When Should You Replace Rubber Bushings? Is It Safe To Drive With Bad Bushings? OE Code 8-97063-517-8

Jan 21, 2026

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I. These Signs Mean Your Bushings Are Begging to Be Replaced

The core function of rubber bushings is to connect metal chassis components, absorb road impacts, prevent noise from direct metal-to-metal friction, and maintain suspension stability. Made by combining rubber and steel tubes, they gradually lose elasticity over time due to high temperatures, vibrations, and rain erosion, leading to aging, cracking, and collapse. Generally, bushings last 5 to 10 years, but for vehicles frequently driven on rough roads or with aggressive driving habits, their lifespan may shorten to 3 to 5 years. Have your bushings checked if your car shows these symptoms:

1. Frequent Chassis Noises: Creaking or clunking friction sounds from the chassis when going over speed bumps or potholes, which get louder when turning at low speeds or braking. This is a sign that worn bushings have created gaps, causing metal parts to collide and rub. The noise becomes more noticeable in winter as rubber hardens-many owners mistake this for a suspension fault, but it's actually the bushings failing.

2. Deteriorated Driving Feel: A distinct "loose" sensation while driving, increased steering play, severe body roll when cornering, or slight drift during high-speed straight-line driving. This happens because bushings lose their supporting and positioning functions, causing suspension geometry misalignment and drastically reducing handling precision. The reason many older cars "don't drive like new anymore" is mostly due to collective aging of chassis bushings.

3. Uneven Tire Wear: If your tires show irregular wear-such as excessive inner tread wear or messy wear patterns-check the bushings after ruling out wheel alignment issues. Faulty bushings cause uneven wheel load distribution, which not only shortens tire life but also increases the risk of blowouts.

4. Visible Damage: Ask a technician to inspect the chassis during regular maintenance. If bushings on the control arms or stabilizer bars are cracked, have separated rubber and steel tubes, or feel noticeably loose when shaken by hand, they must be replaced immediately-these bushings have completely lost their buffering function.

 

III. OE Code 8-97063-517-8: Precise Fitment to Restore Factory Driving Feel

Choosing the right fitment is key when replacing bushings. As a unified identification code for auto parts, OE codes help quickly locate factory-spec components and avoid mismatches. The OE code 8-97063-517-8 is a rubber bushing designed for specific vehicle models. According to professional platform queries, it fits the control arm position of multiple Japanese car models, matching factory dimensions and hardness standards precisely.

This bushing is made of high-quality natural rubber with carefully calibrated Shore hardness, offering excellent elasticity and support. It effectively absorbs road impacts and restores the tight chassis feel of a new vehicle. Compared to universal aftermarket bushings, it strictly follows original factory processes- the vulcanized bond between rubber and steel is stronger, with better high-low temperature resistance and anti-aging performance. Its service life is comparable to original equipment, eliminating the hassle of frequent replacements.

Notably, there's no need to blindly replace the entire assembly when changing bushings. Precision-fit bushings like the 8-97063-517-8 can be pressed and replaced individually, retaining the quality of the original control arm. This saves more than half the repair cost compared to replacing the entire control arm. However, special hydraulic equipment must be used for installation to ensure proper fitting-avoid manual hammering, which can damage the rubber and affect performance.

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Production And Maintenance Techniques For Automotive Rubber Parts

IV. Daily Maintenance: Tips to Extend Bushing Lifespan

Bushing lifespan depends largely on driving habits and maintenance. To slow down aging, we recommend: Reducing speed in advance over speed bumps and potholes to avoid severe impacts; Avoiding road manholes and debris to reduce chassis stress; Cleaning the chassis regularly to prevent sediment and corrosive substance buildup; Checking bushing condition during vehicle maintenance every 2-3 years or 30,000-50,000 kilometers to detect and replace them early.

Though small, rubber bushings are the "cornerstone" of chassis stability. Ignoring their aging signs not only reduces driving comfort but also poses safety risks. When your car has chassis noises or loose handling, check the bushings first. Choose precision-fit parts like the OE code 8-97063-517-8 to restore your older car's tight driving feel. If you're unsure about fitment for your vehicle, provide your VIN (Vehicle Identification Number) for query via professional platforms or consult a local auto repair shop to avoid mismatches.

 

 

 

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