Parking Your Car Outside in Winter: A Smarter Guide
- M
- Aug 3
- 18 min read
Parking your car outside in winter changes more than your morning routine.
It changes what reliability means.
A vehicle that feels perfectly dependable in a heated garage may behave very differently after spending ten hours under freezing rain, wind-driven snow, road salt and repeated temperature swings. The battery must work harder. Tire pressure changes. Rubber components stiffen. Doors freeze. Visibility becomes a daily responsibility rather than an occasional concern.
That does not mean you need an oversized SUV, an expensive all-wheel-drive system or the newest vehicle you can afford. It means you need to choose and maintain a car according to the life it will actually live.
For anyone parking your car outside in winter, the smartest purchase is not necessarily the vehicle with the most impressive specification sheet. It is the one whose starting system, tires, ground clearance, heating performance, maintenance requirements and overall complexity fit your climate, schedule, budget and tolerance for disruption.
An independent mechanic can become especially valuable in this equation—not merely as someone who repairs problems, but as someone who helps you identify vulnerabilities before the cold exposes them.
This is where WhatCarFitsMe approaches the decision differently. We do not treat winter capability as a badge on the rear of a vehicle. We treat it as an ownership system involving the car, the driver, the parking environment, the maintenance plan and the realistic cost of keeping everything dependable.
Table of Contents
The driveway is part of your vehicle specification
Most car-buying advice begins with horsepower, fuel economy, cargo space or technology.
A more realistic process begins with where the vehicle will spend its nights.
A car parked in a climate-controlled garage experiences a relatively protected life. A car parked outdoors may repeatedly move through snow, ice, moisture, freezing temperatures and thaw cycles. Even before the first mile of the day, it may need to defrost its glass, release frozen seals, start with a cold battery, clear packed snow and restore comfortable cabin temperatures.
That environment should influence the buying decision as directly as your commute length or family size.
Ask yourself:
Where will the car be parked overnight?
How frequently does your area experience snow, freezing rain or prolonged subfreezing temperatures?
Will you need the vehicle at a precise time every morning?
Can you work from home when conditions are poor, or is dependable transportation non-negotiable?
Do you have access to an electrical outlet for an EV, plug-in hybrid, battery maintainer or engine-heating equipment where appropriate?
Would one failed start create inconvenience, lost income or a serious family problem?
These questions reveal something that conventional buying guides often miss: winter reliability is partly mechanical, but it is also personal.
A retired driver who uses a vehicle twice per week has a different risk profile from a nurse leaving home at 5:30 a.m. A family with a second vehicle has more flexibility than a single-car household. A remote worker can postpone a trip during an ice storm; an airport employee may not have that option.
The right winter vehicle is therefore not defined only by traction. It is defined by the consequences of the vehicle not being ready.
What parking your car outside in winter actually changes
Cold weather does not automatically damage a healthy car. It does, however, reduce margins.
A marginal battery becomes more likely to reveal itself. Slightly low tire pressure becomes more consequential. Worn wiper blades become a safety problem. A weak washer system, slow defroster or neglected cooling system can move quickly from minor inconvenience to serious disruption.
NHTSA recommends that drivers preparing for winter inspect their battery, cooling system, tires, windshield-washing equipment, wipers, lights and other essential components. It also advises using the vehicle manufacturer’s recommended tire pressure rather than the maximum pressure printed on the tire sidewall.
The battery has less room for weakness
A gasoline vehicle needs the battery to turn a cold engine, while the cold itself slows the chemical reactions that allow the battery to produce electricity. That combination is why a battery that appeared acceptable in mild weather may struggle on the first severely cold morning.
The correct response is not to replace every battery before winter. It is to test condition, charging performance and starting capability before the season places maximum demand on the system. AAA and NHTSA both recommend having the battery and charging system evaluated as part of cold-weather preparation.
Your usage pattern matters as well. A car that sits outside for long periods and then makes only brief journeys may not replenish the energy used during starting. Frequent short trips can therefore create a different winter ownership profile from longer, regular drives.
This is an excellent example of where an independent mechanic can interpret the vehicle in context. A battery test result alone is useful. A battery test combined with your commute length, parking pattern, accessory use and vehicle history is far more valuable.
