle throttle pressure to reduce wheelspin, especially when pulling away from intersections or accelerating uphill.
• Begin braking earlier: Slow down before approaching intersections, curves, or traffic backups rather than relying on hard braking at the last moment.
• Avoid abrupt steering: Sudden directional changes can exceed the available tire traction and cause the vehicle to slide.
• Increase following distance: Allow additional stopping space and avoid closely following other vehicles, particularly on untreated roads.
• Reduce speed before curves: Brake while traveling straight whenever possible, then steer smoothly through the turn.

One important detail is that posted speed limits are intended for favorable driving conditions. Traveling at the speed limit may still be unsafe when snow, ice, or blowing snow reduces traction and visibility. If maintaining control becomes difficult, find a safe location to stop or postpone your trip.

Where Does Black Ice Form, and How Can You Recognize It?

Black ice is a thin, often transparent layer of ice that can make pavement appear wet rather than frozen. It commonly develops when melted snow or moisture refreezes, particularly overnight or during the early morning. Drivers should be especially cautious on bridges, overpasses, shaded roads, and areas where water collects.

Bridges and overpasses can freeze before surrounding roads because cold air circulates above and below the pavement. A highway may appear clear for several miles before an icy bridge creates an unexpected loss of traction.

Warning Signs of Black Ice

Black ice is difficult to identify visually, but certain conditions can indicate an increased risk:

• Shiny or unusually dark pavement: A road surface that looks wet when temperatures are near or below freezing may actually be icy.
• Bridges and elevated roadways: These surfaces can freeze sooner than nearby ground-level pavement.
• Shaded areas: Roads beneath trees, buildings, and overpasses may remain frozen after sunny sections have thawed.
• Overnight temperature drops: Meltwater from the previous afternoon can refreeze as temperatures fall.
• Intersections and low-lying areas: Standing water, compacted snow, and repeated braking can create localized slippery conditions.

If you suspect black ice ahead, gradually reduce speed while your tires still have traction. Avoid sudden braking, acceleration, or steering adjustments when crossing a potentially frozen section of pavement.

What Should You Do If Your Car Starts Sliding on Ice?

If your vehicle begins sliding on ice, ease off the accelerator, look toward your intended path, and make smooth steering adjustments. Avoid abrupt braking or excessive steering inputs, which can make a skid more difficult to correct.

The appropriate response depends on how the vehicle is sliding and whether its front or rear tires have lost traction.

If Your Front Tires Lose Traction

Front-wheel skids, sometimes called understeer, occur when the front tires lose their ability to follow the direction of the steering wheel. The vehicle may continue moving forward even though you are trying to turn.

• Ease off the accelerator to reduce speed.
• Avoid turning the steering wheel farther into the corner.
• Reduce excessive steering angle if necessary and allow the front tires to regain grip.
• Once traction returns, steer smoothly along your intended path.

If Your Rear Tires Begin Sliding

A rear-wheel skid, sometimes called oversteer, happens when the rear of the vehicle begins moving sideways. This can occur during a turn, abrupt acceleration, or a sudden change in traction.

• Look toward the direction you want the vehicle to travel.
• Steer smoothly in that direction to help realign the vehicle.
• Ease off the accelerator and avoid abrupt braking.
• As the vehicle straightens, gradually return the steering wheel toward center to avoid overcorrecting.

Electronic stability control can help reduce certain skids by adjusting braking and engine power, but it cannot create traction when the tires have very little grip. If a collision is imminent, prioritize controlled emergency braking and steering rather than trying to preserve the vehicle’s original path at all costs.

How Should You Brake on Snow and Ice?

The correct braking technique on snow and ice depends partly on whether your vehicle has an anti-lock braking system (ABS). Most modern passenger vehicles have ABS, which helps prevent wheel lockup during hard braking and allows the driver to retain some steering control.

Braking With ABS

During an emergency stop in a vehicle equipped with ABS, press the brake pedal firmly and continuously. Do not repeatedly pump the pedal. The ABS automatically modulates braking pressure when it detects that a wheel is approaching lockup.

You may feel pulsation through the brake pedal or hear mechanical noises when ABS activates. These sensations are generally normal during operation. Keep applying appropriate braking pressure and steer toward a safe path if one is available.

Braking Without ABS

Vehicles without ABS require a different approach. Apply the brakes progressively, and if the wheels lock, reduce brake pressure enough to restore rolling traction before braking again. Consult the vehicle owner’s manual for the recommended technique.

