Tire Size 215/60r13 in inches

The 215/60R13 tire size, equivalent to 23.2×8.5R13, has a diameter of 23.2 inches (588.2 mm), a section width of 8.5 inches (215 mm), a wheel diameter of 13 inches (330 mm), and is approved to be mounted on a compatible wheel width range.

The amalgamation of these dimensions plays a critical role in defining the tire’s performance, ride comfort, and safety on different types of terrains and in various driving conditions.

215/60r13 in inches

Feature Inches Metric
Tire Diameter 23.2 588.2
Section Width 8.5 215
Rim Height 13 330
Sidewall Height 5.1 129
Circumference 72.8 1847.9
Revolutions 542 per km 874 per mile

How Tall Is A 215/60R13 Tire?

The Tire Height of the 215/60R13 tire size is 23.2 inches (588.2 mm). The height of a tire, also known as its diameter, plays an integral role in dictating the ground clearance of the vehicle, which is especially significant in off-road conditions.

Furthermore, the tire height can have a substantial impact on the vehicle’s speedometer and odometer readings, emphasizing its importance when choosing the right tire.

What Is the 215/60R13 Width In Inches?

The tread width of the 215/60R13 tire size is 8.5 inches (215 mm). The width of a tire is crucial as it determines the contact patch of the tire with the road. A wider tire can deliver improved traction and stability, which can be beneficial for high-performance driving and cornering. However, an increased width can also raise the rolling resistance of the tire, potentially impacting fuel efficiency.

What Is the 215/60R13 Sidewall Height?

The sidewall height of the 215/60R13 tire size is 5.1 inches (129 mm). The sidewall height is an important factor affecting both the comfort and performance of the vehicle. A taller sidewall can offer a smoother and more comfortable ride over uneven surfaces, while a lower sidewall height can enhance cornering responsiveness and control but may compromise ride comfort.

What Is the 215/60R13 Tire Circumference?

The circumference of the 215/60R13 tire size is 72.8 inches (1847.9 mm). This specification is vital as it influences how many rotations a tire makes to cover a certain distance. Any changes to the tire circumference can affect the vehicle’s speedometer readings, gear shifting patterns, and overall performance of the vehicle.

What Is the 215/60R13 Revolutions Per Mile?

For the 215/60R13 tire size, there are approximately 874 revolutions per mile (or 542 per km). The number of revolutions per mile is a critical specification as it can impact your vehicle’s fuel efficiency and the overall lifespan of the tire. Generally, tires with fewer revolutions per mile offer better fuel economy and have a longer lifespan.

What Is the 215/60R13 Rims Size?

For the 215/60R13 tire size, the rim diameter is 13 inches (330 mm). The rim size is vital to ensure compatibility with the tire size for optimal performance and safety. A mismatch between the tire and rim sizes can result in poor vehicle handling, increased tire wear, and potential tire failure.

Replacement Tire Size
Replacement tires should ideally be within 3% of the total diameter of the original tires to maintain accurate speedometer readings and prevent potential drivetrain issues. Always consult with a tire expert or your vehicle manufacturer when considering replacement tire sizes.

Tire Size Overall Diameter Difference
205/60R13 22.7″ (576 mm) -2%
175/70R13 22.7″ (576 mm) -2%
245/50R13 22.7″ (576 mm) -2%
165/75R13 22.8″ (578 mm) -1.7%
155R13 22.8″ (578 mm) -1.7%
155/80R13 22.8″ (578 mm) -1.7%
195/65R13 23″ (584 mm) -0.7%
185/70R13 23.2″ (590 mm) 0.3%
165/80R13 23.4″ (594 mm) 1%
195/70R13 23.8″ (604 mm) 2.7%

Our Observation
The 215/60R13 tire size provides a good balance of comfort and performance. Its sizable width offers substantial contact with the road, contributing to better traction and stability.

However, due to its taller sidewall height, it is primarily suitable for vehicles that need improved comfort over rough surfaces. It’s important to remember that these tires should be installed on vehicles designed to accommodate them to ensure optimal performance and safety.

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