Description
Elevate the performance and reliability of your Toyota engine with the ACL Crankshaft Main Bearing Set, specifically designed for 4.0L engines from 2008 onward. This high-quality bearing set is engineered to provide superior durability and efficiency, making it an ideal choice for both standard and performance applications.
Key Features:
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Superior Construction: Crafted from high-grade alloy materials, ACL crankshaft main bearings offer exceptional strength and resistance to wear. This robust construction ensures reliable performance and longevity in demanding engine conditions.
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Precision Fitment: Designed to meet the exact specifications of the Toyota 1AR and 2AR-FE engines, these bearings ensure a precise fit, reducing friction and optimizing crankshaft operation for enhanced engine efficiency.
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Enhanced Performance: By minimizing friction and wear, ACL bearings help improve engine performance and fuel efficiency. This leads to smoother engine operation and a reduction in overall engine wear.
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Durable and Reliable: Engineered to handle the stresses of high-performance driving and regular use, these bearings maintain their integrity and performance over time, providing dependable protection for your engine.
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Compatibility: Suitable for Toyota 1AR and 2AR-FE engines with a 4.0L displacement, starting from 2008 models. Verify compatibility with your specific engine model to ensure optimal performance.
Applications:
- Toyota 1AR-FE Engine (2672cc)
- Toyota 2AR-FE Engine (4.0L)
- 2008 and Newer Models
Installation Recommendations:
For best results and to ensure proper installation, professional installation is advised. Correct alignment and installation are crucial for maximizing the performance and lifespan of your engine components.
Why Choose ACL?
The ACL Toyota 1AR 2AR-FE 4.0L Crankshaft Main Bearing Set is the perfect solution for enhancing engine reliability and performance. With its superior materials and precision engineering, this bearing set is designed to meet the high demands of both everyday driving and high-performance applications.
