Differential Housing Mount Bushing - Pro Version - Steel / Polyurethane - Red / Zinc Oxide - Chevy Camaro 2010-15 - Kit

Differential Bushing

Reduce differential bushing deflection and minimize wheel hop with polyurethane differential bushings from BMR's suspension. Polyurethane is a synthetic polymer that has many properties that make it far superior to OEM rubber bushings. Polyurethane deflects far less that soft rubber, and it doesn't breakdown from exposure to petroleum products, road salt, ozone, and other elements of the harsh undercar environment suspension bushings live in. BMR's polyurethane differential bushings (BK029) drastically increase differential stability over the factory rubber bushings. The bushings are molded from 95-durometer polyurethane, which reduced bushing deflection, while still absorbed road noise and engine vibrations. This allows you to increase performance without decreasing comfort. Designed for any high-performance street performance, drag race, and handling application, BMR Differential Bushings minimize power robbing differential movement by replacing the OE soft rubber bushings with high-durometer 6-piece polyurethane bushings. The 95-durometer polyurethane bushings effectively minimize wheel hop without contributing to road noise or driveline vibrations. BMR differential bushings should be considered an absolute must for any type of high performance driving. BMR's suspensions BK029 Differential Bushing Kit is available in red. Installation time is about 4-5 hours and may vary depending on stock bushing removal technique. Proudly made in the U.S.A.!

Additional Information

The bushings are molded from 95-durometer polyurethane, which reduced bushing deflection, while still absorbed road noise and engine vibrations. This allows you to increase performance without decreasing comfort.

Part Type

Differential Mount

Product Overview

Reduce differential bushing deflection and minimize wheel hop with polyurethane differential bushings from BMR Suspension. Polyurethane is a synthetic polymer that has many properties that make it far superior to OEM rubber bushings. Polyurethane deflects far less that soft rubber, and it doesn't breakdown from exposure to petroleum products, road salt, ozone, and other elements of the harsh undercar environment suspension bushings live in. BMR's polyurethane differential bushings (BK029) drastically increase differential stability over the factory rubber bushings. The bushings are molded from 95-durometer polyurethane, which reduced bushing deflection, while still absorbed road noise and engine vibrations. This allows you to increase performance without decreasing comfort. Designed for any high-performance street performance, drag race, and handling application, BMR Differential Bushings minimize power robbing differential movement by replacing the OE soft rubber bushings with high-durometer 6-piece polyurethane bushings. The 95-durometer polyurethane bushings effectively minimize wheelhop without contributing to road noise or driveline vibrations. BMR differential bushings should be considered an absolute must for any type of high performance driving. BMR Suspension's BK029 Differential Bushing Kit is available in red. Installation time is about 4-5 hours and may vary depending on stock bushing removal technique. Proudly made in the U.S.A.!

These additional application notes are supplied by the manufacturer and collated from multiple year ranges. Not all of these notes may apply to every year or every variant. Please contact a StreetFX agent for clarification if required.

Images are supplied by the manufacturer and may be generic. While all efforts are made to provide accurate pictures, there may be differences in the actual product, such as colour, quantity, version, or included components. Please carefully review the description and specifications for details on inclusions or any variations. Some items may be sold individually or in sets, and images may occasionally depict additional products or quantities not included in your purchase. For assistance or clarification, please contact customer support.

Product Details

Product Downloads

#	Document Type	Download
1.	Application Guide

Installation guides, warranty details, and other supporting documents are provided by the supplier. In some cases, these files may originate from regions outside your locale, meaning instructions, warranty procedures, and images may not fully align with your specific vehicle or region (e.g., LHD vs. RHD differences, return policies, etc.). If you need clarification, please contact a StreetFX support agent.

Reference Information

Bushings, Pro Version, Differential Housing, Polyurethane, Red, Kit

Minimize wheel hop and enhance rear stability with BMR Suspension differential bushings. They are far superior to factory bushings and drastically decrease differential movement and pinion rise. BMR bushings replace the entire OE bushing and are manufactured to strict tolerances for a perfect fit and increased performance. They will survive exposure to petroleum products, road salt, ozone, and other elements of the harsh undercar environment.

Several kits include heavy-duty hardware; while not necessary for all customers, BMR supplies the upgraded hardware for those who have higher power levels or plan on launching hard on the street or at the dragstrip. This hardware upgrade may require slight modification to the rear differential mounts.

BMR Suspension differential bushings are available in:
• Polyurethane--a synthetic polymer that deflects far less than rubber without excessive increases in noise, vibration, or harshness.
• Delrin--a solid synthetic polymer that eliminates deflection and drastically increases differential stability. They are machined from solid Delrin and are intended for extreme performance street, drag race, and handling applications.
• Billet aluminum--doesn't deflect and can also withstand much higher temperatures than rubber, polyurethane, or Delrin; making it a great choice for race cars where the differential creates large amounts of heat for extended periods of time.