Extreme-Duty Driveshaft - 1977-1996 GM B-Body: Impala & Caprice

Application: 1977-1996 GM B-Body: Impala & Caprice

Have you increased your horsepower? Running a power adder? Done some mods to provide a neck-snapping launch?

Don't over look the weak link in your drivetrain...the driveshaft. Everyone knows the stock rear doesn't hold up to much, the driveshaft won't either. When a driveshaft goes it will take expensive parts with it! Don't gamble with your safety, replace the weak link in your drivetrain with one of our "Extreme-Duty" driveshaft assemblies.

For neck snapping launch performance, stay away from an aluminum driveshaft. While the lighter weight may give you a few more horses, the lack of durability isn't worth the gamble. Our shaft is designed to hold up to very high horsepower abuse, yet remains vibration-free at high speeds, you get the best of both worlds.

We precision electronically balance each unit fully assembled. This allows balancing of the shaft just as it will be spinning in your car.

Build Specifications:

• Constructed of 3" o.d. x .083" wall DOM 4130 chrome moly tubing
• Extreme Duty Spicer 1350 weld yokes, properly phased and installed in specially built fixtures (total indicated run-out of less than .008")
• Extreme Duty Spicer self lubricating u-joints
• Extreme-Duty Spicer 1350 series transmission slip yoke
• Meticulously welded for maximum strength
• Fully assembled and then precision electronically balanced
• Ships fully assembled - ready to install

Option: Now available with Extreme-Duty Spicer transmission slip yoke or with Strange Engineering 17-4 heat treated stainless steel transmission slip yoke for the ultimate in strength!

Measurements: Follow these instructions to provide us with the information needed to build your driveshaft:

1. Enter your transmission type (ie. TH350, TH400, Powerglide, 700R4, Muncie, etc.)
2. Enter your rear end type
3. Enlarge and print out Picture #2 - Measurement Directions
4. With your car at ride height - suspension loaded (weight of vehicle on the rear), measure and then enter Measurement "A". Also record Measurement "B".

Note: On Measurement "A" you are measuring the distance from the center of the rear u-joint to the rear edge of the transmission tailshaft seal. Measurement "B" is the distance from the rear edge of the tailshaft to the rear edge of the output shaft.

Maximum Length: Measurement "A" maximum length = 63.00"