Tire pressure and traction become daily realities
Tires are the only components connecting the vehicle to the road, yet many buyers spend thousands of dollars upgrading from front-wheel drive to all-wheel drive while treating tires as an afterthought.
That is backwards.
All-wheel drive can help a vehicle accelerate, but it does not repeal the physical limits of braking or cornering. Tire compound, tread condition, inflation and suitability for the weather remain fundamental.
NHTSA states that winter tires are more effective than all-season tires in deep snow and emphasizes maintaining the manufacturer-recommended cold inflation pressure.
This does not mean every outdoor-parked vehicle requires winter tires. The decision depends on snowfall, temperatures, road treatment, terrain, driving frequency and whether you can stay home during severe conditions.
A driver in a relatively mild urban climate with promptly cleared roads may be well served by high-quality all-season tires with healthy tread. A commuter in a snowbelt region, a rural driver, or someone who must travel before roads are cleared may benefit substantially from a dedicated winter set.
The key is not to buy the most aggressive equipment available. It is to reduce the gap between the conditions you face and the equipment you rely upon.
Visibility demands maintenance, not optimism
Outdoor parking means the vehicle begins many winter mornings with obstructed glass, frozen precipitation or condensation.
Your defroster, washer fluid, wipers, exterior lights and heated mirrors—when equipped—become part of your safety system. Wipers that merely “work” may still smear badly. Washer nozzles may be partially blocked. A small windshield chip can become more concerning when exposed to temperature changes.
NHTSA specifically recommends checking windshield washer fluid, defrosters, wipers and exterior lighting as part of winter preparation.
The practical standard should not be whether these systems technically operate. It should be whether they restore full visibility quickly enough for your real morning schedule.
Your independent mechanic should know your winter life
The phrase “independent mechanic” can mean many things.
It may describe a highly experienced marque specialist with advanced diagnostic equipment, a respected neighborhood repair shop, or a general technician working across numerous vehicle brands. Independence alone does not guarantee quality, just as a dealership badge does not guarantee exceptional judgment.
The value lies in competence, transparency, familiarity with your vehicle and continuity of care.
A strong independent mechanic learns the pattern of your car. They know which services have been completed, which items are approaching the end of their useful life and which concerns can reasonably wait. Over time, this can create a more nuanced maintenance relationship than visiting whichever service department happens to have availability.
For a vehicle parked outdoors in winter, that continuity can be particularly useful.
Rather than asking for a generic “winterization package,” ask for a condition-based winter readiness inspection. The mechanic should evaluate the systems that matter for your vehicle, climate and use—not sell a prewritten bundle of services regardless of need.
A sensible conversation might cover:
Battery health and charging performance
Tire age, tread, condition and pressure
Cooling-system condition and freeze protection
Wiper and washer performance
Exterior lighting
Brake condition
Fluid leaks
Belts, hoses and visible rubber components
Heating and defrosting performance
Warning lights, diagnostic history and open concerns
Evidence of corrosion or damage underneath the vehicle
The U.S. Department of Transportation has advised drivers who do not know a vehicle’s maintenance history to arrange a preventive maintenance inspection with a mechanic before demanding travel.
The best mechanic does more than identify defects. They distinguish among immediate safety needs, reliability risks, preventive opportunities and optional improvements.
That distinction protects both the car and the owner’s budget.
The winter inspection should be a decision tool
A winter inspection should not produce a frightening list of everything that is no longer factory-new.
It should produce priorities.
A useful report might divide findings into four categories:
Repair now: Items affecting safety, starting, visibility or the possibility of a breakdown.
Complete before severe weather: Components still functioning but unlikely to provide a comfortable reliability margin through the season.
Monitor: Wear that is present but stable enough to reassess later.
Optional optimization: Improvements such as dedicated winter tires, upgraded wipers or convenience equipment that may enhance the experience but are not essential.
This structure matters because winter anxiety makes owners vulnerable to overspending.
When the forecast announces a major storm, it becomes tempting to authorize every recommendation, replace components early or conclude that the current vehicle is no longer suitable. A competent independent mechanic should reduce that anxiety through evidence—not intensify it.
Ask to see measurements where relevant. Request battery-test results. Ask about remaining brake-pad thickness. Review tire tread and age. Understand whether a leak is active, severe or merely being monitored.
The goal is not to avoid spending money. It is to spend it deliberately.