ABS does not guarantee a shorter stopping distance on every winter surface. Ice, packed snow, tire condition, and vehicle speed still determine how much stopping traction is available. The safest approach is to anticipate hazards and begin slowing down well before emergency braking becomes necessary.

Does AWD or 4WD Make Winter Driving Safer?

All-wheel drive (AWD) and four-wheel drive (4WD) can help a vehicle accelerate on slippery surfaces, but neither system automatically improves braking traction. Every vehicle depends on its tires to stop and turn, regardless of how many wheels receive engine power.

The main differences between common drivetrain configurations are:

• Front-wheel drive (FWD): Sends power to the front wheels and can provide predictable everyday handling on moderately slippery roads when equipped with appropriate tires.
• Rear-wheel drive (RWD): Sends power to the rear wheels. Acceleration on snow can require additional care, particularly in vehicles with powerful engines or limited traction.
• All-wheel drive (AWD): Automatically or selectively distributes power between the front and rear wheels, depending on system design. It can improve the ability to accelerate when traction varies between wheels.
• Four-wheel drive (4WD): Common on trucks and off-road SUVs, 4WD can provide additional traction for certain deep-snow or low-speed conditions. Some systems require manual engagement and have restrictions on dry pavement.

For Nebraska drivers deciding between AWD and FWD, tire quality, ground clearance, and the type of winter driving are important considerations. AWD may be useful on unplowed streets, rural roads, and snowy driveways, but a vehicle with appropriate winter tires can offer important braking and cornering advantages regardless of drivetrain.

Always consult your owner’s manual before selecting a 4WD mode or using specialized traction settings.

How Cold Weather Affects Tire Pressure and Winter Traction

Cold temperatures reduce tire inflation pressure, and worn tread can significantly limit traction on snow and slush. Checking tire pressure is important, but evaluating tread condition and tire type is equally valuable when preparing for winter.

Check Tire Pressure When the Tires Are Cold

Tire pressure typically changes by approximately one PSI for every 10-degree Fahrenheit change in temperature, although actual changes vary. A vehicle that had properly inflated tires during a warm Nebraska afternoon may display a low-pressure warning after a substantial overnight temperature drop.

Check tire pressure before driving or after the vehicle has been parked for at least three hours. Use the recommended cold inflation pressure on the driver’s door-jamb label, not the maximum pressure printed on the tire sidewall.

Do not intentionally lower tire pressure to improve winter traction during normal road driving. Underinflation can affect handling, braking, tire wear, and tire temperature.

Understand the Difference Between All-Season and Winter Tires

Winter tires are specifically engineered for cold conditions, with tread compounds and patterns designed to provide traction on snow, slush, and certain icy surfaces. Conventional all-season tires provide a broader balance of performance but may offer less grip in severe winter conditions.

• All-season tires: Designed for general year-round driving, with winter performance varying considerably by tire model.
• All-weather tires: Certain models carry the three-peak mountain snowflake symbol, indicating they meet a recognized snow-traction performance standard.
• Dedicated winter tires: Designed for cold-weather operation and often provide better snow and ice performance than conventional all-season tires.

Tread depth also matters. Although 2/32 of an inch is a commonly used minimum replacement threshold, tires can lose useful snow and slush performance well before reaching that depth. Drivers who regularly encounter winter storms should have tire condition evaluated before the season begins.

You can contact Sid Dillon’s service team to discuss tire inspections, pressure concerns, and winter maintenance.

How to Prepare Your Vehicle for Freezing Temperatures

Preparing your vehicle for winter involves checking the systems most likely to be affected by cold temperatures, including the battery, tires, windshield equipment, cooling system, and exterior lighting. Addressing small problems before a winter storm can help prevent breakdowns and visibility issues.

• Battery and charging system: Cold temperatures reduce available battery power while gasoline and diesel engines may require more power to start. Have an aging or weak battery tested before severe cold arrives.
• Windshield washer fluid: Use fluid rated for expected freezing temperatures. Summer formulations may freeze in the reservoir, washer lines, or spray nozzles.
• Wiper blades: Replace blades that streak, chatter, or fail to clear the windshield. Never activate wipers that are frozen to the glass.
• Coolant protection: Verify that the coolant mixture meets manufacturer specifications for freezing protection and corrosion prevention.
• Exterior lighting: Inspect headlights, brake lights, and turn signals. Remove snow and ice that can obstruct light output.
• Heater and defroster: Make sure the system can clear the windshield and maintain visibility during cold, humid conditions.
• Brake and suspension condition: Have unusual noises, vibrations, pulling, or reduced braking performance inspected before winter travel.

