Fan 17in 6 Blade Max Air

The Fan 17in 6 Blade Max Air by Gorsuch Performance Solutions is a high-capacity cooling fan engineered for vehicles that demand superior thermal management during sustained performance driving or heavy-load operation. This radiator fan excels in aftermarket cooling system builds, engine bay upgrades, and custom vehicle platforms where OEM cooling capacity falls short. Whether you're running a modified engine with increased power output, towing heavy loads, or operating in extreme ambient conditions, this 17-inch electric fan delivers the airflow volume needed to maintain optimal engine temperatures and prevent thermal-induced power loss or component degradation.

The six-blade design maximizes air displacement while maintaining efficient motor operation, generating substantial CFM output across a wide RPM range. At 17 inches in diameter and just 3 inches thick, this fan provides excellent cooling performance without consuming excessive underhood real estate, a critical consideration in tight engine bays where space optimization directly impacts installation feasibility. The lightweight 1.95-pound construction reduces rotating mass and minimizes electrical draw, allowing seamless integration into both OEM alternator circuits and dedicated relay-switched systems. The blade geometry and motor pairing work in concert to pull warm air through the radiator core with minimal noise while maintaining durability across extended high-temperature cycles typical of track days, dyno sessions, or performance driving events.

This cooling solution benefits street performance enthusiasts, drag racing builds, engine swaps, and any vehicle modification where factory thermal capacity is a limiting factor. The 17-inch diameter and compact profile make it compatible with most aftermarket radiator mounting configurations and custom shroud assemblies commonly used in LS swaps, turbocharged conversions, and supercharged applications. Installation typically requires a shroud adapter, relay harness, and thermostatic controller or manual switch to regulate engagement based on coolant temperature, ensuring the fan cycles intelligently without draining battery reserves during idle periods. Proper electrical integration and shroud sealing are essential to maximize cooling efficiency and prevent recirculation of hot air.