Choose a car for outdoor life, not showroom life
A vehicle that will live outside should be evaluated differently from one that will spend most of its life sheltered.
This does not mean limiting yourself to inexpensive or mechanically basic vehicles. Luxury cars, EVs, hybrids, sedans and performance-oriented vehicles can all live outdoors successfully. It means understanding the compromises attached to each path.
Simplicity can create valuable predictability
A well-maintained mainstream sedan or crossover often offers a strong winter ownership proposition because replacement parts, tire sizes, routine service and diagnostic familiarity may be widely available.
That does not automatically make it more reliable than every premium vehicle. It does, however, tend to make the ownership ecosystem easier to navigate.
When the car is your only transportation and it sleeps outside, service accessibility has real value.
A technically sophisticated vehicle may provide faster cabin heating, remote climate control, heated surfaces, advanced traction management and excellent lighting. Those features can materially improve the winter experience. But additional systems may also increase repair complexity as the vehicle ages.
The correct choice depends on whether you value convenience enough to fund it throughout ownership.
Ground clearance matters—but not as much as many buyers think
Drivers often assume that outdoor winter parking requires an SUV.
Sometimes it does. Often it does not.
Additional ground clearance is useful when snow accumulates faster than streets, driveways or parking areas can be cleared. It may also help on poorly maintained rural roads. However, an SUV with mediocre tires is not automatically more secure than a lower vehicle with excellent winter tires.
A larger vehicle may bring higher purchase prices, heavier fuel consumption, larger and more expensive tires, and increased brake or suspension costs. It can also be more difficult to maneuver around snowbanks in dense urban environments.
Buy the clearance your environment requires—not the clearance that makes a sales brochure feel reassuring.
Front-wheel drive remains a rational option
For many drivers, a front-wheel-drive car with appropriate tires remains a sensible and cost-effective winter solution.
The engine’s weight over the driven wheels can support useful traction, and the simpler drivetrain may reduce purchase price and mechanical complexity compared with some all-wheel-drive alternatives.
All-wheel drive becomes more compelling when the driver faces steep grades, frequent unplowed surfaces, significant snowfall or highly variable conditions. It can also provide confidence when pulling away from a stop.
But confidence must not become overconfidence. NHTSA warns that snow, sleet and ice make vehicles harder to control and stop, regardless of vehicle type.
EV suitability depends heavily on charging access
An electric vehicle can be highly pleasant in winter. Many provide responsive traction control, scheduled cabin preconditioning and rapid interior heating. The important issue is not whether EVs “work in the cold.” They do.
The important issue is whether the charging arrangement supports the owner’s winter life.
Cold weather can increase energy consumption because the vehicle must support cabin and battery temperature management. NHTSA recommends keeping an EV plugged in when possible during freezing conditions so the battery can remain within a more favorable temperature range. The Department of
Transportation also identifies reduced winter battery performance and range as considerations in colder climates.
An EV parked outside with dependable home charging may fit beautifully. The same vehicle parked on the street without predictable charging may require more planning, particularly for high-mileage drivers.
The powertrain should therefore be chosen together with the parking arrangement—not separately.
Comparison matrix: realistic winter ownership paths
Buying path | Best suited to | Winter strengths | Ownership compromises | Independent mechanic fit |
Front-wheel-drive sedan with quality all-season or winter tires | Urban commuters, budget-conscious households, cleared-road driving | Efficient, affordable, easy to maneuver, often lower tire and service costs | Less ground clearance; may require winter tires in harsher climates | Usually strong, especially for mainstream brands with broad parts and service availability |
Mainstream all-wheel-drive crossover | Families, suburban drivers, mixed road conditions | Useful traction, practical cargo space, moderate clearance, wide service network | Higher purchase and operating costs than a comparable sedan | Generally strong; choose a shop familiar with the drivetrain and maintenance schedule |
Premium AWD sedan or SUV | Comfort-focused owners who value winter convenience | Refined heating, available remote climate features, advanced lighting and traction systems | More complex electronics, larger tires and potentially higher repair costs | Best with a qualified independent specialist rather than a purely general repair shop |
Hybrid | High-mileage commuters seeking efficiency | Efficient daily operation, established technology, no external charging required | Cold-weather efficiency may decline; specialized diagnosis may be needed | Good when the shop has hybrid training and appropriate diagnostic equipment |
EV with reliable home charging | Predictable daily mileage, home charging, technology-oriented buyers | Preconditioning, smooth traction control, convenient home energy replenishment | Winter range and charging speed require planning; street-only charging can complicate ownership | Routine mechanical work may be accessible, but high-voltage or battery concerns require qualified EV expertise |
WhatCarFitsMe would not treat one path as universally superior. The recommendation should emerge from climate, mileage, parking, charging, budget, family needs and access to qualified service.
