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ACL

ACL 5M1857HX-STD Race Main Bearing for 2000-2011 Toyota 2ZZ-GE / 1ZZ-FE

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$196.95
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$196.95
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In Stock: 8

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Product Specification:

SKU:ACL5M1857HX-STD

MPN: 5M1857HX-STD

UPC: 9315726436714

Weight: 0.46 lb

Inventory: 8

Type: Bearings



Vehicle Fitment

  • 2000-2005 Toyota Celica (2ZZ-GE engine)
  • 2003-2006 Pontiac Vibe (2ZZ-GE engine)
  • 2005-2011 Lotus Elise (2ZZ-GE engine)
  • 2005-2011 Lotus Exige (2ZZ-GE engine)
  • 2005-2006 Toyota Corolla (2ZZ-GE engine)
  • 2003-2006 Toyota Matrix (2ZZ-GE engine)

Features

  • Race Series tri-metal construction for high-RPM durability
  • Standard size (STD) for OEM crankshaft dimensions
  • Designed to withstand higher radial contact pressures
  • Increased crush improves bearing retention
  • Enhanced heat dissipation for performance applications
  • Optimized oil grooves for superior lubrication
  • Manufactured to exacting tolerances for consistent clearances
  • Ideal for performance and racing applications

Specifications

  • Bearing size: Standard (STD)
  • Material: F780 tri-metal alloy
  • Application: Main bearing set
  • Compatibility: Toyota 2ZZ-GE / 1ZZ-FE engines
  • Performance rating: High-performance, race-ready
  • Fitment coverage confirmed through 2011 models

Included Components

  • 1x ACL Race Series main bearing set (Standard size)

Product Description

The ACL 5M1857HX-STD Race Main Bearing is engineered for Toyota's 2ZZ-GE and 1ZZ-FE engines, commonly found in the 2000-2011 Celica, 2003-2006 Corolla, 2003-2006 Matrix, 2003-2006 Pontiac Vibe, and 2005-2011 Lotus Elise and Exige models. This standard-size bearing set is designed to provide reliable performance under high-RPM and performance applications.

Manufactured from ACL's F780 tri-metal alloy, these bearings offer superior strength and seizure resistance. The increased crush design enhances bearing retention, while the optimized oil grooves ensure superior lubrication and heat dissipation. With precise manufacturing tolerances, these bearings maintain consistent clearances, making them ideal for performance and racing applications.

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