The basic design and material of the cardan drive shaft are quite unique. They have an aluminum housing with a thin wall made of polyethylene, which is a material that is virtually indestructible. These are a superior choice over the polycarbonate housing, which is what most other manufacturing companies use.
The manufacturing process that cardan drive shaft uses to make the Shaft allows for it to be extremely lightweight. You can see this in the fact that the cardan drive shaft uses a patented method called "dead drift" for the process of melting the steel shaft to be used in the Aluminum housing. The dead drift method enables the shaft to be manufactured in sheets of thin steel sheets that are extremely lightweight. These sheets are cut into properly sized cubes to fit into the proper place on the Shaft housing.
The base plate of the cardan drive shaft is a special base plate that is designed by Caran. The base plate is designed so that when the metal housing is inserted into the head assembly, the metal housing also sits directly on top of the base plate. This is a very special design that provides some exceptional stability and comfort to the overall operation of the cardan drive shaft.
The cardan drive shaft has two advantages over the standard design of the Shaft. One advantage is that the design allows for the shaft to be shaped to fit perfectly into the place that the head assembly is placed into. The other advantage is that the shaft is manufactured in several different sizes and shapes so that each size can be filled with a variety of materials and there is no need to have the head assembly cut down.
cardan drive shaft also makes a shaft called the "Axle" that can be used to replace the standard coupling that most applications have installed. Most vehicles come with an axle or a coupling that is not compatible. An axle is simply a single piece of metal with one end that is connected to the coupling and the other end to the transmission case.
The shafts in the cardan drive shaft are manufactured in a seamless pattern so that they can be easily cut into the correct shape and size. This process allows the shafts to be produced without holes or other defects. Caran uses high precision technology to cut the shafts as precisely as possible without sacrificing strength.
The cardan drive shaft are easy to install and provide plenty of support to the steering column while eliminating slip when the vehicle is being turned. With the car being held in neutral, the Shaft can be driven into the blank between the front wheels to create and locking grip. The headstock of the car can then be moved forward with little effort and the locking grip can be released.
The cardan drive shafts are available in three different sizes, all of which are convenient for both replacements with individual steering components. One option is a 16-inch shaft that is designed to accommodate larger steering wheel assemblies. The next size is a 10-inch shaft that can be used with smaller steering wheel assemblies.
There are seven different settings on the cardan drive shaft, but cardan drive shaft makes only five. Three of the settings are adjustable for the total tension that is applied to the shaft, so you can adjust the tension of the shaft according to your driving style. The fourth setting is adjusted based on how much you want the shaft to be able to slide back and forth.
The cardan drive shaft can also be used in the front seat of the vehicle. A manual adjustment feature is included on the bottom of the steering column that allows you to adjust the tension and the sliders between each side of the vehicle. The alignment of the seat belt routing can also be adjusted, allowing you to adjust the seat belt from either side of the vehicle.
