Tools needed to replace spring-loaded cam chain tensioners (06-down style)
Anyhow, What special tools will I need to replace the standard spring loaded tensioners? I'm guessing...
1. CAMSHAFT PULLER [from WHOYA]

- to remove the cams and cam chains
2. TENSION UNLOADER [from JIMS]

- to properly remove the spring loaded tensioners and install their replacements
3. SNAP RING REMOVERS
- for the snap rings that hold the tensioners in place. Accoring the Clymer manual I bought, I will also need new ones for the new tensioners.
Will I need any other special tools? (like oil pump guide bolts or something?) I live overseas and if I can't find the tools locally I'll have to wait a whole month to get them online.
Also, since I don't want to buy adjustable pushrods I'll have to remove the rocker boxes am I right? (I'm saving as much as I can since I also have to buy front end components to rebuild my bike) every video on Youtube has guys cutting the pushrods to save time...I'd rather take the long route and save $130...
Your help is deeply appreciated. Thank you!
To unload the tensioners you just need a large socket with just over a third of the side ground out, lock them with a small scredriver.
Now, bearings. If you have a bike that doesn't have the roller bearing on the rear camshaft (there are stil a few about) you need to convert to the upgrade. If you do have the roller on the rear the cam just falls out as it has the inner race on it so no tool needed. The front cam has the ball bearing and I always replace these so just heat up the bearing (after first removing the cam bearing retaining plate) around the inner race and use a fat bolt with a blunt point ground on the end and tap the cam out.
To replace the cam you just heat up the inner race on the new bearing (once it is installed in the cam block) heat it real hot, and avoid getting heat on the tensioner pad. The cam will slip right in if you're quick. If it hangs up you sit the bearing in a socket that supports the inner race and tap the cam in with the fat bolt.
There, I just saved you a heap of cash!
You shouldn't reuse the rocker box gaskets but if you just want to buy only one gasket then undo the two rocker retaining bolts on the right hand side of the bike and slip the rocker shafts out. Before replacing the lifters on reassembly you flick out the clips in the top of each lifter and pour the oil out....reassemble each lifter and this deflates them so you can put the pushrods in , drop in the rockers and slide in the shafts.
Bike will rattle like a **** on start up (same as if they were brand new lifters) and then go quiet after a few hundred yards riding.
You now owe me a beer :-)
Last edited by Spanners39; May 1, 2013 at 05:06 AM.
The only dealer this country has won't service imported H-D's so it's pretty much DIY-territory down here! This forum has been an amazing source of bike knowledge I never thought I'd have, thanks to people like you.
So, want that beer UPS of FEDEX? Gotta warn ya though, it might be a little warm by the time it gets there! (and it's 5AM here by the way, I've been up all night watching J&P Cycle videos on Cam replacement and such so get it all right)
Last edited by FXD_noob; May 1, 2013 at 06:06 AM.
The only dealer this country has won't service imported H-D's so it's pretty much DIY-territory down here! This forum has been an amazing source of bike knowledge I never thought I'd have, thanks to people like you.
So, want that beer UPS of FEDEX? Gotta warn ya though, it might be a little warm by the time it gets there! (and it's 5AM here by the way, I've been up all night watching J&P Cycle videos on Cam replacement and such so get it all right)
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Definitely agree on the improvisation part... I guess some "Harley recommended" tools are just overkill. Also, I don't wanna spend money on tools that are unique to my year and model...why does H-D do that by the way? To force the buyer to depend solely on the dealership for service and repair whenever newer bikes are purchased?
The Best of Harley-Davidson for Lifelong Riders
Usually the tools speed up the process in the workshop so they can charge you for X hours but do it in X-1 hours. The tools also give uniformity of outcome so that whoever does the job it comes out the same.









