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Whats the bolt pattern for a 2010 Dodge Charger?

The 2010 Dodge Charger uses a 5-lug wheel pattern on a 115 mm bolt circle, commonly written as 5x115. This is the standard LX-platform pattern shared with other Dodge/Chrysler models of that era.


What this means for wheel choices


With five lug holes arranged on a 115 mm circle, any replacement wheels must be built for a 5x115 bolt pattern to fit. The measurement is sometimes shown as 5x4.53 in (inches).


Key facts about the pattern:



  • Pattern: 5 lug holes on a 115 mm bolt circle (5x115).

  • Commonly used on LX platform vehicles, including Charger, Challenger, and 300 of that era.

  • Always verify offset and center bore compatibility when installing aftermarket wheels.


In short, match the 5x115 bolt pattern when selecting wheels for a 2010 Charger, and confirm the center bore and offset to ensure proper fitment.


Why it matters for fit and safety


Center bore and offset considerations


Even with a correct bolt pattern, the hub bore and wheel offset influence seating, vibrations, and clearance. If a wheel is not hub-centric, you may need hub rings or a different offset to ensure safe operation.


Summary


The 2010 Dodge Charger requires a 5x115 bolt pattern (five lug holes on a 115 mm circle). This pattern is shared with several LX-platform siblings, but always verify center bore and offset with the wheel vendor before purchasing.

Will 5x114.3 fit 5X115 bolt pattern?


No, a 5x114.3 bolt pattern will not fit a 5x115 bolt pattern without modification, as the difference of 0.70.70.7 mm is too large for the lug holes to align properly and safely. While some have attempted to make the fit work using hubcentric rings and wobble bolts, this is not recommended due to safety concerns, as it can lead to improper centering and torqueing of the wheel. The correct bolt pattern is essential for safe and proper wheel mounting.
 
This video explains the differences between 5x114.3 and 5x115 bolt patterns and why a proper fit is important: 58sAuto AlmanacYouTube · Mar 7, 2023
Why it won't fit safely

  • Misalignment: The 0.70.70.7 mm difference is significant enough to prevent the wheel from sitting flush and centered on the hub. 
  • Improper torque: When you tighten the first lug, it can throw off the alignment of the other lug holes, making it impossible to tighten them correctly and evenly. 
  • Uneven stress: This can lead to uneven stress on the lug studs and the wheel, which can cause premature failure of the wheel or other components. 
  • Safety risk: The risk of a wheel coming off the vehicle is a serious safety concern. 

What to do instead
  • Use the correct bolt pattern: Always purchase wheels that match your vehicle's exact bolt pattern.
  • Consult a specialist: If you are unsure of your vehicle's bolt pattern, check the owner's manual or consult with a wheel specialist.
  • Be cautious with adapters: While some may suggest using adapters, it is generally not recommended due to safety concerns. 



What is the 4x100 bolt pattern?


A 4x100 bolt pattern means a wheel has four lug holes arranged in a circle with a diameter of 100 millimeters. This pattern is very common on many compact and subcompact cars from various manufacturers, such as Honda, Toyota, and Mazda. The measurement refers to the number of lug holes (4) and the diameter (100mm) of the imaginary circle connecting the center of those holes. 
What 4x100 means

  • 4: There are four bolt holes (lug holes) on the wheel.
  • 100: The distance between the center of the bolt holes forms a circle with a 100-millimeter diameter. This is also referred to as the Pitch Circle Diameter (PCD). 

How to measure
  • For a 4-lug pattern, you can measure the distance from the center of one hole directly across to the center of the opposite hole. 
  • The 4x100 pattern is approximately equal to 4x3.94 inches. 

Common vehicles with this pattern
  • This pattern is found on a wide range of vehicles, particularly compact cars. 
  • Examples include many models from Honda, Toyota, Mazda, Hyundai, Kia, and Nissan. 
  • It is also common on some European cars from brands like Opel, Citroën, and Peugeot. 



What vehicles use a 6x114.3 lug pattern?


A 6x114.3 bolt pattern, also known as 6x4.5, fits various vehicles, most notably Nissan models like the Frontier, Pathfinder, and X-Terra. It is also found on some Mercedes-Benz (X-Class), Kia (Borrego), Pontiac, Renault, Suzuki, and Ford (Corvair, Mustang) vehicles. 
Nissan
Frontier, Pathfinder, X-Terra, NP300 / Navara, and Terra. 
Mercedes-Benz
X-Class. 
Kia
Borrego and Mohave. 
Other vehicles

  • Ford: Corvair, Mustang
  • Hyundai:
  • Mitsubishi: Raider, Montero Sport
  • Pontiac: Montana SV6
  • Renault: Alaskan
  • Saturn: Relay
  • Suzuki: Equator 

Important note
  • Before purchasing wheels, always confirm the correct bolt pattern for your specific vehicle model and year, as some vehicles may use different patterns even within the same manufacturer. 



What is the bolt pattern on a 2010 Dodge Charger?


The 2010 Dodge Charger has a 5x115mm (or 5x4.53-inch) wheel bolt pattern. This is a common pattern for modern Chargers, which have used it for model years 2005 to present. It is important to note that this is different from older Chargers which may have used different patterns, such as a 5x4.5-inch or 4x3.94-inch bolt pattern.
 
You can watch this video to learn about the difference between 5x114.3 and 5x115 bolt patterns: 36sAuto AlmanacYouTube · Mar 7, 2023

  • Bolt Pattern: 5x115mm (or 5x4.53 inches) 
  • Number of Lugs: 5 
  • Compatibility: This bolt pattern is specific to the 2005-2010 model years and later, so wheels from older generations should not be used. 


Kevin's Auto

Kevin Bennett

Company Owner

Kevin Bennet is the founder and owner of Kevin's Autos, a leading automotive service provider in Australia. With a deep commitment to customer satisfaction and years of industry expertise, Kevin uses his blog to answer the most common questions posed by his customers. From maintenance tips to troubleshooting advice, Kevin's articles are designed to empower drivers with the knowledge they need to keep their vehicles running smoothly and safely.