Drivers should also inspect their tires for uneven wear, damage, and sufficient tread depth. A vehicle that performs normally on dry pavement may reveal tire or handling problems more readily when traction becomes limited.

Why Winter Weather Can Interfere With Vehicle Safety Technology

Snow, road salt, ice, and slush can interfere with the cameras and sensors used by certain advanced driver-assistance systems. Features such as adaptive cruise control, lane-keeping assistance, automatic emergency braking, and parking sensors may become limited or temporarily unavailable when their sensing areas are obstructed.

Before driving, remove snow and ice from the windshield, exterior cameras, lighting, and accessible sensor areas according to the owner’s manual. Some radar sensors are positioned behind bumper covers or grille components, so their locations may not be obvious.

If your dashboard displays a message indicating that a camera or sensor is blocked, do not assume the associated safety feature is operating normally. Avoid relying on driver-assistance systems until their functionality has been restored.

Even when these features remain available, winter conditions can limit their effectiveness. Drivers must continue controlling vehicle speed, steering, following distance, and braking.

Remote Start, Cruise Control, and Parking Brakes in Winter

Some familiar vehicle features require extra attention during freezing temperatures. Remote start can be convenient, cruise control can reduce driver workload under favorable conditions, and parking brakes help secure parked vehicles, but each has important limitations in winter weather.

Is It Safe to Use Remote Start in Winter?

Remote start should only be used when a combustion-engine vehicle is parked outdoors in a safe, well-ventilated location. Never remotely start or idle a gasoline or diesel vehicle inside an attached garage, even with the garage door open. Carbon monoxide can accumulate and enter living spaces.

Modern gasoline vehicles generally do not require extended idling simply to warm the engine before driving. After a brief initial warm-up, driving gently helps the engine reach operating temperature. Follow the manufacturer’s instructions and allow enough time to clear all windows before leaving.

Why Should You Avoid Cruise Control on Snow and Ice?

Conventional cruise control and adaptive cruise control should generally be avoided on slippery roads. Maintaining a preset speed can be inappropriate when traction changes unexpectedly, and adaptive systems may not account adequately for icy braking distances.

Keep direct control of the accelerator and adjust speed gradually as road conditions change. Snow and ice may also interfere with the sensors used by adaptive cruise control.

Can Your Parking Brake Freeze in Cold Weather?

Moisture can sometimes freeze parking-brake cables or components, particularly after driving through snow, slush, or freezing rain. However, the parking brake is also an important safety feature for preventing unintended vehicle movement.

Use the parking brake according to your owner’s manual and the vehicle’s parking requirements. If a brake has a history of freezing or sticking, have it inspected rather than routinely disabling or avoiding a necessary parking feature.

If the parking brake will not release, do not force the vehicle to move against an engaged brake. Arrange for inspection or assistance.

Winter Driving on Nebraska Highways and Rural Roads

Winter travel on Nebraska highways presents additional challenges because strong winds can move snow across otherwise cleared pavement, reducing visibility and creating localized snowdrifts. Rural routes may also have longer distances between services and fewer nearby places to seek shelter.

For drivers traveling between Lincoln, Omaha, Fremont, and surrounding communities, checking road conditions before departure is especially important after snowfall, freezing rain, or strong winds.

• Watch for blowing and drifting snow: Wind can move loose snow across highways, reducing visibility and creating unexpected snow-covered sections.
• Be cautious near open fields: Exposed roads may accumulate drifting snow even when sheltered streets remain clear.
• Allow room for snowplows: Snowplows may make wide turns, overlap lanes, or create clouds of snow that obstruct visibility. Do not crowd or pass a plow unless conditions clearly permit it.
• Check road conditions: Review Nebraska 511 reports and local weather forecasts before traveling, especially when winter weather advisories or warnings are in effect.
• Plan for service gaps: Keep sufficient fuel or battery charge for possible delays, particularly on longer rural trips.
• Know when to postpone travel: If visibility is extremely limited or roads are reported as impassable, delaying a nonessential trip is generally safer than attempting to continue.

Blowing snow can create whiteout conditions in which drivers lose the visual references needed to judge lane position and distance. If visibility deteriorates severely, slow down gradually and seek a safe place away from moving traffic rather than making sudden stops in an active travel lane.

What Should You Keep in a Winter Emergency Car Kit?

