• H&R 3055665 DR 15 mm Wheel Spacers Kit Set Pair for 08-24 Audi / 71-24 Mercedes
  • H&R 3055665 DR 15 mm Wheel Spacers Kit Set Pair for 08-24 Audi / 71-24 Mercedes
  • H&R 3055665 DR 15 mm Wheel Spacers Kit Set Pair for 08-24 Audi / 71-24 Mercedes
  • H&R 3055665 DR 15 mm Wheel Spacers Kit Set Pair for 08-24 Audi / 71-24 Mercedes
  • H&R 3055665 DR 15 mm Wheel Spacers Kit Set Pair for 08-24 Audi / 71-24 Mercedes
  • H&R 3055665 DR 15 mm Wheel Spacers Kit Set Pair for 08-24 Audi / 71-24 Mercedes
  • H&R 3055665 DR 15 mm Wheel Spacers Kit Set Pair for 08-24 Audi / 71-24 Mercedes
  • H&R 3055665 DR 15 mm Wheel Spacers Kit Set Pair for 08-24 Audi / 71-24 Mercedes
  • H&R 3055665 DR 15 mm Wheel Spacers Kit Set Pair for 08-24 Audi / 71-24 Mercedes
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H&R 3055665 DR 15 mm Wheel Spacers Kit Set Pair for 08-24 Audi / 71-24 Mercedes

H&R 3055665 DR 15 mm Wheel Spacers Kit Set Pair for 08-24 Audi / 71-24 Mercedes

3055665

In stock

$98.79 USD
$119.95 USD $98.79 USD
ADDITIONAL DISCOUNTS APPLIED AT CHECKOUT Sold out

The H&R Trak+ 15mm DR Wheel Adaptor Bolt is a precision-engineered wheel spacer designed to enhance vehicle stance and performance. Manufactured by H&R, this spacer moves the wheels outward to align flush with the fender, providing an aggressive and refined appearance. Constructed from a proprietary alloy with tensile strength exceeding that of 6061-T6 billet aluminum, the Trak+ spacer ensures superior durability and strength. It features a hubcentric design with a full contact hub that mimics the factory hub, promoting even load distribution and lateral support for improved handling and safety. This rear-only spacer uses a 5x112 bolt pattern with a center bore of 66.5mm and a bolt thread size of 14x1.5.

This wheel spacer is intended for vehicles requiring a 15mm rear offset with a 5x112 bolt pattern and 66.5mm center bore, commonly found on select European and performance models. It is designed for bolt-on installation, allowing for straightforward fitment without modification. Ideal for enthusiasts seeking enhanced wheel fitment for street or track use, the Trak+ spacer improves vehicle stability and stance while maintaining factory-level hub engagement. Compatibility should be confirmed based on bolt pattern and center bore specifications to ensure proper fit and function.

Overview

H&R Trak+ Wheel Adaptor Bolt

Part #: 3055665

Overview

The H&R Trak+ 15mm DR Wheel Adaptor Bolt is designed to reposition your vehicle’s wheels outward, aligning them flush with the fender for an enhanced stance and improved aesthetics. This rear-only wheel adaptor bolt is ideal for drivers seeking a combination of style and functional benefits such as better handling and increased safety. Crafted to support your vehicle’s wheel fitment needs, it helps you achieve a wider track without compromising structural integrity.

Engineered for enthusiasts who want to make a statement with their vehicle’s appearance while maintaining reliable performance, this wheel adaptor bolt is a practical upgrade for those focused on both form and function.

Key Features

Key features of the H&R Trak+ 15mm DR Wheel Adaptor Bolt include:

  • Constructed from a proprietary alloy with tensile strength surpassing 6061-T6 billet aluminum for enhanced durability
  • Hubcentric design with full contact hub support, mirroring factory hub engagement for even load distribution
  • Precision engineering to ensure secure fitment with a 5x112 bolt pattern and 66.5mm center bore
  • Thread specification of 14x1.5, tailored for rear axle applications
  • Designed to move wheels outward by 15mm, improving vehicle stance and wheel alignment
  • Supports improved handling dynamics by widening the track width

Installation & Fitment

This wheel adaptor bolt is intended for rear axle use only and fits wheels with a 5x112 bolt pattern and a 66.5mm center bore. Installation involves replacing the factory wheel bolts with these adaptors to achieve the desired wheel offset. The hubcentric design ensures proper alignment and load distribution, helping maintain wheel balance and reducing stress on suspension components.

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