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Quarter Master Driveshaft - Aluminum & Steel UNIVERSAL

Brand: Quarter Master | Category: Driveshaft

Fitments

UNIVERSAL
188390 Aluminum Driveshaft
Length 39" Center-to-Center
188392 Aluminum Driveshaft
Length 39-1/2" Center-to-Center
188400 Aluminum Driveshaft
Length 40" Center-to-Center
188402 Aluminum Driveshaft
Length 40-1/2" Center-to-Center
188410 Aluminum Driveshaft
Length 41" Center-to-Center
188412 Aluminum Driveshaft
Length 41-1/2" Center-to-Center
188420 Aluminum Driveshaft
Length 42" Center-to-Center
188422 Aluminum Driveshaft
Length 42-1/2" Center-to-Center
188430 Aluminum Driveshaft
Length 43" Center-to-Center
188432 Aluminum Driveshaft
Length 43-1/2" Center-to-Center
188440 Aluminum Driveshaft
Length 44" Center-to-Center
188442 Aluminum Driveshaft
Length 44-1/2" Center-to-Center
188452 Aluminum Driveshaft
Length 45-1/2" Center-to-Center
188462 Aluminum Driveshaft
Length 46-1/2" Center-to-Center
188472 Aluminum Driveshaft
Length 47-1/2" Center-to-Center
188480 Aluminum Driveshaft
Length 48" Center-to-Center
189402 Steel Driveshaft
Length 4-1/2" Center-to-Center
189420 Steel Driveshaft
Length 42" Center-to-Center
189440 Steel Driveshaft
Length 44" Center-to-Center
189450 Steel Driveshaft
Length 45" Center-to-Center
189480 Steel Driveshaft
Length 48" Center-to-Center

Product Description

Quarter Master Aluminum and Steel Driveshafts feature unsurpassed strength and smooth, vibration-free performance. Quality material selection, rigid tolerances, careful attention to detail during assembly and a balance spec to less than .125 inch-ounces separate the best from the rest.

Our revolutionary Aluminum Driveshafts are built with a two-part, weld-free assembly process that eliminates the distortion and loss of heat treat strength caused by welding. Hardcoat-anodized, forged-aluminum end yokes are interference fit to O.D. ground 3.0” x .120” aerospace aluminum tube. Heavy-duty racing u-joints and a quality slip yoke are then installed. Finally, the assembly is computer balanced. These shafts weigh 40 percent less than their steel counterparts.