Wheel Spacer, 5 On 205mm, 1/2 Thick, Sold Each

OVERVIEW

When it comes to perfecting the stance and functionality of your vintage Volkswagen or custom off-road machine, every fraction of an inch matters. This 1/2-inch thick wheel spacer is engineered specifically for the iconic Wide-5 (5 on 205mm) bolt pattern, providing the necessary clearance for high-performance upgrades. Whether you are battling tie-rod interference after installing a disc brake conversion kit or you simply need to push your wheels out to clear custom suspension components, these solid aluminum spacers offer a reliable and robust solution. By widening your vehicle''s track, you not only improve the aggressive aesthetic of your ride but also enhance lateral stability, which is crucial for both high-speed highway cruising and technical off-road maneuvers in a sand rail or Baja Bug.

Crafted with precision from high-grade aluminum, these spacers are designed to withstand the rigors of the road and the trail without adding unnecessary unsprung weight to your rotating assembly. In the world of air-cooled VWs, we know that clearance issues are a common headache when mixing and matching vintage parts with modern aftermarket wheels. These spacers are the professional''s choice for resolving backspacing conflicts on early Beetles, Buses, and Ghias. Because they are sold individually, you have the flexibility to fine-tune your offset on just the front, just the rear, or all four corners to achieve that perfect, flush fitment that defines a high-quality build. Don''t let wheel rub ruin your tires or compromise your steering geometry; step up to a spacer that is as tough as the vehicle it supports.

FITMENT

This wheel spacer is designed for vehicles utilizing the classic Wide-5 (5x205mm) lug pattern, including:

• Volkswagen Beetle: 1946 through 1967 (Standard models).
• Volkswagen Karmann Ghia: 1956 through 1966.
• Volkswagen Bus / Type 2: 1950 through 1970 (Split Window and Early Bay Window).
• Volkswagen Type 3 (Squareback, Fastback, Notchback): 1961 through 1965.
• Volkswagen Thing / Type 181: All years utilizing 5x205mm drums or rotors.
• Custom Off-Road: Sand Rails, Dune Buggies, and Meyers Manx builds using Wide-5 components.

SPECS

• Bolt Pattern: 5 on 205mm (Wide-5).
• Thickness: 1/2 Inch (Approximately 12.7mm).
• Material: High-Strength Billet Aluminum.
• Finish: Natural Machined Aluminum.
• Outer Diameter: Optimized for Wide-5 drum and rotor faces.
• Quantity: Sold Individually (Each).
• Application: Front or Rear fitment.

PRO TIPS

1. Account for Lug Bolt Length

One of the most critical steps when installing a 1/2-inch wheel spacer is ensuring your lug bolts or wheel studs are long enough to maintain proper thread engagement. When you add a 1/2-inch spacer, you are effectively reducing the amount of thread that enters the drum or rotor by that same amount. You MUST upgrade to longer lug bolts or extended studs to ensure the wheel is safely secured. A general rule of thumb for VW applications is to have at least 10 to 12 full turns of thread engagement; anything less puts you at risk of the wheel backing off or stripping the threads under load.

2. Clean the Mounting Surfaces

Before sliding the spacer onto your hub, take the time to thoroughly clean the face of your brake drum or rotor, as well as the back of the wheel. Any rust, scale, or debris trapped between the spacer and the mounting surface can cause the wheel to sit unevenly, leading to a nasty vibration or "wobble" at higher speeds. I recommend using a wire brush or a Scotch-Brite pad to get the metal clean and flat. A very thin film of anti-seize on the hub face can also prevent the aluminum spacer from "galvanic welding" itself to the iron drum over time, making future removals much easier.

3. Verify Torque and Re-Check Frequently

Aluminum is a softer material than the cast iron or steel found in your brake components. When you first install these spacers, torque your lug bolts to the factory specification (typically 80-90 ft-lbs for most Wide-5 VW applications) in a star pattern to ensure even pressure. However, the work isn''t done there. Because aluminum can compress slightly or settle after the initial heat cycles of driving, it is vital to re-torque your wheels after the first 50 miles of operation. This ensures that the spacer has seated fully and that your wheels remain safely fastened to the vehicle during spirited driving or off-road use.