answersLogoWhite
Cars & Vehicles
1995-2005 Chevy Cavaliers
Physics
Fiat Punto

Is it safe to drive a car if constant velocity joints need replacing fiat punto?

91011

Top Answer
User Avatar
Wiki User
Answered
2006-08-17 12:28:45
2006-08-17 12:28:45

It is safe until one of them breaks, and that could happen at any moment. If I were you, I'd make sure you have a good pair of walking shoes, if you don't get it fixed you've got a long walk ahead of you. If that joint should break, the car isn't going to go anywhere. That car needs two axles to make the car go and if one is broken or missing, the transmission will just spin. It is possible that a wheel could lock up, but I don't think it's very likely, but do you want to chance it? Can the failure of the joint possibly cause other damage to the car? Yes it will. If it breaks at highway speed the damage could be considerable. I have seen broken shafts rip out oil pans, brake lines (no brake line, no brakes) and crack transmissions. I would highly recommend getting it fixed as soon as possible.

001
๐Ÿฆƒ
0
๐Ÿคจ
0
๐Ÿ˜ฎ
0
๐Ÿ˜‚
0

Related Questions


Normally there are constant velocity joints not u-joints.


Save Check freeplay in Constant Velocity Joints.


( yes ) a Ford Windstar is a front wheel drive vehicle and has constant velocity ( CV ) joints


A Constant Velocity Joints or CV joints are attached to each end of a drive shaft The CV joints are needed to transfer the torque at a constant speed to steered wheels as well as to accommodate up and down motions of the suspension


Ball joints are in the front suspension, it is basically what the wheel assembly pivots on when you turn. Universal joints are on the ends of the drive shaft in a rear wheel drive vehicle. At the transmission and rear end. They give the drive line some flexibility. The same principal is in front wheel drive but are referred to as constant velocity joints, or CV joints.


No, technically, front wheel drive vehicles have "CV" (Constant Velocity) joints. Saturns have 2 on each side.


The CV - constant velocity - joints are parts of the axle assembly.Although the CV joints can be rebuilt, I think most people (me included), just purchased new replacement axles when one goes bad.See "Related Questions" below for more about replacing front-wheel drive half-axles.


Assuming it is front wheel or 4 wheel drive, it is worn CV or Constant Velocity Joints. :o)


Yes it is possible to have a changing velocity at a constant speed. Velocity is defined as the rate of change of position therefore if the direction of the constant speed changes then that constitutes a changing velocity. For example driving in a circle means that the speed is constant but the direction changes as you drive :) Betlehem Semahge


replace your CV joints (constant velocity joints) It's the two (or sometimes only one) 'knuckles' on your drive shaft under the van


a cv (constant velocity) joint is used to transmit power from drive train (engine, transmission) to the wheels like universal joints, but also allows wheels to turn (steer) in front drive vehicles


If you have a front-wheel-drive car, the first thing I would check would be the Constant Velocity (CV) joints.


Anytime there is an external clicking in the driveline, start with the constant velocity joints or u joints. The u joints are much more prone to making more of a clunk sound whereas the clicking is more closely aligned with CV joints. Hope this helps...


Yes. Velocity includes the direction of the motion. If the direction changes, then that meansthe velocity changes, even if the speed is constant.Anything rotating at constant speed in a closed path has constantly-changing velocity.Like a point on a phonograph record, a point on a hard disk drive, or an orbiting TV satellite.


The front-wheel drive ones do - two of them. One for each front wheel.


Universal joints (as used on a conventional prop shafts used in rear wheel drive cars) cause the output end off the shaft to rotate at varying speeds, while the input end rotates at a constant speed, i.e. it speeds up and slows down at it rotates. Using a CV or 'Constant Velocity' joint eliminates this variation in speed. The use of moveable joints in drive shafts is the allow for suspension/steering movements.


If your vehicle is a rear-wheel drive, u-joints on either end of driveline may need replacing.


Constant Velocity, or CV joints are used in front wheel drive cars to transmit power to the front wheels while allowing them to steer. As they begin to wear out, first you will notice clunking or rattling when shifting between reverse and drive. Later, you may notice vibration or grinding when turning. Eventually, the joint will completely fail, and the car will not move when placed in any gear.


On a front wheel drive car probably a damaged constant velocity joint clattering


Jack up the front end and check for play in the suspension. Check for looseness of the brake caliper. or try checking the outboard CV (Constant Velocity) Joint which is common in front wheel drive vehicles.


Assuming you're driving in a constant direction, then whatever your speed/velocity is in km/hr is your distance


A "Carrier bearing" is only used on a "split driveshaft" vehicle; such as a truck or long wheel based car. Front wheel drive cars, such as the cavalier (that this question is categorized under) are CV joints (Constant velocity joints). When rebuilding any CV it is almost required to rebuild both of the joints on the axle; it would be silly to go that far in the repair and not do them both.


No, they usually have something called a CV (constant velocity) joint which is sort of same, same but different.


When a constant velocity (CV) joint is going bad, you can hear an audible "clicking" noise when you turn the steering wheel. When a drive shaft u-joint is going bad, you will usually feel/hear a "clunk" when accelerating and/or coming to a stop,


To allow the drive axle to transmit same power while car is steering and axle/ hub angle is changing.



Copyright ยฉ 2020 Multiply Media, LLC. All Rights Reserved. The material on this site can not be reproduced, distributed, transmitted, cached or otherwise used, except with prior written permission of Multiply.