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Maintenance Guides / Re: How to change a Track Rod End (Tie Rod)
« on: 17 April 2007, 22:58:03 »
Fitting the new part
Now that you have the old arm removed from the car, open the new one and make them the same length as in the picture below. I recommend doing this on a piece of cardboard to prevent damage. Place the old track rod as it was mounted on the car (i.e. with the letter "R" the same way). Now place the new track rod next to the old and make the new one the same length as the old. To do this, simply turn both of the rods until it matches the old unit. The picture below shows the parts to turn and the track rods at the same length.
The old track rod and the new are equal lengths - the arrows show which parts to turn to make the length correct[/i]

Unscrew the nuts and keep them somewhere safe. Then remove the plastic boot protectors (if fitted). Inspect the black rubber boots on the new rod for any signs of damage. If damage is present, then return the arm to your supplier for a replacement. There is no point fitting a known damaged item as if the protective boot has failed, the ball joint will not last too long!
Fix the new arm to the car starting with the outer joint as this is slightly more difficult to fit. With this in place, screw on one of the nuts. Make sure that this is one of the new self locking nuts supplied with the new part. Next, put the inner bolt of the track rod end into its locating point. As for the inner joint, screw the new bolt on to the nut. Make sure that the ball joint is in the same position - for the outer joint the ball joint should be on the bottom of the hub fixing, whilst the inner joint should have the ball joint facing the front of the car. The picture below shows the correct positions - the nuts have not been tightened as yet.
The new track rod end in position, but not yet tightened fully

The next task is to tighten the nuts. On the new track rod end, I found that both bolts were 19mm. After a few turns of the socket, you may discover that the nut is not tightening any further and the ball joint is turning with the nut. If this proves to be the case, simply get your breaker bar or stout screwdriver and lever upwards on the bottom of the ball joint. At the same time, turn your socket and the nut will then start to tighten. I have not pictured this part for the outer joint, but I have for the inner joint, which is, once again, shown below.
A breaker bar being used to tighten the inner ball joint nut[/i]

Do not do the nuts up too tight as you will want to torque the bolts up. Haynes says that the torque settings are 26 lbf ft for the inner balljoint (which seems very low to me) and 74 lbf ft for the outer balljoint. Finally, using your two 13mm spanners or a 13mm spanner and socket, tighten the two pinch bolts in the middle of the arm. Haynes do not give a torque setting for these (I could not find it at the front of the Suspension and Steering chapter in anyway) so I just tightened them tightly. Recheck that all the bolts are tight. The track rod is now fitted and the work is almost complete.
Whilst the road wheel is removed from the car, it is a good opportunity to check the chassis for any corrosion, the under seal for any defects and accumulated mud, the brake discs and pads, the brake pipes both metal and flexible and, lastly, the condition of wiring that exists, such as the ABS sensor.
Remove the wheel bolts that are stored in the hub and apply a smear of copper ease to it. Refit the road wheel in the normal manner. Lower the car to the ground and finally tighten the wheel bolts. Haynes says that the wheel bolts have a torque of 81 lbf ft. Refit any centre wheel trim and be sure to stow your locking wheel nut socket and centre wheel trim safely.
Finally, at the earliest opportunity go to a decent tyre centre and have your alignment checked - you do not want to be replacing tyres in a few months time owing to uneven wear. There is a member on here who can advise further above this - I believe that his user name is "wheels in motion". There are several centres across the country that are recommended by other users on here. My local one is in Watford which I will go to when the car is on the road again.
Sit back proud in the knowledge that you have done this yourself and saved a good deal of money in the process!
Now that you have the old arm removed from the car, open the new one and make them the same length as in the picture below. I recommend doing this on a piece of cardboard to prevent damage. Place the old track rod as it was mounted on the car (i.e. with the letter "R" the same way). Now place the new track rod next to the old and make the new one the same length as the old. To do this, simply turn both of the rods until it matches the old unit. The picture below shows the parts to turn and the track rods at the same length.
The old track rod and the new are equal lengths - the arrows show which parts to turn to make the length correct[/i]

Unscrew the nuts and keep them somewhere safe. Then remove the plastic boot protectors (if fitted). Inspect the black rubber boots on the new rod for any signs of damage. If damage is present, then return the arm to your supplier for a replacement. There is no point fitting a known damaged item as if the protective boot has failed, the ball joint will not last too long!
Fix the new arm to the car starting with the outer joint as this is slightly more difficult to fit. With this in place, screw on one of the nuts. Make sure that this is one of the new self locking nuts supplied with the new part. Next, put the inner bolt of the track rod end into its locating point. As for the inner joint, screw the new bolt on to the nut. Make sure that the ball joint is in the same position - for the outer joint the ball joint should be on the bottom of the hub fixing, whilst the inner joint should have the ball joint facing the front of the car. The picture below shows the correct positions - the nuts have not been tightened as yet.
The new track rod end in position, but not yet tightened fully

The next task is to tighten the nuts. On the new track rod end, I found that both bolts were 19mm. After a few turns of the socket, you may discover that the nut is not tightening any further and the ball joint is turning with the nut. If this proves to be the case, simply get your breaker bar or stout screwdriver and lever upwards on the bottom of the ball joint. At the same time, turn your socket and the nut will then start to tighten. I have not pictured this part for the outer joint, but I have for the inner joint, which is, once again, shown below.
A breaker bar being used to tighten the inner ball joint nut[/i]

Do not do the nuts up too tight as you will want to torque the bolts up. Haynes says that the torque settings are 26 lbf ft for the inner balljoint (which seems very low to me) and 74 lbf ft for the outer balljoint. Finally, using your two 13mm spanners or a 13mm spanner and socket, tighten the two pinch bolts in the middle of the arm. Haynes do not give a torque setting for these (I could not find it at the front of the Suspension and Steering chapter in anyway) so I just tightened them tightly. Recheck that all the bolts are tight. The track rod is now fitted and the work is almost complete.
Whilst the road wheel is removed from the car, it is a good opportunity to check the chassis for any corrosion, the under seal for any defects and accumulated mud, the brake discs and pads, the brake pipes both metal and flexible and, lastly, the condition of wiring that exists, such as the ABS sensor.
Remove the wheel bolts that are stored in the hub and apply a smear of copper ease to it. Refit the road wheel in the normal manner. Lower the car to the ground and finally tighten the wheel bolts. Haynes says that the wheel bolts have a torque of 81 lbf ft. Refit any centre wheel trim and be sure to stow your locking wheel nut socket and centre wheel trim safely.
Finally, at the earliest opportunity go to a decent tyre centre and have your alignment checked - you do not want to be replacing tyres in a few months time owing to uneven wear. There is a member on here who can advise further above this - I believe that his user name is "wheels in motion". There are several centres across the country that are recommended by other users on here. My local one is in Watford which I will go to when the car is on the road again.
Sit back proud in the knowledge that you have done this yourself and saved a good deal of money in the process!