Replace the front double cardan with a single cardan?
#21
#22
Maybe it is for comfort rather than reliability? Who knows
IMHO, Too much theories instead of hands-on experience...
#23
#26
You do understand that there is more to a driveshaft than a simple rotating assembly to help propel your truck down the road? Are you familiar with angular velocity? Check it out:
CV (or Constant Velocity) joints are a class of joint which are designed to eliminate the variation in angular velocity that plagues u-joints
The simplest CV joint is simply two u-joints connected end to end, usually the center section is called an H-yoke because of its shape. In this manner, the angular velocity variations of one joint are canceled by the joint on the other end. Since there are two joints on DC the operating angle capacity of the double cardan joint is twice that of a single cardan joint.
Listen, I'm not hear to challenge you. I'm simply trying to help out a fellow enthusiast by passig on knowledge I obtained over my years.
Excellent Read:
http://www.4crawler.com/4x4/CheapTri...line-101.shtml
CV (or Constant Velocity) joints are a class of joint which are designed to eliminate the variation in angular velocity that plagues u-joints
The simplest CV joint is simply two u-joints connected end to end, usually the center section is called an H-yoke because of its shape. In this manner, the angular velocity variations of one joint are canceled by the joint on the other end. Since there are two joints on DC the operating angle capacity of the double cardan joint is twice that of a single cardan joint.
Listen, I'm not hear to challenge you. I'm simply trying to help out a fellow enthusiast by passig on knowledge I obtained over my years.
Excellent Read:
http://www.4crawler.com/4x4/CheapTri...line-101.shtml
Last edited by coors; 11-16-2015 at 07:22 AM.
#27
You do understand that there is more to a driveshaft than a simple rotating assembly to help propel your truck down the road? Are you familiar with angular velocity? I would say, no.
CV (or Constant Velocity) joints are a class of joint which are designed to eliminate the variation in angular velocity that plagues u-joints
The simplest CV joint is simply two u-joints connected end to end, usually the center section is called an H-yoke because of its shape. In this manner, the angular velocity variations of one joint are canceled by the joint on the other end. Since there are two joints on DC the operating angle capacity of the double cardan joint is twice that of a single cardan joint.
CV (or Constant Velocity) joints are a class of joint which are designed to eliminate the variation in angular velocity that plagues u-joints
The simplest CV joint is simply two u-joints connected end to end, usually the center section is called an H-yoke because of its shape. In this manner, the angular velocity variations of one joint are canceled by the joint on the other end. Since there are two joints on DC the operating angle capacity of the double cardan joint is twice that of a single cardan joint.
I understand that a dc has twice angle capacity, but that doesn't mean a single joint angle capacity isnt enough for the d2. Is it what you're saying?
#28
My suggestion.
Give that article a good read. Then make the decision to add the Defender shaft.