Premium Extended Rear Driveshaft for Lifted 66-77 Broncos

$440.00 $396.00

TOMS OFFROAD premium rear extended driveline for 66-77 Ford Broncos. This drive shaft generally fits early Broncos with stock transmission and 2 to 5-1/2 inches of suspension lift. If you have a non-stock transmission, please measure and verify length needed prior to ordering. Fits Dana Spicer 1310 style transfer case yokes.

Features include:

2 inch DOM tubing
Full length splines for longer travel
Custom H-block & CV joint for better angle range of motion
Forged slip yokes & splined shafts for added strength
Steel CV center housing for added strength.
32.25 inches collapsed, 37.25 inches extended

The splines on our premium driveshafts are fully splined for much better and stronger engagement, whereas the splines on our standard driveshafts only extend a portion of the slip shaft.

Fit

1966-77 Ford Bronco

Technical Specs

Fits 66-77 Ford Broncos with Dana Spicer 1310 transfer case yokes.
If you have a Cleveland style yoke, you will need to also purchase a new transfer case yoke and driveline bolt kit to complete your installation. To tell if you have a Cleveland or Spicer style transfer case yoke, measure the distance between the mounting holes on the yoke where the driveshaft connects. A Cleveland yoke will measure 1 7/8 inches from center hole to center hole. A Spicer yoke will measure 1 1/2 inches from center hole to center hole.
Please select your Transmission, Differential and Suspension Height using the drop-down menus. This will help us to double-check that the driveshaft you are ordering will be correct for your application. This is only for reference and not a guarantee of fitment for application. To ensure proper fitment, you should always verify that the running length of the driveshaft is appropriate for your application by measuring your current setup.

Prop. 65 Warning for California Residents

WARNING: This product may contain chemicals known to the state of California to cause cancer, birth defects, or other reproductive harm. Learn more