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Hole circles for rims: the meaning explained

Lochkreise für Felgen: Die Bedeutung erklärt

Artur Hoffmann |

Hole circles for rims are an important factor when choosing rims for a car. The bolt circle refers to the diameter of the circle on which the centers of the screw holes lie and is measured in millimeters. The number, shape and arrangement of bolt holes on a rim must match those on the car's wheel hub in order for the rim to be installed.

There are different types of bolt circles for rims, including 3-, 4-, 5-, 6- and 8-hole bolt circles. Each car manufacturer has its own rules for the bolt circle, the bolt circle diameters, the sizes of the wheel hub holes and the diameters of the individual holes. It is important to know the car's bolt pattern to ensure that the rims you choose fit properly and can be installed safely.

When purchasing rims, it is important to measure the bolt circle accurately to ensure that the rims you choose are suitable for the car. There are many online resources that provide information about wheel bolt circles, including databases that contain bolt pattern information for various car models. It is important to find the right information to ensure that the rims you choose can be installed safely and correctly.

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Basics of bolt circles for rims

Bolt circles on rims are an important factor when choosing the right rims for a car. The bolt circle refers to the diameter of the circle on which the centers of the screw holes lie. It is therefore a crucial dimension for attaching the rim to the car's wheel hub.

It is important to note that the bolt pattern of the rim must match the number and arrangement of bolt holes in the car's wheel hub. This is the only way to ensure correct installation of the rim on the wheel hub. Before buying rims, you should always determine the bolt circle of the car.

Most cars have a bolt circle between 100 and 130 mm. However, there are also exceptions where the bolt circle differs. It is therefore important to measure the car's bolt circle accurately in order to choose the right rims.

There are different types of hole circles, such as the five-hole hole circle or the hexagonal hole circle. The number of holes and their arrangement are crucial for choosing the right rim. It is therefore important to find out about the specific requirements of the car before purchasing rims.

Overall, the bolt circle on rims is an important factor that must be taken into account when selecting the right rims for a car. Correct assembly and fastening of the rims on the wheel hub is only guaranteed by a suitable bolt circle.

Types of bolt circles

Bolt circles are an important factor when choosing rims for a car. There are different types of bolt circles, which can vary depending on the car make and model. This section explains the most common types of bolt circles.

4-hole bolt circle

The 4-hole bolt circle is one of the most commonly used bolt circles. It is often used on smaller cars and has a diameter of around 100mm. The distance between the holes is usually 4 x 100 mm.

5-hole bolt circle

The 5-hole bolt pattern is also very common and is often used on larger cars. It has a diameter of approximately 120 mm and a hole spacing of 5 x 120 mm.

6-hole bolt circle

The 6-hole bolt pattern is less common and is often used on off-road vehicles and pickup trucks. It has a diameter of approximately 140 mm and a hole spacing of 6 x 140 mm.

Other hole circles

There are also other bolt circles such as 3-hole, 8-hole and 10-hole bolt circles, but they are less common. When choosing rims, it is important to choose the right bolt pattern that fits the car model. If the bolt circle does not match, this can lead to problems when installing the rims.

In summary, there are different types of bolt circles for rims, which can vary depending on the car model. The most common types are the 4-hole, 5-hole and 6-hole hole circle. It is important to choose the correct bolt pattern to avoid problems when installing the rims.

Bolt circles for cars

The bolt pattern on rims is an important factor that determines whether the rims fit a particular car or not. The bolt circle refers to the diameter of the drill circle in which the wheel bolts or nuts are attached. Most cars have a bolt circle between 4 and 6 bolts and a diameter of 98 to 130 mm.

It is important to choose the correct bolt pattern for the car, otherwise the rims will not fit and problems with the safety and performance of the vehicle may arise. To determine the correct bolt circle, you can either check the car manual or use an online database such as Lochkreisdaten.de .

There are different bolt circles for different car brands and models. For example, most Volkswagen models have a 5x112 bolt pattern, while most BMW models have a 5x120 bolt pattern. It is important to choose the correct bolt pattern for the specific model to ensure a perfect fit.

In addition to the bolt circle, there are also other factors that should be taken into account when selecting rims, such as the offset (ET), the center hole and the size of the rim. It is important to consider all of these factors to ensure that the rims fit the car perfectly and performance is not compromised.

