Constant Velocity Joint Boots
Constant Velocity Joint Boots

What is constant velocity joint boot replacement?


Constant velocity, or CV, joint boots cover and protect a very important part of your vehicle’s driveshaft, your CV joint. Before we get into what the boot does, let’s discuss what a CV joint really is. CV joints are used to connect your vehicle’s transmission to your wheels. They are part of the driveshaft and are used primarily on front-wheel drive vehicles, but they are also used in rear- and four-wheel drive vehicles. Each drive wheel has two CV joints: the inner joint connects the transmission to the axle and the outer joint connects the axle to the wheel. The CV joint’s name comes from its ability to move with your vehicle’s suspension in any direction (if your vehicle hits a pothole or an uneven surface) and still be able to keep the drive wheels moving at a constant velocity. The CV joint is a very special joint: it connects two different rotating shafts. These two rotating shafts are stuck in a fixed position; so, the CV joint must be able to move and bend to keep these two shafts connected. CV joints are being used in newer vehicles and are taking the place of the old “U” joints. The CV joint is able to transmit even levels of torque to the wheels continually no matter what angle the joint is in. This means that no matter how many potholes you hit or if the vehicle is turning, the CV joint will keep the drive wheels moving at a constant velocity. Now that we know what a CV joint is, let’s discuss the CV joint boot. These boots have a very critical job; they must house and protect the joint. These boots are made of strong rubber that is able withstand the amount of bending the joint does. The boots keep the joint’s lubricating grease inside and clean. The boot also protects the joint from wet roads and other debris.

Why do you need constant velocity joint boot replacement?

 

If your boot rips or tears, your CV joint will be exposed to any debris from the road. Also, the CV joint’s lubricating grease will escape and will lead to more wear on the joint’s parts from the metal-on-metal contact. If the boot rips, it will only lead to premature CV joint wear and a more expensive replacement service.

When should you replace your constant velocity joint boot?
 

CV joint boots should be inspected whenever you have a routine service completed on your vehicle, such as brake jobs, alignment jobs, or oil changes. This regular inspection can extend the life of your CV joint and driveshaft. The rubber joint boots are visible under your vehicle so you can also periodically check it yourself. If it appears worn to damaged in any way, have it inspected and replaced if necessary.

Man Replacing wiper blades on his car
June 8, 2023
Learn when and why it's crucial to replace your wiper blades in our informative blog post. Discover the importance of clear visibility for safe driving.
Mechanic replacing timing belt on front wheel drive vehicle
June 8, 2023
Timing belt replacement at Ziegler Tire: Ensure engine performance and prevent costly repairs. Find out if it's time to replace yours. Visit us now!
front tie rod end link connection to the wheel hub assembly
June 8, 2023
Upgrade your steering with Ziegler Tire's tie rod replacement services. Discover improved control and precision. Visit us for a smoother drive!
Women inspecting the undercarriage of vehicle with a shop light
June 8, 2023
Uncover the sway bar's role at Ziegler Tire. Learn how it enhances stability and control for a safer driving experience. Visit us today!
Mechanic with red gloves on underneath a car inspecting the left side of the vehicles suspension
June 8, 2023
Ensure a smooth ride with Ziegler Tire's suspension inspection. Discover the importance of maintaining optimal suspension performance. Visit us now!
Mechanic with red gloves on repairing struts on right side of vehicle
June 8, 2023
Discover the critical role of struts at Ziegler Tire. Learn how they enhance stability and handling for a safer driving experience. Visit us today!
More Posts
Share by: