<div class='quotetop'>QUOTE (J4rn0 @ Dec 13 2008, 11:15 PM)
<{POST_SNAPBACK}><div class='quotemain'>Well, well, well...
This new cadet class looks like the
biggest mistake in motorcycling GP formulas ever made, to me. To have engines derived from stock (and this is what they are aiming at, with such specs) is simply ridiculous in GP.
These bikes will never handle like real GP bikes. Their weight distribution, constrained by the heavy stock-derived engines, will make them behave like handicapped superbikes. A shame.
Today's 250 are real, exacting, lean and mean GP machines. They are the
real school. New generations of riders grown on these new 600cc contraptions will hardly develop their skills to the levels of the present generation. Lorenzo, Pedrosa, Kallio, Simoncelli, Bautista, Stoner are going to dominate MotoGP until they decide to retire.
The real solution would be to make all classes use the same basic cylinder-head unit, as it happened in the times of 2-strokers with the 1-cylinder 125, 2-cyl. 250, 4-cyl. 500. The 125cc cylinder-head unit was the foundation of all three classes. There was intrinsic economy in such a scheme.
To replicate that, with a 4-cylinders 800cc the cadet class should be 400cc twin-cyl, and the entry level class a single cyl. 200cc. No stupid restrictions on valve control or materials. This way, all manufacturers competing in MotoGP could
easily develop twin-cyl. 400cc's and 200cc singles. Such engine kits could be fitted in the existing 250 and 125 frames, even... They could have sold 400cc and 200cc engine kits to private teams, in such a scenario...!
It would be easy, natural... apparently too simple and too good to be true. They have decided, instead, to give us this 'tuned-Hornet' class to replace 250cc.
BAH!
Nice idea man but it would be unbelievably expensive compared to the proposed system, and would shut out anything but factory teams from notable success. The opposite of what they are trying to do.
Also, as far as i have read the rules don't state than an engine has to be production based. Do you know if hypothetically an engineering firm could design an engine specifically for the class if they wanted?