2019 - 2025 Toyota Supra A90 Radiators is a PWR radiator module engineered for improved thermal control, durability, and performance-focused fitment. Review the specifications and compatibility details below before ordering.

2019+ Toyota GR Supra A90 42mm Radiator Replacement

Features:

• Handmade and professionally TIG-welded in the USA

• High-efficiency 42mm aluminum core with rolled dimple tubes and Louvered R-fin technology

• Direct OEM-style plug-and-play installation using factory mounting points

• Compatible with OEM fans, sensors, and quick-disconnect hose fittings

PWR’s 42mm radiator replacement for the 2019+ Toyota GR Supra A90 is engineered to deliver improved cooling performance for both street-driven and track-focused applications. Manufactured entirely in-house at our USA facility, the main radiator features advanced rolled dimple tube construction paired with Louvered R-fin technology to maximize heat rejection and maintain stable engine operating temperatures under sustained high-load conditions.

To further enhance overall thermal management, PWR also offers upgraded auxiliary side radiators designed specifically for the A90 Supra’s factory cooling architecture. Each auxiliary radiator is engineered with high-efficiency aluminum core construction to improve heat rejection and support consistent coolant temperature control during aggressive driving or extended track use. By improving cooling capacity across all three heat exchangers within the system, this design helps reduce heat soak and maintain reliable engine performance.

Designed for seamless OE-style integration, the main radiator and both auxiliary radiators install directly into their respective factory mounting locations while retaining compatibility with OEM fans, sensors, and quick-disconnect hose connections. Whether your GR Supra is stock or modified, PWR’s cooling solutions provide the durability, reliability, and thermal performance required to keep your vehicle running cool and performing at its best.

Upgrade with confidence and experience the unfair advantage in cooling technology with PWR.