I too will need to rebuild my clutch soon.
@warp9.9 says even I can do it at home (I can barely spell the word clutch) and after getting an estimate from the dealer at $1,700, looks like I will surely be doing it elsewhere.
So Barnett is the way to go?
I have more to write up on this after some more discussion and measuring with
@Paul Bryant yesterday but need to sit down and do some math and possibly drawing. I found something odd in the clutchplates that got me thinking about the way my clutch operated and think this may also be the reason the drive dogs wear.
As far as Barnett being the way to go I selected these as I have used Barnett in my old bikes and its always been good. They are a specialist company and the products are made in the USA to a high standard. With old pommie bikes in the 70s the americans were good at producing performance parts for them for racing hence this is only a preference of mine.
In looking at the stock,vs Barnett and MTC plates yesterday (and i need to do the math yet) it appears at first glance that while the MTC springs are not much better than standard, the plates have more surface area in regard to the fibre, but I need to work this out.
Jobs pretty straight forward but suggest you also plan to do the following at the same time.
1. Radiator Hoses (hey, you"ve got it apart)
2. Detent Spring. (cheap)
3. Waterpump Orings (cheap)
4. Replace the main clutch nut (cheap and I forgot to order one but should have)
5. Lastly and most importantly if you have an older bike with the needle roller type actuator on the out plate, change both the outer clutch plate, bearing and pull rod to the later Roadster type. Reason is I think its this thats causing the rubbish gearchanges and it highlights why its so important to have the clutch cable adjusted correctly. This cost a little more to do but I pretty sure I wont regret it and I havent begun reassembly yet.
Oh and you need a clutch locking tool, (only if heading for the detent spring though), I'm going to take a number of the old plates and steels, line them up, drill and bolt them to make one.