What is the model and size of the Honda URV tires?

1 Answers
McMalachi
07/29/25 11:02am
The model and size of the Honda URV tires are 245/55R19. The first number, 245, indicates the tire width is 245MM. The 55 represents the aspect ratio of the tire section, which is 55%, meaning the section height is 55% of the width. The 19 indicates the rim diameter is 19 inches, and the middle letter "R" stands for radial tire. The Honda URV tires use Michelin Primacy SUV Tour tires, which offer good durability and wet-road performance. The spare tire is a non-full-size tire. If you want to replace the tires yourself, follow these steps: Take out the spare tire and jack. Place the jack under the vehicle frame near the tire to be replaced, ensuring the jack contacts the metal part of the frame. Raise the jack until it supports the car. The jack should be positioned under the vehicle, and you should check to ensure it is perpendicular to the ground. Remove the hubcap and loosen the nuts counterclockwise. Do not fully remove the nuts; just loosen them enough to eliminate resistance. Keeping the tire on the ground when loosening the nuts for the first time ensures that the nuts turn, not the tire. Turn the nuts counterclockwise until they are loose. Repeat this step for all lug nuts and then remove them completely. Place the new tire on the wheel hub, carefully aligning the tire rim with the wheel bolts. Install the lug nuts and tighten them by hand until all nuts are snug. At this point, the tire replacement is complete. In addition to the model, tires are marked with the following common data: Tire cord material: Indicated by Chinese pinyin, such as M for cotton cord, R for rayon cord, N for nylon cord, G for steel cord, and ZG for steel radial cord tires. Speed rating: Indicates the maximum speed at which the tire can carry a specified load under specified conditions. Letters from A to Z represent certified speed ratings ranging from 4.8 km/h to 300 km/h. Common speed ratings include: Q: 160 km/h; H: 210 km/h; V: 240 km/h; W: 270 km/h; Y: 300 km/h. Rim specification: Indicates the rim size compatible with the tire for practical use, such as "Standard Rim 5.00F."
Was this review help?
3
2
Share
More Forum Discussions

What is the displacement limit for F1 racing cars?

The FIA stipulates that the maximum engine displacement for F1 racing cars is 3000cc, so all teams set their car engines at 3000cc. Below are the parameters for the F1 car body, engine, and suspension system: Body parameters: The F1 car body is made of carbon fiber reinforced plastic. This is an excellent material, very strong yet extremely lightweight. After using this material, the base part of the car body, known as the monocoque structure, weighs only 30kg. Finally, after installing all necessary components and seating the driver, the entire F1 racing car weighs only 600KG, about one-third the weight of a typical civilian vehicle. Engine parameters: According to regulations, F1 racing cars can use 10-cylinder engines with a displacement of less than 3000CC, a maximum rotation speed of 19,000 rpm, and a maximum output power of 900 horsepower. Due to the stability requirements of F1 races, the direction of engine manufacturing is not only towards high rotation speeds but also needs to adapt to long periods of high-speed operation, achieve better cornering performance, and must also meet design requirements for being compact, lightweight, and small in size. Suspension parameters: The suspension system of an F1 racing car is exposed outside the car body, a feature common to all formula racing cars. Although the function of the suspension system in F1 is the same as in commercial vehicles, for better driving performance and comfort, it is necessary to keep all four tires in contact with the ground.
12
2
Share

What are the differences between Haval H6 and H6 Coupe?

