Koyorad V2695 V-Core Radiator for 2004-2008 Mazda RX-8 1.3L MT

Vehicle Fitment

• 2004-2008 Mazda RX-8 (1.3 L Renesis Rotary I4, Manual Transmission)

Features

• V-Series all-aluminum radiator core for improved cooling efficiency
• 36 mm core thickness to fit in tight engine bay clearance
• Direct bolt-in replacement - no modifications required
• Precision Nocolok® brazed tubing and fins for strength and durability
• High-capacity core boosts heat dissipation over OEM
• Works with factory fan shroud and stock hoses
• Billet aluminum filler neck enhances sealing and durability
• Ideal for daily driving, spirited street use, and light performance conditions

Specifications

• Part Number: V2695
• Core Type: V-Series all-aluminum radiator
• Core Thickness: 36 mm
• Material: All-aluminum (core and end tanks)
• Compatible Engine: 1.3 L Renesis rotary
• Transmission: Manual Transmission only
• Mounting: OEM mounting points retained - fan shroud & hoses compatible
• Fitment: Mazda RX-8 (2004-2008) manual models only

Included Components

• 1x Koyorad V2695 all-aluminum radiator assembly

Product Description

The **Koyorad V2695 V-Core Radiator** is a high-quality cooling upgrade designed specifically for **2004-2008 Mazda RX-8** models equipped with the **1.3 L Renesis rotary engine** and **manual transmission**. Featuring a 36 mm thick all-aluminum V-Series core, this radiator offers enhanced heat dissipation compared to the factory unit while still fitting within tight engine-bay clearances. Its precision tube-to-fin alignment and Nocolok® brazed construction provide corrosion resistance and long-lasting structural strength.

The V2695 is a direct bolt-in replacement that retains OEM mounting points and works with the factory fan shroud and hose connections, so installation is straightforward with no major modifications required. Ideal for drivers seeking improved cooling performance and reliability - whether for daily driving, spirited street use, or moderate performance upgrades - this all-aluminum radiator delivers dependable thermal management over stock cooling systems.