GReddy 13525901 High Capacity Oil Pan for Nissan SR20DET Engines (S13/S14/S15)

Vehicle Fitment

• Compatible with Nissan SR20DET engines in S13, S14, and S15 chassis codes.
• Ideal for street, drift, and circuit applications requiring enhanced oil capacity and cooling.

Features

• Increases oil capacity by 1.0L (1000cc) over the stock pan.
• Thick-walled cast aluminum construction improves heat dissipation and durability.
• Equipped with internal swing baffles to maintain oil pickup under high-G conditions.
• Includes a 1/8 BSP sensor port for easy installation of oil temperature sensors.
• Designed to maintain factory ground clearance for daily driving compatibility.

Specifications

• Material: Cast Aluminum
• Oil Capacity Increase: +1.0L (1000cc)
• Sensor Port: 1/8 BSP
• Compatibility: Nissan SR20DET S13/S14/S15
• Dimensions: Designed to fit within factory ground clearance

Included Components

• 1x GReddy 13525901 High Capacity Oil Pan
• 1x Swing Baffle Assembly
• 1x 1/8 BSP Sensor Port Plug
• Installation Hardware

Product Description

The GReddy 13525901 High Capacity Oil Pan is engineered to enhance the performance and reliability of Nissan SR20DET engines found in S13, S14, and S15 chassis. By increasing the oil capacity by 1.0L (1000cc), this oil pan ensures more stable oil temperatures, especially under high-performance driving conditions.

Constructed from thick-walled cast aluminum, the pan offers improved heat dissipation and durability. The internal swing baffles are designed to maintain oil pickup during high-G maneuvers, preventing oil starvation and potential engine damage.

A 1/8 BSP sensor port is included, allowing for easy installation of an oil temperature sensor to monitor engine health. Despite its increased capacity, the pan maintains factory ground clearance, making it suitable for daily driving applications.

Whether you're building a track-focused drift car or enhancing your street-driven Silvia, the GReddy 13525901 High Capacity Oil Pan is a reliable upgrade that ensures optimal engine performance and longevity.