Common questions

Are both front CV axles the same?

Are both front CV axles the same?

As long as the splines on both driveshafts are the same, and also the CV joints themselves have splines of the same sizes that are of the same sizes that fits perfectly into any of the front hubs. So yes, they are the same. Skibob likes this.

What’s the difference between CV joint and CV axle?

An axle is a straight shaft, a CV joint is a JOINT. CV joints are used in front wheel drive cars they allow the drive shaft to drive through an angle which is needed when steering or when suspension is moving.. An axle is a solid shaft that can only transmit power in a straight line.

How do you remove the CV axle nut?

Remove the CV axle nut cotter pin. Using a 32-mm socket attached to a powered impact driver, torque the CV axle nut off of the CV axle. If no powered impact tool is available, brace the wheel hub from moving by taking a long and strong metal bar (such as a crowbar) and bracing the bar on the ground and on two wheel hub lugs.

What do I need to replace CV axle on Kia?

If no powered impact tool is available, brace the wheel hub from moving by taking a long and strong metal bar (such as a crowbar) and bracing the bar on the ground and on two wheel hub lugs. Either a breaker bar or cheater bar will be needed to generate enough torque to remove the axle nut.

Why are CV axles used in front wheel drive vehicles?

This joint allows the axle to transfer torque from the engine to the wheels consistently, even when the joint is turned at an angle. CV axles were built as front wheel drive vehicles became more common. Front wheel drive vehicles originally used axles with a cross shaped metal pivot between two carriers like on four-wheel drive vehicles.

Where can I buy a new CV axle?

Buy online and get free next day delivery or pick up your parts in an AutoZone near you. If your car vibrates while driving or clicks loudly while turning, it might be time for a new CV axle. Here at AutoZone, we have CV axle replacement parts that are engineered for your vehicle to meet or exceed OE performance.

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Ruth Doyle