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Steel connecting rod Toyota 2ZZ-GE

Forged steel connecting rod set for Lotus Elise Mk2 and Exige Mk2 with Toyota 2ZZ-GE • Especially for turbocharged engines from about 280 hp • Reinforced alternative to the stock connecting rod • Approx. 515 g per rod and 45 g lighter than stock • Includes ARP connecting rod bolts • Delivered as a set with four rods
Price
747.90 € 747.90 € (Tax included)
747.90 € (Tax included)

Terms and Conditions
Shipping: 2-3 business days

Internal Reference: 1207-008

Forged steel connecting rods for Lotus Elise and Exige Mk2 with 2ZZ-GE engine

This forged steel connecting rod set is designed for the Toyota 2ZZ-GE engine of the Lotus Elise Mk2 and Exige Mk2. It is particularly suitable for turbocharged engines in the power range from about 280 hp.

The reinforced version replaces the stock connecting rods, whose comparatively delicate rod foot represents a weak point at increased engine performance. With a weight of approx. 515 g per rod, there is also a weight saving of about 45 g compared to the respective stock connecting rod.

The connecting rod set is delivered including ARP connecting rod bolts.

Fits for

  • Lotus Elise Mk2 with Toyota 2ZZ-GE engine

  • Lotus Exige Mk2 with Toyota 2ZZ-GE engine

Product details

  • Forged steel connecting rods

  • For Toyota 2ZZ-GE engines

  • Especially suitable for turbocharged engines from about 280 hp

  • Reinforced alternative to the delicate rod foot of the stock version

  • Weight: approx. 515 g per rod

  • Weight saving compared to stock: approx. 45 g per rod

  • Delivered as a complete engine set

  • Including ARP connecting rod bolts

Scope of delivery

  • 4 × forged steel connecting rods for Toyota 2ZZ-GE

  • Corresponding ARP connecting rod bolt set

Important assembly note

The installation must be carried out by a qualified engine specialist. Bearing clearances, fits, and clearance must be checked during engine assembly. The prescribed lubrication and torque specifications for the ARP connecting rod bolts must be adhered to.

The load capacity of the entire engine also depends on the other components, engine tuning, and operating conditions.