The mileage question becomes more nuanced in winter
Mileage alone does not determine whether a used vehicle is prepared for outdoor winter life.
A lower-mileage vehicle may have spent long periods sitting, completed mostly short trips or received inconsistent maintenance. A higher-mileage vehicle may have accumulated steady highway use while receiving disciplined service.
Service history, current condition and usage pattern matter more than a psychologically attractive number on the odometer.
For mainstream vehicles, moderate or even higher mileage may be acceptable when the maintenance history is credible, the inspection is reassuring and the price leaves room for future wear items.
For premium vehicles, the issue is not simply whether the engine can reach a particular mileage. It is whether the buyer can comfortably absorb the cost of aging climate-control systems, suspension components, sensors, electrical equipment and larger wear items.
For hybrids and EVs, the buyer should consider battery-related coverage, diagnostic information where available, charging behavior, climate exposure and access to qualified technicians.
The mature question is not, “How many miles is too many?”
It is, “At this mileage, age and price, what ownership obligations am I accepting?”
Reliability should be purchased with financial margin
The most dangerous winter purchase is not necessarily an unreliable car.
It is a car that consumes the entire budget.
Imagine a buyer with $30,000 available who spends nearly all of it on the purchase because the vehicle appears newer, more prestigious or better equipped. The first winter then reveals the need for tires, a battery, overdue maintenance and a windshield repair.
The vehicle may not be fundamentally bad. The purchase structure was bad.
A more resilient buyer might spend $26,000 and preserve the balance for registration, insurance, an independent inspection, initial maintenance and winter equipment. That second vehicle may look less impressive on delivery day, but it may produce a calmer ownership experience.
This is especially important for used luxury vehicles. Depreciation may make the purchase price feel accessible while maintenance, tire and repair costs remain connected to the vehicle’s original category.
Affordability is not the ability to complete the purchase. It is the ability to maintain the vehicle without resentment or avoidance.
When parking outside adds extra wear, inconvenience and seasonal preparation, financial margin becomes part of reliability.
Avoid buying from fear
Winter creates powerful purchase psychology.
A difficult storm, a dead battery or one frightening loss of traction can convince a driver that they urgently need a larger, newer or more expensive vehicle.
That conclusion may be correct—but it should not be automatic.
A dead battery may indicate an aging battery rather than an unsuitable car. Poor snow performance may reflect worn all-season tires rather than a need for all-wheel drive. Slow cabin heating may justify a repair rather than a replacement. Getting stuck in an unusually deep, unplowed street may not define the other 360 days of your driving year.
Before replacing the vehicle, ask an independent mechanic to evaluate the existing car and separate correctable weaknesses from structural mismatch.
A structural mismatch might include:
Insufficient clearance for routinely unplowed access roads
No workable charging solution for an EV ownership pattern
Repeated reliability interruptions that threaten employment or family obligations
Repair costs that exceed the owner’s realistic tolerance
Inadequate space for winter equipment, passengers or accessibility needs
A drivetrain or tire configuration poorly suited to unavoidable conditions
A correctable weakness might include:
An aging battery
Worn tires
Weak wipers
A thermostat, heater or defroster concern
Overdue fluids or maintenance
Damaged weather seals
A minor leak or electrical draw
The distinction can prevent an unnecessary vehicle purchase—or confirm that moving on is the wiser choice.
Do not confuse a recent redesign with guaranteed progress
Newer does not always mean more dependable.
A newly redesigned model may offer better safety technology, improved efficiency, more intuitive controls and a more refined cabin. It may also introduce new hardware, software, electronic architecture or powertrain combinations that have less real-world history.
That does not mean buyers should avoid every first-year vehicle. It means the risk should be intentional.
For someone parking outdoors, depending on one vehicle and requiring predictable morning operation, a proven later-production version may be more appropriate than an early example of a major redesign.
