How To Install Hub Centric Rings Properly For A Vibration-Free Ride

How To Install Hub Centric Rings Properly For A Vibration-Free Ride

APR Hub Centric Ring - 66.5mm to 57.1mm - APR UK

Hub centric rings fill the physical gap between a custom wheel's center bore and the vehicle's hub lip, ensuring absolute wheel-to-hub concentricity and eliminating high-speed steering wheel vibrations. Installing them correctly requires precise measurements, meticulous cleaning of mating surfaces, and proper torque sequences to avoid binding or premature wheel bearing wear.


Pre-Operation & Equipment Checklist

Achieving a precise fit with aftermarket wheels requires preparation, accurate measurements, and the right equipment to prevent damage to your vehicle's braking components and wheel assemblies. Failing to verify center bore specifications before installation is the primary cause of persistent driveline vibrations.



  • Essential Gear & Tools: Floor jack, heavy-duty jack stands, wheel chocks, torque wrench, wire brush, brake parts cleaner, flathead screwdriver or pick tool, and a digital caliper for precision measurements.
  • Prerequisite Knowledge & Standards: Verify that the inner diameter (ID) of the hub centric ring matches your vehicle's hub outer diameter down to the millimeter (e.g., 57.1 mm, 66.6 mm, 73.1 mm), and the outer diameter (OD) matches the center bore of your aftermarket wheel.
  • Budget & Duration Benchmarks: Estimated cost for a set of four high-quality rings ranges from fifteen to forty dollars, with the installation process taking approximately thirty to forty-five minutes for all four corners.

Step-by-Step Hub Centric Ring Installation Workflow



Step 1: Secure the Vehicle and Remove the Wheels

Park the vehicle on a flat, level surface, engage the emergency brake, and place wheel chocks against the tires opposite the end you are lifting. Loosen the lug nuts or lug bolts on the target wheels using a proper socket before lifting the vehicle. Raise the vehicle using a hydraulic floor jack at the factory-designated lift points and secure it with robust jack stands. Remove the lug fasteners completely and pull the wheel and tire assembly off the hub studs or bolt holes, setting it face-up on a clean surface.



Step 2: Clean and Inspect the Hub and Wheel Bore

Inspect the vehicle's wheel hub flange and the center bore of the aftermarket wheel for rust, corrosion, brake dust, and old anti-seize residue. Use a wire brush and brake parts cleaner to thoroughly scrub the mating surface of the hub lip until it is smooth and bare metal.

Warning: Never use excessive force or abrasive metal grinders on the hub lip, as altering its outer diameter will compromise the precision fit required for hub centric rings.



Step 3: Measure and Test-Fit the Hub Centric Ring

Before pushing the ring into the wheel, perform a dry test-fit by sliding the ring directly onto the vehicle's wheel hub lip. It should slide on snugly with zero wobble or play, yet allow removal by hand without requiring a hammer. Next, take the ring off the hub and test-fit it inside the rear center bore of the aftermarket wheel. Ensure the ring sits completely flush and flat against the inner chamfer or seating surface of the wheel center bore.

Pro-Tip: If a metal ring feels slightly too tight due to tight tolerances, place the ring in a freezer for thirty minutes and gently warm the wheel bore area to ease installation.



Step 4: Seat the Ring into the Wheel Center Bore

Place the aftermarket wheel face-down on a flat, protected surface. Insert the hub centric ring into the rear center bore from the backside of the wheel, pushing it evenly with your thumbs until it seats completely flat against the interior rim stop. Verify that the flange of the ring does not protrude past the mounting face of the wheel, as any gap will prevent the wheel from sitting flush against the vehicle's hub rotor hat.



Step 5: Mount the Wheel and Torque to Factory Specifications

Carefully lift the wheel and guide it straight back onto the wheel studs or hub alignment pins, taking care not to impact or dislodge the newly seated centric ring. Hand-thread all lug nuts or bolts in a star or criss-cross pattern to center the wheel evenly across the hub assembly. Lower the vehicle until the tires touch the ground with just enough weight to prevent rotation, then use a calibrated torque wrench in a star pattern to torque all fasteners to the vehicle manufacturer's exact foot-pound specifications.


Golf R Hub Centric Rings at Meghan Herbert blog

Golf R Hub Centric Rings at Meghan Herbert blog

Hub Centric Ring Materials and Technical Specifications Comparison



Material Type Durability & Thermal Threshold Corrosion Resistance Best Application
Polycarbonate / Plastic Moderate (Up to 220°F / 105°C) Excellent (Non-corrosive) Daily street driving, mild climate conditions
Aluminum Alloy High (Exceeds 500°F / 260°C) Good (Prone to galvanic corrosion if untreated) Track days, heavy towing, high-performance driving
Brass / Stainless Steel Maximum (Industrial grade) Superior Specialized industrial or heavy-duty commercial setups

Common Installation Errors and Field Remedies



  • Root Cause: The hub centric ring is manufactured from a slightly different alloy than the steel hub, causing it to seize onto the hub due to galvanic corrosion over time.

    • Actionable Fix: Apply a very thin layer of high-temperature anti-seize lubricant or wheel bearing grease onto the vehicle hub lip prior to sliding the rings on.
  • Root Cause: The ring was pushed in backward or is too thick, preventing the wheel mounting pad from sitting flush against the brake rotor hat.

    • Actionable Fix: Remove the wheel, check the orientation of the ring against the wheel's inner chamfer, and ensure the flat side of the ring faces outward toward the vehicle hub.
  • Root Cause: Using a polycarbonate plastic ring on a dedicated track car that generates extreme brake temperatures, causing the plastic to melt and deform.

    • Actionable Fix: Upgrade immediately to precision-machined 6061-T6 aluminum rings designed to withstand high thermal loads without structural degradation.

Frequently Asked Questions



Are hub centric rings strictly necessary for aftermarket wheels?

While wheels can technically be mounted using lug-centric balancing, hub centric rings are highly recommended to transfer the vehicle's weight directly to the hub rather than relying entirely on the shear strength of the lug fasteners. Without them, high-speed vibrations and steering wheel shimmies are common.



How do I measure my vehicle and wheels for the correct ring size?

Use a digital caliper to measure the outer diameter of your vehicle's wheel hub lip in millimeters, which gives you your required inner diameter (ID) for the ring. Then, measure the center bore diameter on the backside of your aftermarket wheel to determine the required outer diameter (OD).



Can I install aluminum hub centric rings without anti-seize?

While possible, it is strongly advised against. Aluminum rings placed directly onto iron or steel hubs can experience galvanic corrosion, causing the ring to fuse permanently to the hub and requiring destructive removal methods during tire rotations.



Do hub centric rings affect wheel alignment?

No, hub centric rings do not alter vehicle suspension geometry, camber, toe, or caster settings. Their sole mechanical purpose is centering the wheel assembly during mounting to eliminate dynamic rotational imbalance.

Secure Your Ride With Precision Fitment Today

Eliminate annoying highway vibrations and protect your vehicle's hardware by matching your aftermarket setup with precision-engineered hub centric rings today. Browse our extensive catalog of exact-fit aluminum and polycarbonate rings to guarantee a smooth, vibration-free driving experience.


APR HUB CENTRIC RING - 66.5MM TO 57.1MM

APR HUB CENTRIC RING - 66.5MM TO 57.1MM

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