Upgrade the cooling system of your 2023+ Honda Civic Type R with the Mishimoto Performance Radiator, engineered to utilize every millimeter possible for maximum efficiency and durability with a 17% heat rejection lowering temps on average between five to ten degrees. The all-aluminum construction features precision TIG-welded end tanks and a robust 40mm thick strutted tube core that's designed to resist chassis flex during intense driving. With a 49% increase in core volume, a 31% larger external fin area, and a 31% boost in internal tube area, this radiator ensures efficient heat transfer and dissipation to keep your engine cool in the most demanding of conditions.
Features:
Direct fit for the 2023+ Honda Civic Type R
All-aluminum design with precision TIG-welded end tanks
Plug-and-play installation without need for bumper removal
Pair with MMHOSE-CTR-23 for a complete cooling system
17% increase in heat rejection, creating on average a 5 10 degree drop in outlet temperatures
49% increase in core volume for improved cooling capacity
31% increase in external fin area to efficiently transfer heat from coolant
31% increase in internal tube area for improved heat dissipation
Upgrade the cooling system of your 2023+ Honda Civic Type R with the Mishimoto Performance Radiator, engineered to utilize every millimeter possible for maximum efficiency and durability with a 17% heat rejection lowering temps on average between five to ten degrees. The all-aluminum construction features precision TIG-welded end tanks and a robust 40mm thick strutted tube core that's designed to resist chassis flex during intense driving. With a 49% increase in core volume, a 31% larger external fin area, and a 31% boost in internal tube area, this radiator ensures efficient heat transfer and dissipation to keep your engine cool in the most demanding of conditions.
Features:
Direct fit for the 2023+ Honda Civic Type R
All-aluminum design with precision TIG-welded end tanks
Plug-and-play installation without need for bumper removal
Pair with MMHOSE-CTR-23 for a complete cooling system
17% increase in heat rejection, creating on average a 5 10 degree drop in outlet temperatures
49% increase in core volume for improved cooling capacity
31% increase in external fin area to efficiently transfer heat from coolant
31% increase in internal tube area for improved heat dissipation