A winter emergency kit should contain equipment for staying warm, communicating with emergency services, improving visibility, and addressing minor roadside problems. These supplies become especially valuable when severe weather delays roadside assistance or a vehicle becomes stranded outside a populated area.

• Warm clothing and blankets: Pack gloves, hats, extra socks, insulating layers, and emergency blankets.
• Phone charging equipment: Carry a charging cable and a charged portable power bank.
• Flashlight: Keep a dependable flashlight with spare batteries or a rechargeable light source.
• Ice scraper and snow brush: Use these to clear visibility areas and exterior lighting.
• Small shovel: A compact snow shovel can help remove accumulated snow around tires or an accessible exhaust outlet.
• Traction material: Sand or another suitable abrasive material may help when tires are spinning on packed snow or ice.
• Food and water: Store nonperishable food and drinking water, checking supplies periodically.
• Emergency equipment: Include a first-aid kit, jumper cables or a compatible jump starter, reflective warning devices, and a tire-pressure gauge.

Keep frequently needed supplies somewhere accessible inside the vehicle. If snow, a collision, or another obstruction prevents access to the trunk, emergency equipment stored exclusively in that compartment may be difficult to retrieve.

What Should You Do If Your Car Gets Stuck in Snow?

If your vehicle becomes stuck in snow, avoid repeatedly spinning the tires at high speed. Excessive wheelspin can dig the tires deeper into the snow, overheat components, or damage the vehicle. First determine whether the vehicle can be moved safely without creating additional hazards.

1. Assess your surroundings: Check for traffic, deep snow, obstacles, and nearby hazards before leaving the vehicle.
2. Clear snow around the tires: Use a shovel to remove snow blocking the tires and the intended travel path, if it is safe to do so.
3. Check the exhaust outlet: Before running a combustion engine, verify that the exhaust pipe is not obstructed by snow.
4. Use appropriate traction settings: Consult your owner’s manual for guidance on traction control, snow mode, or four-wheel-drive operation. Some vehicles provide specific instructions for freeing a stuck vehicle.
5. Apply gentle throttle: Attempt to move slowly without aggressive acceleration. Traction material may help in some situations.
6. Stop if the vehicle remains stuck: Repeated attempts can make recovery more difficult. Contact roadside assistance when the vehicle cannot be freed safely.

If your vehicle becomes stranded during a winter storm, staying inside is generally safer than attempting to walk through severe cold or blowing snow, provided the vehicle is in a safe location. Call for assistance, communicate your location, and make the vehicle visible to rescuers.

To reduce carbon monoxide risk, ensure the exhaust outlet remains clear before running the engine. Operate the heater intermittently rather than continuously, and slightly open a window on the side away from the wind for ventilation. Never run the engine if the exhaust is blocked or exhaust fumes are entering the cabin.

How to Protect Your Vehicle After Driving on Salted Roads

Winter road salt and deicing chemicals can contribute to corrosion when residue accumulates on exposed metal components. Washing your vehicle during suitable winter conditions helps remove buildup from the body, wheel wells, and undercarriage.

Pay particular attention to areas that collect slush and road debris, including:

• Wheel wells and lower body panels: Remove accumulated salt, dirt, and packed snow that can retain moisture.
• Undercarriage: Use a suitable underbody rinse to help remove residue from accessible areas.
• Door seals and weatherstripping: Keep seals clean and follow manufacturer recommendations for preventing sticking or freezing.
• Exterior sensors and cameras: Gently clean road film and salt residue using methods approved for the vehicle.

Choose washing conditions that allow the vehicle to dry without immediately freezing around door seals, locks, or other vulnerable components. Regular inspections can also help identify corrosion or winter-related damage before it progresses.

Prepare Your Vehicle for Nebraska Winter Driving at Sid Dillon

Winter driving safety depends on understanding how snow and ice affect traction, recognizing hazardous road conditions, and keeping your vehicle properly maintained. Tires with adequate tread, a dependable battery, functioning defrosters, and properly maintained brakes all contribute to winter readiness. Drivers throughout Lincoln, Fremont, Omaha, and surrounding Nebraska communities can contact Sid Dillon for assistance with seasonal maintenance and vehicle inspections.

Before the next winter storm, visit a Sid Dillon service center to discuss tire condition, battery testing, brake inspections, and other recommended maintenance. You can also contact our team with questions about winter vehicle preparation or review our service tips and maintenance guides for additional vehicle care information.