WhatCarFitsMe generally favors conservative logic when reliability is a primary need. When two vehicles fit the lifestyle equally well, the one with a more mature design, stronger service history and broader repair familiarity may be the more rational match.
Excitement belongs in the decision. It simply should not erase evidence.
Create a winter maintenance rhythm with your mechanic
The most effective winter strategy is not an emergency appointment immediately before the first storm.
It is a repeatable rhythm.
Early fall: establish the baseline
Schedule the inspection before temperatures collapse and repair calendars fill. Review the battery, tires, brakes, cooling system, washer system, wipers, lights, leaks and heating performance.
This gives you time to compare options, order appropriate tires and prioritize work without weather-driven urgency.
During winter: respond to changes
Do not ignore slower cranking, warning lights, inconsistent heat, vibration, pulling, fluid spots or rapidly changing tire pressure.
These symptoms do not always signal a major failure, but winter is not the ideal season for prolonged experimentation.
Communicate what changed, when it occurs, how frequently it happens and whether it relates to temperature, speed, starting or moisture. Precise observations help the mechanic diagnose rather than guess.
After winter: inspect the aftermath
Snow, slush, potholes, road treatments and repeated freeze-thaw conditions can be hard on tires, alignment, suspension components and the vehicle’s underside.
A spring review can identify damage while it is still manageable. It also allows you to store winter tires correctly, assess tread for the following season and address cosmetic or corrosion concerns.
Outdoor parking habits that protect the vehicle
Mechanical preparation matters, but daily habits matter too.
Remove snow from the entire vehicle—not only the portion of the windshield directly in front of the driver. Snow or ice left on the roof, hood or lights can obstruct your own visibility or create hazards for others when the vehicle moves.
Use a proper snow brush and scraper rather than objects that may damage paint or glass. Keep washer fluid appropriate for the temperatures you expect. Replace wiper blades when they smear, chatter or fail to clear the windshield effectively.
Avoid pouring hot water onto frozen glass. Rapid temperature changes may damage the glass, and the water can refreeze elsewhere.
Do not rely on prolonged idling as a substitute for driving and proper maintenance. Follow the manufacturer’s guidance for cold starts and begin driving gently once visibility is clear and the vehicle is ready.
For EV owners, use scheduled preconditioning while connected to external power when the vehicle supports it. This can warm the cabin before departure while reducing the amount of stored battery energy needed for initial heating. NHTSA recommends keeping an EV plugged in during freezing weather when practical to support more favorable battery temperatures.
Most importantly, allow time.
A vehicle parked outdoors cannot always move safely the instant you open the door. Building ten additional minutes into a winter morning may be more valuable than adding another technology package to the car.
Match the mechanic to the vehicle
As vehicles become more specialized, the right independent mechanic may not be the same for every car.
A general repair shop may be ideal for a mainstream gasoline sedan or crossover. A premium European vehicle may be better served by an independent marque specialist with the correct diagnostic tools and brand experience. A hybrid or EV may require technicians trained to work safely with high-voltage systems.
Before relying on a shop, ask:
Does the shop regularly service your make and powertrain?
Does it have appropriate diagnostic equipment?
Can it explain findings in clear language?
Will it provide inspection results or measurements?
Does it distinguish urgent work from future work?
Is it comfortable telling you when no repair is required?
Does it use parts appropriate to your budget and ownership goals?
The final question is especially important. A buyer planning to keep a vehicle for eight years may make different repair decisions from someone preparing to sell it next spring. Neither approach is automatically dishonest or unwise. The repair strategy should fit the ownership horizon.
A trusted independent mechanic should understand that context.
What different owners should prioritize
The early-morning commuter
Prioritize starting reliability, visibility, tires and a service provider who can respond quickly when problems arise.
The car does not necessarily need to be luxurious or large. It needs to be ready at the same time every day.
The family with young children
Prioritize predictable heat, safe tire performance, rear-seat accessibility, cargo space for winter equipment and enough financial margin to address repairs immediately.
A practical crossover may fit, but a roomy sedan with good tires may also work. Do not buy an SUV merely because parenthood and winter appear in the same sentence.
The budget-conscious buyer
Favor service history, common tire sizes, accessible parts and a proven mechanical platform over visual prestige.
Preserve money after the purchase. A less expensive vehicle with a fresh battery, strong tires and completed maintenance may be more dependable than a newer vehicle bought without reserve funds.