Overall, it is important to choose the correct bolt pattern for the car to ensure the rims fit perfectly and the vehicle remains safe and powerful. An online database such as Lochkreisdaten.de can help you find the right bolt circle for your car, making it easier to choose the perfect rims.

Hole circles for rims

Bolt circles are an important factor when selecting rims for a vehicle. The bolt circle refers to the diameter of the circle on which the centers of the screw holes lie. It is important that the bolt circle of the rim matches the bolt circle of the vehicle's wheel hub to ensure a safe and stable installation.

When looking for the right rims for your vehicle, you can proceed in different ways. One option is to search for the vehicle model and its bolt circle in an online database such as felgenlochkreis.de or lochkreisdaten.de . There you can quickly and easily find the right bolt pattern for your vehicle.

It is also important to consider the number of drill holes as this may vary depending on the vehicle model. A rim with the wrong bolt pattern or the wrong number of drill holes cannot be mounted safely and can lead to dangerous situations.

Another important factor when selecting rims is the offset or ET dimensions. This refers to the distance between the center of the wheel and the mounting surface of the rim. Incorrect offset can cause steering and handling problems.

Overall, when selecting rims for a vehicle, it is important to carefully examine the bolt pattern and number of drill holes and ensure that they match the vehicle. An incorrect selection can lead to dangerous situations and impair driving performance.

Choosing the right bolt circles for rims

Selecting the correct bolt circles for rims is an important factor when choosing rims for a vehicle. The bolt circle refers to the diameter of the circle on which the centers of the screw holes lie. It is important to choose the correct bolt pattern as a wrong choice can result in the rims not fitting the vehicle.

In order to determine the appropriate hole circle, the following criteria should be compared:

  • number of holes
  • Distance of holes
  • Diameter of the bolt circle
  • Diameter of the holes
  • Wheel hub bore size

The number of bolt holes can be easily determined by counting. The distance between holes is measured from the center of one bolt hole to the center of the opposite bolt hole. The diameter of the bolt circle is determined by measuring the distance between the centers of two opposing bolt holes. The diameter of the holes can be determined by measuring the hole itself. The size of the wheel hub hole can be found in the vehicle documents or asked from the vehicle manufacturer.

It is also important to take into account the offset and permitted sizes of the car tire with the load capacity and speed index appropriate to the vehicle. This data can be found in the vehicle documents or requested from the vehicle manufacturer.

The number of holes is also indicated in the rim designation using the bolt circle. It is important to make sure that the rims have the correct number of holes for the vehicle. If the rims do not have the correct number of holes, they will not fit on the vehicle.

Overall, it is important to carefully check whether the rims you choose have the correct bolt pattern for the vehicle. A wrong choice can lead to problems such as poor performance and security risks.

Frequently asked Questions

What is a bolt circle?

A bolt circle is the number of holes in a rim and the distance between the opposing holes. The bolt pattern is an important factor when selecting rims for a particular vehicle. It is important to choose the correct hole circle to ensure a secure and precise installation.

How do I measure the bolt circle?

To measure the bolt circle, you need to measure the distance between the opposite holes on the rim. You can do this with a caliper. It is also possible to measure the bolt circle with a ruler by measuring the distance between the opposite holes and dividing this value by 0.8.

How do I find my car's bolt pattern?

A car's bolt pattern can be found in the vehicle's owner's manual or on the manufacturer's website. It is also possible to measure the bolt circle manually by measuring the distance between opposing holes on the wheel.

Which bolt circles are suitable for my car?

The bolt circles that are suitable for a particular car depend on the make and model of the vehicle. It is important to choose the correct hole circle to ensure a secure and precise installation. Information about the appropriate bolt circles can be found in the vehicle's operating instructions or on the manufacturer's website.

Can I use rims with different bolt circles?

It is not recommended to use rims with different bolt circles. Rims with an incorrect bolt pattern cannot be mounted securely and can cause damage to the vehicle. It is important to choose the correct bolt pattern for your vehicle.

What other factors should you consider when choosing rims?

