Manley Performance 42056S-1 Wrist Pin Bushing for Nissan 2.0 SR20DE/SR20DET Engines

Enhance the durability and performance of your Nissan 2.0 engine with the Manley Performance 42056S-1 wrist pin bushing. Designed specifically for the SR20DE and SR20DET engines from model years 1991 through 2002, this high-quality bushing ensures precise fitment and reliable operation. Crafted from premium materials, it helps maintain proper alignment of the connecting rod and piston, reducing wear and preventing potential engine damage. The small end bushing is engineered to withstand high-stress conditions typical in performance applications, making it an ideal choice for enthusiasts seeking to restore or upgrade their engine components.

Installation of the Manley wrist pin bushing is straightforward, and it offers a significant improvement over stock components in terms of longevity and performance. Its compact design provides a secure fit within the connecting rod, ensuring consistent operation under demanding conditions. Whether you're rebuilding your engine or performing routine maintenance, this bushing plays a critical role in maintaining engine integrity and efficiency. It is a crucial component for those aiming to maximize the power output and reliability of their Nissan SR20 engine.

Manufactured by Manley Performance, a trusted name in high-performance automotive parts, this wrist pin bushing meets stringent quality standards. It is compatible with a variety of performance upgrades and can help improve engine response and longevity. As a precision-engineered part, it is recommended for use by professional mechanics and experienced automotive enthusiasts. Proper installation and compatibility should be verified to ensure optimal performance and engine health.

Features:

• Designed specifically for Nissan 2.0 SR20DE and SR20DET engines (1991-2002)

• Constructed from durable, high-quality materials for long-lasting performance

• Ensures precise alignment of wrist pin and connecting rod

• Engineered to withstand high-stress conditions in performance applications

• Facilitates reliable engine operation and reduces wear