Yep, 64bit AMD3200+ Processor(Venice Core), 2GB Corsair RAM, dual 160gb HDD in a Raid 1 config, X600Pro PCI-E Graphics Card, Gigabyte K8NXP SLI Motherboard, 450w Raid Max power supply, a 17inch LCD CMV monitor and some other funky ness. Built it myself for less then $1650 AUD. Woah, back on topic time

Generator will do it share of leaping, no doubt with that. But Im hoping it will be minimised by putting all the force onto a fine point(The hammer tip), which should put a hole in something, rather then just bludgeon it(Beta has the big rounded hammer). Another factor that should lower the jumping around of Generator is that the hammer doesnt rotate a full 180`. The hammer only travels 120`. Im not sure if Im explain it right here, maybe a diagram later

The flywheel generates around 45Kjs by itself, Im assuming around a 25-35% energy loss during the electronic clutch activation. this will bring it back to around 30kjs. With 30Kjs making its way into the hammer, the speed the hammer starts accelerating is enough to produce another 3-5kjs from the accelerating mass of the hammer and arm. I could probably get even more if I uses a fusee drive like Beta, but meh.

The flywheel shouldnt stall because the clutch wouldnt be able to transfer all the torque at once, so it will slip a bit. Think of it as revving the guts out of your car and dropping the clutch, your clutch will slip a bit before you smoke the tires.