Srm

Active Member
I need to change the rear discs and pads on my D2, I have never changed discs before. Is it easy to do or should I let someone who knows what their doing at it??
 
One of the simpler jobs to do. However, get a manual to to assist you. Release the fluid through the bleed nipple as the pistons go back. Then top up the reservoir.
 
I need to change the rear discs and pads on my D2, I have never changed discs before. Is it easy to do or should I let someone who knows what their doing at it??

If in doubt, get a Haynes manual. About £15. Its easy tho.
 
No need to touch the bleed nipple, just undo the cap on reservoir & you'll be fine. But do get a manual to assist.
 
Just remember you are messing around with the brakes on a 2 ton truck, as already said get a manual and if your not sure about anything and you have n one else to ask get a picy up and ask, theres always some one here to help.
 
If you do it the dizco method make a ring of kitchen paper around the brake fluid res before you push the pistons back. It will catch any overflow.
 
A mates changing them this weekend, I don't have the confidence to mess around with the brakes. Thanks for all your help.
 
Old Skool tip the fella who showed me how to do it. When you take the old disc off rub away all the rust on the hub with a wire brush and then emery paper until they shine. He reckoned that the rust made the new disk sit uneven and wear early. I couldnt see the point but got on with it. Took for ever. He was too serious to being having a laugh at my expense, Mabe just Old Skool pedantic. I still do it.
 
Old Skool tip the fella who showed me how to do it. When you take the old disc off rub away all the rust on the hub with a wire brush and then emery paper until they shine. He reckoned that the rust made the new disk sit uneven and wear early. I couldnt see the point but got on with it. Took for ever. He was too serious to being having a laugh at my expense, Mabe just Old Skool pedantic. I still do it.

Makes sense to me that. Disc would sit on a true surface then.
 

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