The luxury buyer
Evaluate the convenience features you will genuinely appreciate: heated steering wheel, remote climate functions, advanced lighting, heated windshield areas or sophisticated traction systems.
Then evaluate the cost of keeping those features operational as the vehicle ages. Luxury is most satisfying when the maintenance budget supports it.
The low-mileage or occasional driver
Pay close attention to battery condition, tire age and the effects of extended sitting.
Low annual mileage does not eliminate maintenance needs. In some situations, infrequent use and short journeys create their own reliability concerns.
The EV buyer without a garage
Begin with charging—not with range.
Determine where the vehicle will charge, how reliable that access is, what happens during snow emergencies or street-cleaning restrictions, and how winter energy use affects your routine.
An outdoor parking space is not automatically a barrier. An unpredictable charging system may be.
The best winter vehicle is the one you can trust calmly
Drivers often search for the “best car for winter” as though one make, model or drivetrain can answer the question.
There is no universal winner.
The best match may be a modest front-wheel-drive sedan on excellent winter tires. It may be an all-wheel-drive crossover with a proven service record. It may be a premium SUV maintained by a qualified specialist. It may be an EV that preconditions each morning while connected to dependable home charging.
The right answer comes from alignment.
Your climate must align with the tires.
Your mileage must align with the powertrain.
Your parking situation must align with the charging or starting requirements.
Your budget must align with the maintenance category.
Your risk tolerance must align with the vehicle’s age, complexity and design maturity.
Your mechanic must align with the technology you are buying.
That is the deeper lesson of parking outside in winter: the environment reveals whether the vehicle was chosen for real life or for the emotional simplicity of the purchase moment.
Make your next vehicle fit the winter it will actually live through
A car should not merely look right in your driveway. It should start reliably after a freezing night, clear its glass effectively, manage the roads you genuinely travel and remain financially sustainable when maintenance is required.
Before purchasing, understand where the vehicle will sleep, how it will be used and who will maintain it. Arrange an independent pre-purchase inspection. Review the service history. Budget for tires and immediate maintenance. Avoid allowing one dramatic feature—whether all-wheel drive, ground clearance or remote starting—to substitute for the complete ownership picture.
WhatCarFitsMe brings those realities together.
We consider the buyer’s budget, mileage, climate, lifestyle, family obligations, reliability expectations and ownership behavior to identify vehicles that make sense beyond the test drive.
If parking your car outside in winter is part of your daily reality, try WhatCarFitsMe and compare options through the lens that matters most: not which vehicle promises the most, but which one is most likely to serve you calmly, honestly and reliably.
Frequently Asked Questions
Is it bad to park your car outside in winter?
Parking outside does not automatically damage a properly maintained vehicle, but it exposes the car to cold starts, snow, ice, moisture, road treatments and freeze-thaw cycles. Regular inspections, appropriate tires, a healthy battery and effective wipers and defrosters become more important.
How often should an outdoor-parked car be inspected during winter?
Most drivers should arrange a comprehensive inspection before severe winter weather and respond promptly to any changes during the season. A post-winter check can also identify tire, alignment, suspension, corrosion or underbody concerns caused by harsh conditions.
Do I need all-wheel drive if my car is parked outside?
No. Outdoor parking alone does not create a need for all-wheel drive. Road conditions, terrain, snowfall, clearance needs and driving obligations matter more. A front-wheel-drive vehicle with suitable tires may be entirely appropriate for many drivers.
Are winter tires more important than all-wheel drive?
In many situations, tires have a greater effect on braking and cornering than the drivetrain. All-wheel drive can improve acceleration, but it does not compensate for worn or unsuitable tires. NHTSA notes that winter tires are more effective than all-season tires in deep snow.
Can an independent mechanic prepare my car for winter?
Yes. A qualified independent mechanic can inspect the battery, charging system, tires, brakes, cooling system, wipers, washer system, lights, heating and other essential components. For premium, hybrid or electric vehicles, choose a shop with relevant training and diagnostic equipment.
Should I buy an SUV for outdoor winter parking?
Not necessarily. An SUV may provide useful clearance and cargo space, but it may also cost more to purchase, fuel, insure and maintain. The decision should reflect your roads, snowfall, family needs and budget rather than outdoor parking alone.
