I literally just extended mine yesterday, along with a full length lever, deburred the perch, and lubed the cable. I think the pull is no joke, about half...
I'm glad to see that Mr. Fredette is still at it. This mod really does help.
Good news! NEW Clutch actuator levers now available
- billie_morini
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Re: Good news! NEW Clutch actuator levers now available
Ridea200,Ridea200 wrote: 06:19 pm Mar 31 2026 I literally just extended mine yesterday, along with a full length lever, deburred the perch, and lubed the cable. I think the pull is no joke, about half...
What arm length did you produce?
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Ridea200
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Re: Good news! NEW Clutch actuator levers now available
It came out to 33mm measured from center of welded area to center of rivet. 8mm extension with a slight dogleg as suggested in another post.
- billie_morini
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Re: Good news! NEW Clutch actuator levers now available
Thank you. Similar to Fredette fabrication.Ridea200 wrote: 07:42 pm Apr 01 2026 It came out to 33mm measured from center of welded area to center of rivet. 8mm extension with a slight dogleg as suggested in another post.
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Re: Good news! NEW Clutch actuator levers now available
So Jeff's appear to be approximately a 5.5mm extension versus the stock KDX clutch release arms. This sounds like an excellent length to me, & I believe around 8 mm is the maximum without creating an odd angle on the cable.
The longer the arm is on the engine side, the more lever pull you will need to get the same disengagement effect at the clutch basket. Too much extension on the modified arm would cause a very short clutch release travel distance for a very long clutch lever pull required.
This past season I finally started to get more comfortable clutching over difficult obstacles such as tall logs and large rock shelf steps, and in the quest to achieve that, I found that it was much much easier to have my clutch lever reach resting position dialed back considerably closer to the handlebar to where the release point causes unfamiliar people jumping on the bike to stall it almost immediately, because disengaging the clutch for me now with this adjustment means pulling the lever back nearly to the handgrip to have it completely disengaged. This really gives me a lot better control over it without feeling like I'm having to lose control over piloting my bike through the handlebars due to having my dominant first few fingers not on the bars but on the clutch lever feathering it.
Although I'm starting to feel the effects of middle age a lot more now with a lot of chronic wear and tear type ailments at 47 years young, I was not really looking for a lighter clutch feel at present, my only reason for doing this mod is to run 10% firmer aftermarket clutch springs to get more grab for a modified engine ridden aggressively. The drive when releasing the clutch lever is considerably improved at high RPM according to MoonStomper's accounts through his personal experiences.
The longer the arm is on the engine side, the more lever pull you will need to get the same disengagement effect at the clutch basket. Too much extension on the modified arm would cause a very short clutch release travel distance for a very long clutch lever pull required.
This past season I finally started to get more comfortable clutching over difficult obstacles such as tall logs and large rock shelf steps, and in the quest to achieve that, I found that it was much much easier to have my clutch lever reach resting position dialed back considerably closer to the handlebar to where the release point causes unfamiliar people jumping on the bike to stall it almost immediately, because disengaging the clutch for me now with this adjustment means pulling the lever back nearly to the handgrip to have it completely disengaged. This really gives me a lot better control over it without feeling like I'm having to lose control over piloting my bike through the handlebars due to having my dominant first few fingers not on the bars but on the clutch lever feathering it.
Although I'm starting to feel the effects of middle age a lot more now with a lot of chronic wear and tear type ailments at 47 years young, I was not really looking for a lighter clutch feel at present, my only reason for doing this mod is to run 10% firmer aftermarket clutch springs to get more grab for a modified engine ridden aggressively. The drive when releasing the clutch lever is considerably improved at high RPM according to MoonStomper's accounts through his personal experiences.
'97 KDX220R - purple/green! - KLX forks, Lectron, Tubliss
'97 KX125 hybrid build! - KDX220 engine, '25 KX450X suspension, titanium hardware, lots of mods purple/green!
'99 KDX220R project - '98/'01 RM125 suspension, Titanium hardware, Lectron Billetron, Tubliss
'77 Suzuki PE250 & '83 PE175 Full Floater - restomod builds
'77 Suzuki GS750-844cc, '77 GS400 & '77 GS550 big bore builds
'62 GMC 1000 Panel Truck
'88 Suzuki Samurai TDI/Toyota swap
'88 Toyota 4x4 pickup
'97 KX125 hybrid build! - KDX220 engine, '25 KX450X suspension, titanium hardware, lots of mods purple/green!
'99 KDX220R project - '98/'01 RM125 suspension, Titanium hardware, Lectron Billetron, Tubliss
'77 Suzuki PE250 & '83 PE175 Full Floater - restomod builds
'77 Suzuki GS750-844cc, '77 GS400 & '77 GS550 big bore builds
'62 GMC 1000 Panel Truck
'88 Suzuki Samurai TDI/Toyota swap
'88 Toyota 4x4 pickup