The differences between Haval H6 and H6 Coupe lie in their appearance, configurations, and powertrain. The specific details are as follows: Appearance Differences: The Haval H6 Coupe and Haval H6 have noticeable differences. The H6 Coupe looks younger, more vibrant, and sportier, while the H6 is relatively more conservative. Although it is also called the Sport version, overall, it is not as stylish as the H6 Coupe. In terms of body dimensions, the H6 Coupe measures 4549*1835*1700mm with a wheelbase of 2720mm, while the H6 measures 4681*1827*1710mm with a wheelbase of 2680mm. The H6 Coupe has a shorter body length but a longer wheelbase. As for trunk volume, the difference between the two is not significant; both appear quite flat and can increase capacity by folding down the rear seats. Configuration Differences: The Haval H6 offers more abundant configurations. Compared to the H6 Coupe at the same price point, the H6 includes additional features such as front side airbags, front and rear head airbags, a rearview camera, engine start-stop, lumbar support for seats, electric adjustment for the driver and passenger seats, front seat heating, mobile phone connectivity/mapping, automatic headlights, interior ambient lighting, and rain-sensing wipers. On the other hand, the H6 Coupe includes features like a panoramic sunroof, one-touch up/down for all windows, and rear air vents. Powertrain Differences: Both vehicles are equipped with a 1.5T turbocharged engine, and their power tuning is identical. However, in terms of the transmission system, the H6 Coupe uses a 6-speed automatic transmission, while the H6 uses a 7-speed dual-clutch transmission. The H6 Coupe has electric power steering, whereas the H6 uses mechanical hydraulic power steering. In terms of suspension and chassis, since both cars are based on the same platform, their suspension forms and chassis are identical. For parking, the H6 uses a handbrake, while the H6 Coupe employs an electronic parking system.
10
0
Share

What are the tips for reversing a car?

Here are some techniques for reversing a car: Adjusting the position between the car body and the corner of the garage: When reversing for the first time, lean forward to look at the right rearview mirror to check the positional relationship between the car body and the corner of the garage in advance. Based on the view observed through the rearview mirror, predict whether the car body will be too close or too far from the corner of the garage if it continues at this angle, then steer to correct it. It is best to maintain a distance of 30 centimeters between the car body and the corner of the garage. Correcting the car body inside the garage: After the rear half of the car body enters the garage space, steer to adjust the position. Observe the left and right rearview mirrors to determine which side the front of the car is tilting toward and which side the rear is tilting toward, then steer toward the side the front is tilting to correct the car body. Finding the right stopping point: Judge when to stop by observing the relationship between the left rearview mirror and the boundary line. When the left rearview mirror covers the boundary line, immediately press the clutch to stop.
13
3
Share

Why is the Mazda6 called Atenza?

Atenza is the third generation of the Mazda6. Typically, when referring to the Mazda6 alone, it defaults to the first generation. There are three generations of the Mazda6: First generation Mazda6; second generation Mazda6 Ruiyi; third generation Mazda6 Atenza. Relevant information about the Atenza is as follows: Introduction: The Atenza is a new-generation mid-to-high-end sports sedan flagship model developed and manufactured based on Mazda's spirit of "breaking conventions and starting from scratch." Design: The Atenza continues the exterior design of the imported Atenza, adopting Mazda's KODO design philosophy, with a U-shaped front grille paired with LED headlights, enhancing its sporty feel.
14
5
Share

What are the effects of prolonged exposure of a car to sunlight?

Prolonged exposure of a car to sunlight can affect the paint, engine, battery, and other components. The specific impacts are as follows: Effects on the paint: Extended exposure to sunlight can cause the paint color to fade at best, and at worst, lead to blistering or peeling. Damage to the engine: If a car remains in a high-temperature environment for a long time, its cooling capacity will decrease, causing the engine temperature to rise more easily. This means its performance will decline, ultimately affecting the engine's lifespan. Damage to the battery: When the battery temperature rises, the negative terminal may experience issues due to the aging of the insulation layer, such as unstable voltage.
1
2
Share

What's the difference between Vellfire and Alphard?

Vellfire and Alphard differ in configuration, suspension, and driving modes. The specific differences are as follows: Configuration differences: The Vellfire is equipped with a trip computer display, multifunction steering wheel, and power tailgate; the Alphard comes with a roll stability control system, cornering lights, and hill start assist. Suspension differences: Both the Vellfire and Alphard feature MacPherson strut front suspensions. However, the Vellfire has a double-wishbone independent rear suspension, while the Alphard uses a double-wishbone (twin-link) independent rear suspension. Driving mode differences: The Vellfire supports switching between sport and eco driving modes, whereas the Alphard only offers an eco driving mode.
1
1
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.