Wheel **Bolt** **Pattern** Guide The easiest way to estimate the 5 lug **bolt** **pattern**, is **to** **measure** from the back of a hole to the center of the second hole. For a 4 lug wheel, **measure** center to center of two holes directly across from each other. Measuring a 6 **bolt** wheel requires you to **measure** center to center of two holes directly across from each other. Combine the number of **bolts** and the diameter to get a measurement. Take the 2 numbers and separate them with an "x" to create the measurement that you can use to get the right wheels for your vehicle or trailer. Provide the diameter in either inches or millimeters, depending on where you purchase your wheels.

**How** **To** **Measure** **Rim** **Bolt** **Pattern** 1. 4-lug wheels Obtaining the **bolt** **pattern** for **rims** with 4 lugs is quite easy. You just need to **measure** the midpoint of one circle/buttonhole to that of a circle sitting directly opposite to it. 2. 5-bolt wheels The diameter of a circle drawn between the centers of all the **bolts** on a wheel is what the **bolt** **pattern** is. **Measure** from the center points of the lugs at the top and bottom of the **pattern** for **bolt** **patterns** with an even number of lugs, which are simpler to **measure** than designs with five lugs.

**How** **to** Use Your Printable Wheel **Bolt** **Pattern** Measurement Tool To use, follow these steps: Print the template. Be sure to set your printer settings to either 100% or Actual Size. Cut out all of the same-colored holes, with some idea of the template in mind. Each color represents a common **bolt** **pattern**.

It can appear in either inches or millimeters, so be sure you know which one you're looking at. **Bolt** **patterns** in 4- 6- and 8-lug can be measured by going from the center of a stud to the center of the stud directly across from it. A 5-lug **bolt** **pattern** is a little more difficult to **measure**, but you can easily do that by following the diagram below.

The first step in determining your wheel **bolt** **pattern** is counting **how** many **bolts** (or lugs) your wheel has. Typically this will be 4, 5, 6, or 8. Next, you'll **measure** **how** many inches apart the **bolt** holes are. These two steps together will give you your **bolt** hole **pattern**.

The **rim** in the diagram has 8 **bolt** holes. **Measure** the width of one individual **bolt** hole. Use a caliper for increased accuracy. **Measure** the distance between the center of one **bolt** hole and the center of an adjacent **bolt** hole. Lay the **rim** on its side, where the outside face is facing up, and **measure** down into the **rim** **to** the center plate.

Take a wheel off your car and lay it on a flat surface with the back (the side that faces the brakes) facing up. Lay a straightedge across the wheel and **measure** down to the mounting pad (you may have to deflate the tire to do this). This distance is your backspacing.

There are lots of ways to figure this out, but **how** can it be done accurately with what you have around the house? Easy, we show you in this video of our part.

**To** **measure** **a** 5-lug **rim**, place the hook of your measuring tape in the middle of a **bolt**. Then, choose 1 of the 2 **bolts** on the opposite side. Pull your measuring tape to the outside edge to **measure** the **bolt** **pattern**. [11] It doesn't matter which of the **bolts** on the opposite side you choose to use. Method 4 Offset and Backspacing Download Article 1

Measuring Specifics. 5 lug **bolt** **pattern**: **Measure** from the back of one hole to the center of the hole across from it. 4, 6, and 8 lug **bolt** **patterns**: For each of these **patterns**, **measure** from the centers of two holes across from one another. It's not a complicated process once you get started. If you're still nervous about measuring correctly.

**Bolt** **Pattern** — The set of holes, or more exactly, the combination of holes and locations for the **bolts** attaching the wheel to the axle. This includes the number N of **bolts**. **Bolt** Hole Size — The size of the holes the **bolts** pass through, or really, the size of the **bolts**. The holes will be larger than the actual **bolt** diameter, but not by a lot.

The first number indicates **how** many **bolt** holes the wheel has. The second number is the diameter of the imaginary circle around the holes. For example, a wheel with a 5-100mm **bolt** **pattern** has 5 lug holes equally spaced around a circle with a 100mm diameter. Pretty straightforward, right?

