Mishimoto 16+ Infiniti Q50/Q60 3.0T Performance Heat Exchanger

Part #: MMHE-Q50-16

Drop the charged air temperatures in your 2016 - 2024 Infiniti Q50/Q60 with the Mishimoto Performance heat exchanger. Air to water intercooling is the wave of the future when it comes to modern turbocharged vehicles, but calls for an additional heat exchanger on the front of the vehicle in order to dissipate the heat. The VR30DDTT equipped in the Q50 and Q60 is quite the performer, but the stock heat exchanger is the weak link in the chain that pulls you along. For starters, It's a relatively small core to be dissipating the heat from two individual intercoolers. On top of that, the plastic end tanks that couple the lines to the core bring durability into question over the lifespan of the vehicle. In our quest to improve the air to water intercooling system on your Infiniti, we started by vastly increasing the core size on our Performance Heat Exchanger Design. Our new core design features a 196-percent increase in core volume and 97-percent increase of external fin surface area over the stock unit. In addition, our heat exchanger also features an all-aluminum, TIG-welded construction for improved durability, as well as a removable outlet port and captive bleeder valve to help with installation. These improvements over the stock design result in an up to 21 F drop in outlet temperatures and cooler intake air temperatures. The Mishimoto 2016 - 2024 Infiniti Q50/Q60 3.0T Performance Heat Exchanger also includes the Mishimoto Lifetime Warranty for a worry-free installation.

Features:

• Direct fit for the 2016 - 2024 Infiniti Q50 and Q60 3.0T
• Drops heat exchanger temperatures up to 21 F over stock unit
• 196-percent increase in core volume and 97-percent increase in external fin surface area
• Removable outlet port for simplified installation
• Patent US No. D974,244 S
• Mishimoto Lifetime Warranty

High-performance component designed to enhance thermal efficiency, durability, and reliability under demanding conditions. Engineered to support optimal temperature control and system performance across applications.