In addition to the bolt circle, other factors should also be taken into account when selecting rims, such as the size of the rims, the offset (ET) and the material of the rims. It is important to consider all of these factors to ensure a secure and accurate installation. Information about suitable rims can be found in the vehicle's operating instructions or on the manufacturer's website.

Different hole circles

Bolt circles for the most common off-road vehicles

Audi offroad bolt circles

Audi Q3:

  • Audi Q3 (2011-present): 5x112

Audi Q5:

  • Audi Q5 (2008-present): 5x112

Audi Q7:

  • Audi Q7 (2005-2015): 5x130
  • Audi Q7 (2015–present): 5x112

Audi Q8:

  • Audi Q8 (2018-present): 5x112

Audi Allroad models:

  • Audi A4 Allroad (2009-present): 5x112
  • Audi A6 Allroad (2000-present): 5x112

Ford bolt circles

Ford Bronco:

  • Ford Bronco (1966-1996): 5x139.7
  • Ford Bronco (2021–present): 6x139.7 (also known as 6x5.5")

Ford Bronco II:

  • Ford Bronco II (1984–1990): 5x114.3 (also known as 5x4.5")

Ford Bronco Sport:

  • Ford Bronco Sport (2021-present): 5x108

Ford F-150 Series (including Raptor):

  • Ford F-150 (1997–present): 6x135
  • Ford F-150 Raptor (2010-present): 6x135

Ford Ranger:

  • Ford Ranger (1998-2011): 5x114.3
  • Ford Ranger (2019–present, North America): 6x139.7

Ford Explorer SUV (from the 2nd generation including Explorer Sport and Sport Trac):

  • Ford Explorer (1995-2010): 5x114.3
  • Ford Explorer (2011–19): 5x114.3

Buses/Vans:

Ford Transit:

  • Ford Transit Connect (2010–present): 5x108
  • Ford Transit (2013–present): 5x160, 5x170, 6x180, depending on model and version (e.g. heavier models)

Ford E-Series/Econoline:

  • Ford E-Series/Econoline (1975-2014): 8x165.1 (for E-250 and E-350 models)

Fiat bolt circles

  • Fiat Panda 4x4 (including Panda Cross), known for its off-road capabilities within its segment, commonly has a 4x98 bolt pattern.

  • Fiat Professional's line of light commercial vehicles, such as the Fiat Ducato or the Fiat Fullback (which is essentially a rebadged Mitsubishi L200), may also be suitable for off-road conditions to some extent:

  • Fiat Fullback: 6x139.7 (which is common for many pick-up trucks.)

Mercedes Benz bolt circles

Mercedes-Benz G-Class (off-road vehicle):

  • Mercedes-Benz G-Class (1979-present): 5x130

Mercedes-Benz GL-Class / GLS-Class (SUV):

  • Mercedes-Benz GL-Class (X164) (2006-2012): 5x112
  • Mercedes-Benz GL-Class (X166) (2012-2015): 5x112
  • Mercedes-Benz GLS-Class (X166) (2016-2019): 5x112
  • Mercedes-Benz GLS-Class (X167) (2020-present): 5x112

Mercedes-Benz ML-Class / GLE-Class (SUV):

  • Mercedes-Benz ML-Class (W163) (1997-2005): 5x112
  • Mercedes-Benz ML-Class (W164) (2005-2011): 5x112
  • Mercedes-Benz ML-Class (W166) (2011-2015): 5x112
  • Mercedes-Benz GLE-Class (W166) (2016-2019): 5x112
  • Mercedes-Benz GLE-Class (W167) (2020-present): 5x112

Mercedes-Benz GLC-Class (SUV):

  • Mercedes-Benz GLC-Class (X253) (2015-present): 5x112

Mercedes-Benz GLA-Class (SUV):

  • Mercedes-Benz GLA-Class (X156) (2014-2020): 5x112
  • Mercedes-Benz GLA-Class (H247) (2020-present): 5x112

Mercedes-Benz X-Class (Pick-up):

  • Mercedes-Benz X-Class (2017-2020): 6x114.3

Mercedes-Benz Sprinter (van/bus):

  • Mercedes-Benz Sprinter (1995-2006, T1N, first generation): 5x130 (for lighter models), 6x205 (for heavier models)
  • Mercedes-Benz Sprinter (2006-2018, NCV3, second generation): 6x130
  • Mercedes-Benz Sprinter (from 2018, VS30, third generation): Bolt circle can vary depending on the model and equipment, often 6x130 for 2500 models and 6x205 for heavier 3500 models