Extend the ruler directly across the center of the wheel to the adjacent lug or **bolt** **to** determine the measurement. An example of a measurement for a 4 lug **pattern** is stated as 4 on 4 (inches). To **measure** 5 lug **pattern** wheels, hold the end of the ruler or tape **measure** **to** the center of one **bolt**.

**Bolt** **patterns** may contain 4-, 5-, 6-, or 8-lug holes or studs. A **bolt** circle of 4x100 would indicate a 4-lug **pattern** on a circle with a diameter of 100mm. The **bolt** **pattern** consists of two numbers and looks like this (5x4.50) - the first number in this example, "5", indicates **how** many **bolt** holes or studs are on the vehicle.

This video will show you **how** **to** properly **measure** **a** **bolt** **pattern** on a 5-lug wheel. www.coyswheel.com (801) 426-4736.more.more

While measuring the diameter for the even number of **bolt** **patterns** is easy, it may be tricky for the number of **bolt** **patterns** like 3- or 5- **bolt** **patterns**. Measuring Even Lug PCD - 4, 6, 8: **Measure** the distance between the middle points of two holes located directly across from each other. Measuring Odd Lug PCD - 3, 5, 7:

We offer five lug wheels to fit 5x4, 5x4.5, 5x4.75, 5x5, 5x5.5 and 5x205mm **bolt** **patterns** in a variety of authentic styles. To determine the **bolt** **pattern** on a 5 lug wheel, **measure** from the center of a wheel stud to the outer edge of the stud furthest away from it. Take a look at our diagram for an illustration of **how** it is measured.

It's really very simple to **measure** your wheels **bolt** patter with a tape **measure** or ruler. This is sometimes called the **'Bolt** Circle' or some such thing. One other trick is to to use a straight edge block across the BACK of two of the lugs a and then set the ruler on that and **measure** up **to** the center of the **bolt** like in the picture.

**To** **measure** **a** 5-lug **rim**, place the hook of your measuring tape in the middle of a **bolt**. Then, choose 1 of the 2 **bolts** on the opposite side. Pull your measuring tape to the outside edge to **measure** the **bolt** **pattern**. It doesn't matter which of the **bolts** on the opposite side you choose to use. Way 4: Accounting for Offset and Backspacing Step 1:

You can **measure** **a** wheel's backspacing by running a straight edge across the **rim** bead (without a tire) and dropping another straight edge or Tape **measure**/ruler down to the wheel face, measuring that distance. (See picture below) **Bolt** **Pattern** The **bolt** **pattern** consists of two numbers and looks like this: 5×4.50.

This is **how** **to** **measure** your tire **bolt** **pattern** based on your specific lug count. MEASURING FOR 4, 6, AND 8-LUG WHEELS. For vehicles that use 4, 6, or 8 lugs, the simplest way to find its inner diameter is to **measure** the distance between holes directly across from one another. Using measuring tape or a long ruler, calculate the space from the.

Use a ruler or a tape **measure**, **measure** the distance from the middle of one **bolt** hole, skip one **bolt** hole in any direction, and then **measure** **to** the farthest edge of that **bolt** hole. The number you get is the **bolt** **pattern** of wheels with odd numbers like 3 and 5. To avoid any issues at the wheel fitment shop, make sure you **measure** the rear and.

Let's say, for example, your car has a **bolt** **pattern** measurement number of 4-4.5". The first number is the number of lug **bolts** your car has, and the second number is the diameter of those five lug **bolts**. Getting the diameter on a four **bolt** setup is fairly straightforward. You'll need to take a tape **measure** and **measure** the distance from the.

**How** **to** **Measure** **Bolt** **Patterns**? **To** get a 4, 6 or 8 lug **bolt** **pattern** use a device to **measure** from the center of one lug to the center of the lug directly accross from it. To get 5 and 7 lug **bolt** **patterns** it's not so simple. The closest you can get is to **measure** from the center of one lug to the outer edge of the lug farthest away.

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