Drive shafts, in general, are mechanical components that pass on torque and rotation with the aim of connecting other part of the drive train. These are the parts which can not be directly related to it. They are like the RNA cells in a human body since they also carry something and that is the torque. These car parts are often subjected to torsion, shear stress, and equivalent to the difference between the input torque and the load. Hence, it is but a requirement that they are capable of handling pressures. Anyway, for cars, how it works depend on what drive train a car is running to - rear wheel drive, front wheel drive and four-wheel drive.
Transfer power from the transmission to the drive axle
Transfer power from the transmission to the drive axle
Transfer power from the transmission to the drive axle
replace tail shaft seal. to do this, remove drive shaft first. It helps if the front of the car is pointed down a steep hill. This way you won't loose any trans fluid.
98 chevy s10
You will get a vibration in the car when they start to go. Which means they are unbalanced because of parts moving around.
it may be the drive shaft u-joints if its rear wheel drive
Remove 2 small u-bolts from rear end yoke Pry drive shaft out of yoke Slide front end of drive shaft off front splines
there is no dry shaft oly a crankshaft in the engine and the drive shaft that moves the car the drive shaft is connected to the transmission and the rear axle if your car is front wheel drive ypu do not have a drive shaft just a transmission and two axles
is the drive shaft the same as the intermediate shaft on a vauxhall corsa car does any body no
Axle shaft, steering shaft, drive shaft, distributor shaft
The drive shaft falls into the street. Before that the car shakes.
the yolk is attached to the drive shaft by a universal joint. It slides into the transmission and allows the shaft in the trans to engage the drive shaft
drive shaft
Only if the diff is locked
when the car engine is start and the driver shift a gear,the power front the engine transfer to the drive shaft and its transfer the torque or power to the axle shaft the move a wheel.
None. Every engine has a drive shaft, which connects to the transmission, and ultimately causes the wheels to turn.
1939
through a transmission and drive shaft
Balance