Wheel Adapter 6 Lug 4.5" To 5 Lug 4.5" Thickness 2" (Pair)
Fit 5x4.5 Bolt Pattern Mustang Wheels On 6 Lug Dodge
These are used for 6x4.5 (114.3mm) bolt pattern cars to fit 5 Lug 4.5" (114.3mm) bolt pattern wheels. CNC machined 6061 T6 billet aluminum and 2" in thickness. New wheel studs are included. This is a 2 piece combination adapter in order to solve hole overlapping issue.
Most Popular Applications:
Bolt on 6 Lug Vehicles Below:
Dodge Durango 98-03
Dodge Dakota 91-04
Dodge Viper
Nissan Pathfinder 05-12
Nissan Xterra 05-15
To Fit 5x4.5 Bolt Pattern Wheels or Wheels From Vehicles Below:
5 Lug Honda Except 5x120mm
5 Lug Toyota Avalon
5 Lug Infiniti
5 Lug Ford Mustang
5 Lug Nissan
5 Lug Mazda
5 Lug Mitsubishi Except Raider
Jeep Wrangler 87-06
5 Lug Hyundai
Our premium quality adapters ensures durability and strength. Price is for a pair (2 adapters).
You can view installation instruction document online How To Install 2 Piece Conversion Adapters
Fitment and specs
- Bolts to your 6x4.5" (6x114.3mm) hub so you can run 5x4.5" wheels (5x4.5" = 5x114.3mm)
- 2 inch thickness per adapter
- CNC machined 6061 T6 billet aluminum
- Two-piece combination design that clears the overlapping stud holes between the two patterns
- New wheel studs included; sold as a pair
Bolt the inner plate to your factory studs and torque it before hanging the wheel on the adapter's new 5 lug studs, then torque the wheel as a second step. Use our torque reference chart for the correct values and re-torque after 50 to 100 miles. Free US shipping is included.
Common questions
Are wheel adapters safe?
Yes, when installed correctly. The adapter must sit flat against the hub face, every nut torqued to spec, and every stud needs full thread engagement. Re-torque after the first 50 to 100 miles and check periodically after that.
How does a 6 lug to 5 lug conversion actually work?
The inner plate bolts to all six of your factory studs, so nothing about your hub changes. The outer face carries five new studs in the 5x4.5" pattern, and your 5 lug wheel torques onto those.