So then had you assumed that it could simply be reinstalled randomly-attched, later ?
No, I assumed it would not be reinstalled in this engine.
I didn't realize that you were intending it for racing purposes. _ I guess that's fine for short-time race-periods.
I-myself can't justify any weight advantages in trading-off the heavy rotor for a heavy battery ! _ It dosen't make much since, especially when it's realized that a total-loss system produces weaker & weaker ign.sparks as the racing continues-onward, and a good/heathy spark could likely be of more use (towards winning a race) than any slight advantage which a ever so slightly lighter race-machine may provide !
It seems contradictory to build-up a race-motor with hot-running parts for obtaining higher performance, and then depend on a compromised ign.spark (with a total-loss system), yet then also still expect to have the engine running as a 'high-performace' machine.
The proponents of the 'total-loss' type ign.power-system can just call me 'nuts', I guess.
It's not for over-all weight reduction, it's for lower rotating mass within the engine. I've also shaved and drilled the clutch basket and several internal gears all in the name of lower rotating mass.
There are several lithium A123 batteries that will run all day long with no reduction in output and they weigh about half of the weight of an acid or gel battery.
The engine will be running a 12.5 :1 Aries piston, an expertly ported head with ti valves, a massive megacycle cam, modern coil valve springs, roller rockers and more.
All of these mods have been tested on the track for many years and have proven to work quite well. Below are photos of the bikes that are running these build specs now.
I'm still open to a better way.

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