<div class='quotetop'>QUOTE (mylexicon @ Jan 11 2009, 10:09 PM)
<{POST_SNAPBACK}><div class='quotemain'>1.
Babel, you seem to think I'm advocating opening the series so that more manufacturers have a chance to win. I'm not, I'm fully aware that Yamaha, Honda, Ducati, and Suzuki will always have an advantage based upon the decades they have invested in the sport.
No I'm not. Even if i'm pretty sure you have done so before.
<div class='quotetop'>QUOTE <div class='quotemain'>My view is optimistic because it embraces the pessimism of the scenario. Only 1 manufacturer can win, only 1 rider can win. At the end of each season, the grid is going to be full of losers.
MotoGP NEEDS TO REDUCE THE COST OF LOSING SO THAT LOSING ON TRACK DOESN'T ALSO MEAN LOSING ON THE COMPANY FINANCIALS. Furthermore, it needs to give participants incentives to keep participating. If companies are going to hang around and lose, they need to be developing marketable technologies that they can sell to benefit their consumers.
Pneumatics: not marketable. GPS-TC: not marketable. Low reciprocating mass: not marketable. 5% better fuel economy @ 16000 rpm: not marketable. Lean angle sensors: not marketable. Decreased drag coefficient: not marketable.
I agree in most of that allthough lan angle sensors has been around for "ages" and of cource low reciprocating mass is marketable.
But more important, most of them will still be present in your formula, except the GPC-TC but as I'm sure you know, I would welcome the day when TC is heavily limited.
<div class='quotetop'>QUOTE <div class='quotemain'>Yet you have to have all of those technologies to be competitive.
Nobody cares how much the winner spends, the only thing that matters is the cost of losing and what you develop while you lose.
2. The speeds all over the track have allegedly been controlled with the control tire. Why do we have a control tire? Because the governing body was trying to clip 15mph off of the bikes top speeds by controlling fuel, displacement, and min weight when they could have simply written a top speed rule. It was an abysmal legislative failure that lead to expensive improvements in tire technology and electronics aids.
Nobody belives the control tires does much more than slowing down the development and speed increase. It doesn't decrease speeds as we allready have seen. But they do reduce cost.
I disagree, the tire development was more of a continuation of the 990 tires than all fresh design and would have been just as expensive with the 990 and same with electronics, they just wouldn't influence the races as much with the 990.
<div class='quotetop'>QUOTE <div class='quotemain'>The goal was always to reduce top speed, but the measures taken have failed.
Was it? Maybe when over simplifying for stupid jurnos but I know severeal persons raising the issue of much higher speed every where else.
<div class='quotetop'>QUOTE <div class='quotemain'>Now teams are dropping out, costs are rising, the racing is bad, and we have a control tire. The ideas you advocate were tried. They failed miserably.
I have no idea about what ideas you are talking about. So far I've just pointed out that there is no such thing as a free lunch. More options doesn't create less cost it create higher cost.
<div class='quotetop'>QUOTE <div class='quotemain'>3. How is unlimited displacement going to lead to increasing costs? What is it that you and Tom don't understand about diminishing marginal returns of power? In the 990 days 230 was about all the power you could use. When they increased the weight and reduced fuel, tire technology adjusted. I'd be willing to say that bikes can effectively use upwards of 250hp now. So manufacturers are trying to squeeze 250 hp out of 21 liters of fuel and 800cc. That's a bit expensive, imo.
Sure, nobody would aim for 250hp with the 990, they would all say "no 230 is enough. Stop engine development and stop tire development" Jeeeez, how Naiv is it POSSIBLE to be?
Besides: TOP END POWER is NOT the issue regarding safety. Raising the capasity would accelerate the speed elsewhere and that is highly unwanted.
<div class='quotetop'>QUOTE <div class='quotemain'>How much does it cost to squeeze 250hp out of 1000cc with forced induction and unlimited fuel? How much does it cost to buy a GSX-R1000 engine and slap a turbo on it? $10,000 maybe. It would cost more than that in GP because all parts are prototype, but I think you get the idea.
But what's the point? First of all a turbo charged race engine is many hundreds of millions of $ away. You are dreaming if you think it would become less costly. When ever a successful configuration arrive everyone will be copying and improving on that configuration. That would mean starting over again and again to huge costs instead of everyone improving one fixed configuration. Huge difference in cost.
<div class='quotetop'>QUOTE <div class='quotemain'>4. More displacement doesn't lead to performance problems. Heavier engines are only troublesome if all of the engines are roughly the same. Engines with heavy internals can't rev as freely and they don't turn in well. Unlimited displacement means power isn't controlled by revs. So if piston velocities are lower, it doesn't necessarily mean the bike would have handling problems. Furthermore, the 9990s weighed 145kg, the 800s weigh 148. What does that tell you? Teams are adding ballast. If teams are adding ballast to make 148kg it wouldn't really matter whether the 3 kg is ballast or heavier engine internals (assuming the larger pistoned bike was running lower revs).
A completly academic discussion and it would all be about how much more displacment, how much more weight, how much less rpm. 990's clearly had high enough rpm to be heavily influenced, but more importantly, rpm produce power and there is allways a race for more power. If not at the top they will chase it at the mid range. Do you think WRC engines are cheap? With a 2000cc turbocherged engine they produce only 300hp. That must be engines you get for $2.50 at wall mart right?
They cost of todays racing is not a result of rule changes or the current formula, it's costly because the money was there to be invested in MotoGP. The economy had no limits and the factories had good sales and to win was high prestige. Now the race is on to survive the crisis that put motoGP in second hand.
Reducing cost? Try to introduce lots of new cost limiting rules: No TC, no carbon brakes, Maximum HP, long life engines, less testing.
When we've been there it's no going back, except by force.
I'm not saying I want it, just that it's probably the only way to reduce cost.