What is the bolt pattern on a 1979 Dodge Ramcharger?
The bolt pattern on a 1979 Dodge Ramcharger is a 6-lug pattern, with the lug nuts spaced equidistantly around the wheel hub. This specific bolt pattern is a common configuration used on many Dodge and Chrysler vehicles from the late 1970s through the 1990s.
Understanding Bolt Patterns
The bolt pattern, also known as the lug pattern, refers to the arrangement and spacing of the lug nuts that secure the wheel to the vehicle's hub. This pattern is an important specification to consider when replacing wheels or tires, as the new components must match the existing bolt pattern to ensure a proper and safe fit.
Bolt patterns are typically expressed as a number, indicating the total number of lug nuts, followed by the diameter of the bolt circle in inches. For example, the 6-lug pattern on the 1979 Dodge Ramcharger would be denoted as a 6x5.5 bolt pattern.
The 6x5.5 Bolt Pattern on the 1979 Dodge Ramcharger
The 1979 Dodge Ramcharger, as well as many other Dodge and Chrysler vehicles from that era, utilized a 6x5.5 bolt pattern. This means that the wheel has 6 lug nuts, and the diameter of the bolt circle (the imaginary circle formed by the centers of the lug nuts) is 5.5 inches.
The specific bolt pattern dimensions for a 1979 Dodge Ramcharger are:
- Number of lug nuts: 6
- Bolt circle diameter: 5.5 inches
This bolt pattern is a common configuration found on many Dodge and Chrysler trucks, SUVs, and vans from the late 1970s through the 1990s. It provides a secure and stable attachment point for the wheels, ensuring the safe operation of the vehicle.
What is the bolt pattern on a 5 lug Dodge Ram?
RAM 1500 models from 2012 to 2018 have a 5×5.5 (or 5×139.7) pattern. These lug nuts are a little closer to the center of the wheel.
What size rims can fit on a Dodge Charger?
The Dodge Charger comes with a range of wheel size options, including 17-inch rims, 18-inch rims, 19-inch rims and 20-inch rims, depending on its year model and trim level. Regardless of its rim diameter, your Charger rims will feature a 5x115 bolt pattern.
What lug pattern is compatible with Dodge?
The Dodge Charger bolt pattern for the years 1966-1978 is 5×4.5″ (5×114.3mm). Model years 1982-1987 have a Dodge Charger lug pattern of 4×3.94″ (4x100mm). Lastly, the Dodge Charger bolt pattern for the model years 2005 to present are 5×4.53″ (5x115mm).
What years did Dodge use the 8X6 5 bolt pattern?
Bolt Pattern Chart
TRUCK | YEAR | BOLT CIRCLE |
---|---|---|
Dodge Ram 1-ton Pickup (Single & Dual) | 94-11 | 8X6.5 |
Dodge Ram 1-ton Pickup (Single & Dual) | 12-18 | 8X6.5 |
Dodge Ram 1-ton Pickup (Single & Dual) | 19-Current | 8X200mm |
Ford 1/2-ton Pickup (F-150) | 59-96 | 5X5.5 |
Is 5x4 5 the same as 5x114 5?
While the numbers are different, the wheels themselves feature the same exact bolt pattern. So if you're on the hunt for 5x4. 5 wheels and someone says you really need a 5x114. 3, you'll know that you're both talking about the same thing.
What is the bolt pattern on a 5 lug Dodge Charger?
2005-Present Dodge Charger
The center bore with this generation is 71.6 mm with five lug wheels. The thread size for these wheels is M14 x 1.5 and must be tightened with 130 lb-ft of torque. The bolt pattern is 5×4.53” or 5x115mm.
What is Dodge 8 lug pattern?
Lug patterns should both be 8 x 6.5″, however, the center bore of the wheel may affect whether or not it will physically be able to be bolted onto the truck.
Is 8x6.5 the same as 8x165?
5 (8x165. 1) Bolt Pattern Wheels. This bolt pattern is known by two different numbers, but there is no real difference between the fitments except that one is written in inches and the other in millimeters.
Is 5x4 5 and 5x114 3 the same bolt pattern?
The short answer is yes, they essentially describe the same bolt pattern, but with different units of measurement. Understanding the difference is crucial for anyone buying or changing wheels on their car.
Is 5x127 the same as 5x5?
Is 5x127 the same as 5x5? We hear this question a lot, and the answer is: yes! 5x127 is the metric variant of 5x5 wheels.