Which has a higher speed rating between tire W and Y?

2 Answers
OliviaRose
07/24/25 5:43am
Tire Y has a higher speed rating than tire W. Below are the vehicle types suitable for tires with different speed ratings: 1. P—T rated tires (maximum speed 150—190 km/h) are suitable for small and compact cars. 2. U—V rated tires (maximum speed 200—240 km/h) are suitable for mid-to-high-end sedans. 3. W—Z rated tires (maximum speed 240—300 km/h), due to their superior performance, are typically used for large luxury sedans and supercars. Note: Generally speaking, the further back the letter representing the tire speed rating is in the alphabet, the better the tire's performance and the higher its price.
Was this review help?
5
2
Share
VonBrayden
08/11/25 1:24am
As someone who frequently tinkers with cars, I'm well aware of the differences in tire speed ratings. A 'W' rating indicates a maximum speed of 270 km/h, while 'Y' represents 300 km/h, making the Y rating superior. Speed ratings aren't just about how fast you can drive—they also impact tire durability and safety. For instance, during prolonged high-speed driving, lower-rated tires may overheat and soften, increasing the risk of skidding. From my own driving experience, I've found that choosing the wrong speed rating can accelerate wear; higher ratings like Y handle heat and heavy loads better, but for daily commuting, there's no need to deliberately pursue them—it's wiser to match the recommendations in your vehicle's manual. In short, safe driving takes precedence over everything else, so regularly checking your tire ratings helps prevent accidents.
Was this review help?
11
3
Share
Expand All
More Forum Discussions

How to Turn on the Headlights of the Volkswagen Tharu?

Turning on the headlights of the Volkswagen Tharu is very simple. Just rotate the knob to the headlight position to turn them on. When the AUTO button is illuminated, it indicates that the automatic headlights are currently activated, and no manual adjustment is required. With the headlights on, activating the windshield washer switch will also wash the headlights. If you only want to clean the windshield, turn off the headlights to prevent them from being washed. Below is an introduction to the Volkswagen Tharu: 1. Body Dimensions: The Tharu measures 4453/1841/1632mm in length, width, and height, with a wheelbase of 2680mm. 2. Safety Features: The Tharu comes standard with the ESP body stability control system, front and side airbags, ASR traction control system, tire pressure monitoring, and other useful devices. 3. Powertrain: The Tharu is equipped with two engine options: a 1.4T inline 4-cylinder turbocharged engine and a 2.0T inline 4-cylinder turbocharged engine. Both are paired with a 7-speed dual-clutch transmission. The 1.4T engine delivers a maximum power of 110KW, maximum horsepower of 150PS, and maximum torque of 250N·m, accelerating from 0-100km/h in 9.1 seconds. The 2.0T engine offers a maximum power of 137KW, maximum horsepower of 186PS, and maximum torque of 320N·m, achieving 0-100km/h in just 7.8 seconds.
7
5
Share

How Does a Car Air Purifier Work?

Below is how a car air purifier works: 1. The circulation fan in the purifier facilitates the flow of air inside the car, and the polluted air is filtered through the PM2.5 filter and activated carbon filter inside the machine. 2. Various pollutants are filtered out or adsorbed, and then the air is continuously ionized by the negative ion generator installed at the air outlet, producing a large number of negative ions, which are then blown out by the fan. Here is additional information about car air purifiers: Car air purifiers can effectively clean and remove harmful substances such as dust, formaldehyde, benzene, bacteria, odors, and allergens inside the car. Below is extended information on types of car air purifiers: 1. Filter-type car air purifier. 2. Electrostatic precipitator-type car air purifier. 3. Ozone car air purifier. 4. Plasma cluster car air purifier. 5. Water filtration car air purifier.
2
3
Share

Can the Exhaust Brake Be Used for a Long Time?

