Boundary 2ZZGE-OPG Billet Oil Pump Gear for 2000-05 Toyota Celica & Lotus Elise

Vehicle Fitment

• 2000-2005 Toyota Celica GT, GT-S (2ZZ-GE, 1.8L I4, 6-speed manual)
• 2005-2006 Lotus Elise (2ZZ-GE, 1.8L I4, 6-speed manual)

Features

• Billet chromoly construction for superior strength and durability
• Mirror-finished and surface-hardened for reduced friction
• Designed for high-RPM stability, tested up to 9,000 RPM
• Proven reliability in engines producing over 2,000 whp
• Precision-machined matched gear sets for optimal fitment
• ColdFlow surface hardening process for enhanced wear resistance
• Individually hand-inspected with a blueprinting report
• Manufactured in the USA at Boundary's Dallas, TX facility

Specifications

• Material: Billet chromoly steel
• Finish: Mirror-polished with ColdFlow surface hardening
• Compatibility: Toyota Celica GT, GT-S (2000-2005); Lotus Elise (2005-2006)
• Engine: 2ZZ-GE 1.8L I4
• Drivetrain: RWD
• Transmission: 6-speed manual
• Maximum RPM: 9,000+
• Torque capacity: Verified for high-performance applications

Included Components

• 1x Billet oil pump gear set
• 1x Blueprinting inspection report

Product Description

The Boundary 2ZZGE-OPG Billet Oil Pump Gear is engineered to provide enhanced oil flow and reliability for high-performance applications in the Toyota Celica and Lotus Elise equipped with the 2ZZ-GE engine. Manufactured in Dallas, Texas, this gear set is crafted from billet chromoly steel and undergoes a ColdFlow surface hardening process, resulting in a mirror-polished finish that reduces friction and increases durability.

Designed for high-RPM stability, the 2ZZGE-OPG has been tested up to 9,000 RPM and has proven reliability in engines producing over 2,000 whp. The precision-machined matched gear sets ensure optimal fitment, while the included blueprinting inspection report provides assurance of quality and performance. Whether you're building a track-focused Celica or a high-performance Elise, this oil pump gear set is a critical component for maintaining engine health under demanding conditions.