Radiator 92-00 Honda Civic w/ K-Swap

The CSF 2850K radiator for 1992–2000 Honda Civic with K-Swap engine conversion delivers precision cooling engineered specifically for high-performance K-series powerplants. This aluminum radiator features a polished finish and single-pass core design with driver-side inlet and passenger-side outlet configuration, providing direct thermal management for builds where stock cooling capacity falls short of K-engine demands.

At 27.625 inches wide and 32 inches tall with a 2.375-inch depth, the unit mounts cleanly in the original radiator location with proper fitment for the Civic platform while handling the increased heat output of K-swap installations. The aluminum construction offers strength and thermal conductivity superior to older factory units, while the polished finish resists corrosion in high-moisture engine bay environments. Single-pass flow design minimizes restriction and pressure drop, critical for maintaining optimal coolant velocity and system efficiency during sustained high-rpm operation typical of tuned K-engine builds.

This radiator addresses a core challenge in K-Swap conversions: modern K-series engines produce considerably more heat than the original B16 or B18 powerplant the Civic was designed around. Builders performing engine swaps require a cooling solution that matches the new engine's thermal output while fitting within the original chassis dimensions. The CSF 2850K is purpose-built for that application, ensuring reliable temperature management across street, weekend track, and sustained boost scenarios without requiring extensive custom fabrication or oversized cooling upgrades.

CSF Cooling specializes in OEM-quality and performance-focused radiator solutions for import and domestic platforms. The 2850K radiator reflects that focus—engineered for the specific demands of the K-Swap Civic platform rather than serving as a compromise universal unit. At 18.2 lbs, the aluminum core keeps weight reasonable while delivering the heat rejection capacity needed for consistent cooling performance.