Cagiva Mito 125 engine rebuild video pictorial ( engine timing picture )
Rebuilding the Cagiva Mito 125 engine requires precision, especially regarding the balancer shaft and crank alignment. This updated guide highlights the "hidden" steps often missed in the standard workshop manuals.
Critical Rebuild Checklist
Before closing the casings, ensure you have checked the following:
Crank Shimming: Did you remember to use the 0.5mm shim on the LH-side behind the main crank bearing? Failure to do so affects primary drive alignment.
Balancer Timing: The workshop manual (WSM) is notoriously vague on this. Use the factory build settings: align the dots on the primary gear and the balancer gear precisely to avoid heavy vibration.
Water Pump Clearance: Check the aluminum impeller clearance against the oil seal and ensure the plastic drive sprocket isn't rubbing the RH-casing wall.
Crank Alignment: Ensure the crankshaft is perfectly centered between the casings to prevent premature bearing wear.
Technical Timing & Tools
The timing tool shown in the video is becoming increasingly rare. If you cannot source the official Cagiva tool, timing can be set "by eye" using the marks on the flywheel and stator, but a dial indicator (DTI) is highly recommended for setting Top Dead Center (TDC) accurately.
Note: Always test and bleed the oil pump after a rebuild. Running a fresh engine without confirmed oil flow is the quickest way back to a strip-down!
Here is main video below
-Crank alignment between casings. also did you remember to use the 0,5mm shim on LH-side behind Crank main bearing
-water pump aluminium propeller clearance into oil seal
-water pump plastic drive sprocket clearance into RH-crank casing wall
-did you check all 3 Balancer twin sprocket damper springs
-did you make correct balancer timing, noticing wrong info on w.s.m , and using factory build setting.





From where I can get this tool to set up timing?
ReplyDeletevery hard to find these days.
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