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Wireless air pump capable of pumping up to 150 psi with 2000 MAH power bank.
Fully protect your clothes and vehicle interior during transportation of your tires. For Tires up to 31" tall and wheels up to 22".
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Pros & Cons of Staggered Fitment
Attractive Design
Improved Handling
Improved Cornering
Bumpier Ride
Poor Traction in Snow
How do I find my tire size?
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Pros & Cons of Staggered Fitment
Attractive Design
Improved Handling
Improved Cornering
Bumpier Ride
Poor Traction in Snow
How do I find my tire size?
Need help?
Pros & Cons of Staggered Fitment
Attractive Design
Improved Handling
Improved Cornering
Bumpier Ride
Poor Traction in Snow
Need help?
Need help?
How do I know if I have an LT tire?
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By Tire Agent Staff
January 09, 2024
The definition of hydroplane is to skim or skid on water. In automotive terms, hydroplaning occurs when a layer of water builds up between the tires of a vehicle and the road surface. The water causes the tires to lose contact with the road, leading to a loss of traction and control. Hydroplaning typically happens when driving on wet or rainy surfaces, which can be a significant safety concern.
Hydroplaning begins when the tire treads are unable to displace the water on the road quickly. As a result, a thin film of water forms under the tires, creating a barrier between the rubber and the road. When this happens, the vehicle can essentially ride on the water rather than making direct contact with the road surface.
The factors that contribute to hydroplaning include speed, tire tread depth and road conditions. All of these factors are within the driver's control:
This 4-minute video from Consumer Reports shows you how hydroplaning happens
Hydroplaning is most likely to occur at speeds above 45 miles per hour (72 kilometers per hour) on wet or water-covered roads. At this threshold, the combination of speed and the presence of water makes it more challenging for tires to disperse the water to keep the treads in contact with the road. However, the exact speed at which hydroplaning may occur can vary based on factors such as tire tread depth, tire pressure and the condition of the road.
The Consumer Reports video that we shared earlier in this post shows the difference between hydroplaning at 45 MPH and 60 MPH.
It's important to note that hydroplaning can occur at lower speeds in certain conditions. For instance, if the road has accumulated a significant amount of water or if your tires have worn-out treads, it can happen at speeds below 45 mph. You should exercise caution and adjust your speed based on weather conditions to minimize the risk of hydroplaning. Regularly checking tire tread depth and maintaining proper tire pressure are critical steps to reduce the likelihood of hydroplaning incidents.
Your first experience with hydroplaning might trigger panic and cause your brain to send a message to your feet to brake. Don't slam on the brakes. Try to stay calm and take immediate, controlled actions to regain control. Here's a step-by-step guide on what to do when your vehicle hydroplanes:
Remember, prevention is critical. Maintain your tires properly, drive at safe speeds for the road conditions, and avoid large puddles or standing water. If hydroplaning becomes a frequent issue, it may be advisable to reassess your tire condition and consider replacements.
When faced with hydroplaning, don't brake, don't overcorrect, and don't do these things:
By steering clear of these actions and adopting a calm and controlled approach, you increase your chances of safely navigating through a hydroplane. Remember that prevention, including proper tire maintenance and adjusting your driving speed to road conditions, minimize the risk of hydroplaning.
Preventing hydroplaning involves good driving habits. Here are tips to help reduce the risk of hydroplaning.
By adopting these preventive measures and practicing safe driving habits, you can significantly reduce the likelihood of hydroplaning and improve your safety on wet roads.
Yes, some tires specifically help reduce the risk of hydroplaning and enhance wet weather performance. These tires fall under "all-season," "all weather" or "performance" tires. Here are some features commonly found in tires that can help mitigate hydroplaning.
When selecting tires to help avoid hydroplaning, it's critical to consider your driving needs, the climate in your region and the type of vehicle you own. Consulting with a tire professional or referring to tire reviews can provide insights into the wet weather capabilities of specific tire models.
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How Do Snow Tires Work? Winter Tire Guide