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I was walking my dog, pondering this indiscriminate stalling business, and I came up with the following scenario. Let's say you're either in a high speed sweeper or a tight bend, bike laid over on the chicken strip and the rpm's/speed right up there. Suddenly the engine stalls. Not fantasy- I've read it here. In a very short time, less than a second, all the weight/inertia shifts to the front wheel lightening the rear wheel considerably. Now I may be wrong but I would assume that a 12.5/1 compression engine is going to have a hard time being spun over by a lightened rear wheel, particularly when the wheel is "on the strip". So the wheel stops turning and begins to slide. Mind you now this is going on in a split second. As the wheel starts to slide it heats up the rubber (which is already pretty soft and warm) and a condition known as "reverted rubber hydroplaning" takes place. The wheel is now sliding in a film of molten rubber. This occurs frequently with airliners when the guys lay on the brakes and the anti skid is inop. Anyone wanna' guess the immediate outcome? Doubters will kindly place their bike in the above scenario and hit the kill button without grabbing the clutch. It's supposed to be a surprise. It seems to me that the stalling could be more than just a nuisance or irritant.