Exhaust braking is also a braking method for large trucks when going downhill, but it should not be used for a long time, as it can cause significant damage to the engine, especially affecting the valves. It is recommended to use it with intervals of about 5 seconds each time. Its working principle is to achieve a rapid increase in local air pressure in a small space by closing the air valve, thereby reducing the engine speed to achieve the braking effect. The usage methods of exhaust braking are as follows: 1. When the vehicle is in gear and moving, stepping on the brake pedal will trigger the exhaust brake, which can improve the vehicle's braking performance and reduce the wear of the brake shoes. Releasing the pedal will deactivate the exhaust brake. 2. When going downhill, the exhaust brake switch can be turned on separately. Releasing the accelerator and clutch pedals will activate the exhaust brake, and the exhaust brake indicator light on the dashboard will illuminate. Stepping on the accelerator pedal or clutch pedal will deactivate the exhaust brake.
8
0
Share

What is the correct method for connecting jumper cables to a car?

Here is the correct method for connecting jumper cables to a car: 1. Ensure that the battery of the vehicle providing the jump start has sufficient charge. 2. Check the voltage of the battery in the vehicle being rescued to ensure it matches the voltage of the rescue vehicle's battery. 3. Bring the two vehicles close enough for the cables to connect, and inspect both car batteries for any leaks, cracks, or damage. 4. Attach the red cable clamp to the positive terminal of the battery in the vehicle being rescued, and the other clamp to the positive terminal of the rescue vehicle's battery. 5. Attach the black cable clamp to the negative terminal of the battery in the vehicle being rescued, and the other clamp to the negative terminal of the rescue vehicle's battery. Here is additional information about connecting jumper cables: 1. When connecting the negative terminal of the dead battery, try to attach it to a metal part of the engine for better contact in the starter's current circuit, making it easier to start. 2. Ensure each connection point is securely attached to avoid poor contact and failure to start properly. 3. Do not let the positive and negative terminals of the battery touch each other, as this can create intense sparks and pose a danger.
13
5
Share

When is the second maintenance for a car?

The second maintenance for a car is generally performed when the new vehicle reaches 10,000 kilometers. Additional information: 1. Typically, after undergoing such extensive inspections and maintenance during the second service, the overall condition of the vehicle will noticeably enter its optimal state, ensuring the highest level of driving safety. After the second maintenance, the performance of the new car becomes essentially stable. Subsequently, based on the vehicle's condition and usage habits, minor maintenance should be done every 5,000 to 7,500 kilometers, and a comprehensive check-up every 10,000 to 15,000 kilometers. 2. The second-level maintenance for a car involves inspection and adjustment-centered maintenance tasks for vehicles that have traveled a certain mileage. The scope of maintenance, in addition to the tasks of the first-level maintenance, includes checking and adjusting the engine and electrical equipment, dismantling and cleaning the oil pan and oil filter, inspecting and adjusting the steering and braking mechanisms, and dismantling and cleaning the front and rear wheel hub bearings. Lubricating oil is added, tires are dismantled and inspected, and rotation is performed. The purpose is to maintain the good working performance of all parts, mechanisms, and assemblies of the vehicle, ensuring their normal operation between two second-level maintenance sessions.
6
3
Share

To Which Position Should the Car Rearview Mirrors Be Adjusted?

Here are the positions to which the car rearview mirrors should be adjusted: 1. Left rearview mirror. The driver should use the horizon as a reference, adjusting the vertical angle so that the sky and ground each occupy half of the mirror. Adjust the horizontal angle so that the car body occupies about 1/4 of the mirror surface. Note that the adjustment should be made based on the driving posture, not by leaning closer to observe the mirror. 2. Right rearview mirror. Since the right rearview mirror is the farthest from the driver's position, the space occupied by the sky should be reduced. Therefore, the sky should occupy only 1/4 of the right rearview mirror, and the car body should also occupy 1/4. 3. Central interior rearview mirror. Through this mirror, the driver should be able to see the situation behind the car through the rear window, with the ground and sky each occupying half of the view.
16
2
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.