Mercedes-Benz V-Class / Vito (Van/Bus):

  • Mercedes-Benz Vito (W638) (1996-2003): 5x112
  • Mercedes-Benz Vito (W639) (2003-2014): 5x112
  • Mercedes-Benz Vito (W447) (2014-present): 5x112
  • Mercedes-Benz V-Class (W447) (2014-present): 5x112

Volkswagen bolt circles

VW Amarok:

  • VW Amarok: 5x120

VW Caddy (including Alltrack versions with increased ground clearance and robustness):

  • VW Caddy (2004-2020): 5x112
  • VW Caddy (from 2021): 5x112

VW Transporter / Multivan / Caravelle / California (T series, popular for off-road conversions and all-wheel drive versions):

  • VW T4 (1990-2003): 5x112
  • VW T5 (2003-2015): 5x120
  • VW T6 (from 2015): 5x120

VW Crafter (similar size to the Transporter, but generally used more for commercial purposes):

  • VW Crafter (before 2017, based on Mercedes-Benz Sprinter): 6x130
  • VW Crafter (from 2017, own VW development): 6x120

VW Touareg (SUV with off-road capabilities):

  • VW Touareg (2002-2010): 5x130
  • VW Touareg (from 2010): 5x130

Toyota bolt circles

Toyota Land Cruiser:

  • Toyota Land Cruiser 80 Series (1990-1997): 6x139.7
  • Toyota Land Cruiser 90 Series (1996-2002): 6x139.7
  • Toyota Land Cruiser 100 Series (1998-2007): 5x150
  • Toyota Land Cruiser 120 Series (2002-2009): 6x139.7
  • Toyota Land Cruiser 150 Series (2009-present): 6x139.7
  • Toyota Land Cruiser 200 Series (2007-present): 5x150

Toyota Hilux:

  • Toyota Hilux (various generations, including the current one): 6x139.7

Toyota Tacoma:

  • Toyota Tacoma (1995-present): 6x139.7

Toyota Tundra:

  • Toyota Tundra (2000-present): 5x150

Toyota 4Runner:

  • Toyota 4Runner (1989-present): 6x139.7

Toyota Sequoia:

  • Toyota Sequoia (2000-present): 5x150

Toyota FJ Cruiser:

  • Toyota FJ Cruiser (2006-2014): 6x139.7

Toyota Hiace (especially applies to four-wheel drive models):

  • Toyota Hiace (various generations): 5x114.3 or 6x139.7, depending on model and equipment

Chevrolet bolt circles

Chevrolet Colorado:

  • Chevrolet Colorado (2004-2012): 6x139.7
  • Chevrolet Colorado (2012–present): 6x120

Chevrolet Silverado:

  • Chevrolet Silverado 1500 (various years to date): 6x139.7
  • Chevrolet Silverado 2500/3500 (various years): 8x180 (newer “HD” models)

Chevrolet Tahoe:

  • Chevrolet Tahoe (various years to date): 6x139.7

Chevrolet Suburban:

  • Chevrolet Suburban (various years to date): 6x139.7

Chevrolet Avalanche:

  • Chevrolet Avalanche (2001-2013): 6x139.7

Chevrolet Express:

  • Chevrolet Express (various years to date): 8x165.1 (or also known as 8x6.5")

Chevrolet Trailblazer:

  • Chevrolet Trailblazer (2001-2009): 6x127
  • Chevrolet Trailblazer (2019-present): Bolt pattern may vary by market and model

Chevrolet Traverse:

  • Chevrolet Traverse (2009-present): 6x132

Bolt circles Escalade

  • Cadillac Escalade (1999-2000): 6x139.7
  • Cadillac Escalade (2002-2006): 6x139.7
  • Cadillac Escalade (2007-2014): 6x139.7
  • Cadillac Escalade (2015-2020): 6x139.7
  • Cadillac Escalade (2021–present): 6x139.7

Bolt circles Dodge

Dodge Ram Trucks:

  • Dodge Ram 1500 (1994-2001): 5x139.7
  • Dodge Ram 1500 (2002-2018): 5x139.7 (also known as 5x5.5" for some models)
  • Ram 1500 (2019-present): 6x139.7 (since Dodge and Ram separated as their own truck brand)
  • Dodge Ram 2500 & 3500 SRW (Single Rear Wheel) (1994-2010): 8x165.1 (aka 8x6.5")
  • Dodge Ram 2500 & 3500 SRW (2011-present): 8x165.1 or 8x170 (depending on trim and model)

Dodge Durango:

  • Dodge Durango (1998-2003): 6x114.3
  • Dodge Durango (2004-2009): 5x139.7
  • Dodge Durango (2011-present): 5x127

Dodge Dakota:

  • Dodge Dakota (1987-1990): 5x114.3
  • Dodge Dakota (1991-2004): 6x114.3
  • Dodge Dakota (2005-2011): 5x139.7

Dodge also offers vans/minivans, but these are not typically designed for off-road use. The most famous example of a Dodge van is:

Dodge Grand Caravan:

  • Dodge Grand Caravan (1984-2020): 5x127

Jumper/sprinter
Citroën Jumper / Peugeot Boxer / Fiat Ducato:
These models are technically similar as they are the result of a collaboration between brands:

  • 5x118
  • 5x130
  • 6x130

The exact bolt circle dimensions can vary, especially for different weight classes and depending on what type of all-wheel drive system (if any) is installed.

Mercedes-Benz Sprinter:
The Sprinter is available in various configurations and with different wheelbases as well as single and twin rear tires, which also influences the bolt circle dimensions.

For models before 2006:

  • Sprinter 208D - 416D (SWB, MWB, LWB): 5x130

For models after 2006 (and generally for the second generation introduced in 2006):

  • Sprinter 2500: 6x130
  • Sprinter 3500 (with twin tires): 6x205

For the latest generation of the Sprinter from around 2018, the bolt circle could differ depending on the model and equipment:

  • Sprinter 2500: 6x130
  • Sprinter 3500 and 4500 (with twin tires): 6x205

Hole circles lobster

Lobster H1

  • Years of production: 1992 - 2006
  • Bolt circle: 8x165.1 (8x6.5")

Lobster H2

  • Years of production: 2003 - 2009
  • Bolt circle: 8x165.1 (8x6.5")

Lobster H3

  • Years of production: 2005 - 2010
  • Bolt circle: 6x139.7 (6x5.5")

Bolt circles Renault/Duster

Renault Duster (also known as Dacia Duster in some markets)

  • Duster I (2010-2017) – 5x114.3
  • Duster II (since 2017) – 5x114.3

Bolt circles Suzuki


Jimny
  • 1998-2018 (3rd generation) – 5x139.7
  • 2018–present (4th generation) – 5x139.7
Grand Vitara
  • 1998-2005 (1st generation) – 5x139.7
  • 2005-2015 (2nd generation) – 5x114.3

Bolt circles Isuzu

D-Max

  • 2002-2012 (1st generation) – 6x139.7
  • 2012–present (2nd and 3rd generation) – 6x139.7

  • Mitsubishi

    Pajero/Montero/Shogun

  • 2000-2006 (3rd generation) – 6x139.7
  • 2006–present (4th generation) – 6x139.7
  • L200/Triton

  • 2005-2015 (4th generation) – 6x139.7
  • 2015–present (5th generation) – 6x139.7

  • Bolt circles Subaru

  • Outback (not traditionally categorized as an off-road vehicle, but with four-wheel drive and higher ground clearance)
  • Several generations since 1994 – 5x100 or 5x114.3 (depending on year and model)

  • Bolt circles Nissan

    Patrol

  • Y61 (1997-2020) – 6x139.7
  • Y62 (2010–present) – 6x139.7
  • Xterra

  • 2000-2015 – 6x114.3
  • Navara/Frontier

  • D40 (2004-2015) – 6x114.3
  • D23/NP300 (2014–present) – 6x114.3

  • Hole circles Jeep

    Wrangler

  • TJ (1997-2006) – 5x114.3
  • JK (2007-2018) – 5x127
  • JL (2018-present) – 5x127
  • Cherokee (XJ, not Grand Cherokee)
  • 1984-2001 – 5x114.3