Starter motor candidates. I think the
middle one with max torque 7.43 Kg-Cm will be the best one. Based on the
middle motor, the left one has about half the torque, right one has about
double the torque.
Starter motor and Bendix clutch. Thanks
to my UK friend Phill for providing the Bendix clutch.
Click on the picture to see the test
run of Bendix clutch.
Motor mounted in a aluminum casing.
Starter motor will be secured to engine
by these legs.
Support for starter motor. It is laser
cut from stainless sheet, not yet been drilled and tapped.
Drilled and tapped. We then bend the
legs to correct angle.
The 4 legs of motor support have been
bended by low tech, yes what we have used were nothing but hammer and vise.
Now it has 4 jaws ready to work. Yeah, hammering process is not precise will
definitely cause wide spread tolerances, well, when into production we'll
use something different.
Motor bolted onto the intake, looks
good. Later it is checked and fine tuned for precise alignment. The strength
of the support is quite good, because for each leg it is 3mm thick.
Side view of starter motor assembled.
Compressor nut tightened. Be sure you
get a nut that doesn't wobble when the shaft is turning.
Checking the tolerance between
compressor nut and bendix clutch. Looks good.