brokenshoelace
Grand Slam Champion
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Denisovich said:Broken_Shoelace said:huntingyou said:Irrelevant!
It's an outdoor HC that operates at the medium pace-high bounce level..........they can move the speed and the bounce within that range as much as they like but chances are the finalist will be the top 2 seeds. I actually prefer a faster court for Rafa if he is going to defeat Novak here, it would give his forehand more mileage instead of hitting 5 would be winners just to see them coming back with interest. That's why Rafa it's a better player at the UO than the AO......his forehand goes through the court easier when he is in offensive mode.
Couldn't agree more. I've argued and argued, for years now, including one recent thread with a certain poster here, about how misunderstood the whole surface thing is, especially vis-a-vis Nadal. The slower the hard court, the LESS I would give Nadal a chance against Djokovic, unless maybe it's a super high bouncing surface like Indian Wells. But yeah, watching their 2012 final, Nadal had to absolutely CRUSH his inside out forehand to be able to hit through Djokovic. He had to hit the ball huge, and even then, Novak was running them down, counter-punching, turning defense into attack, etc... things that he can't do as easily at the US Open. Most importantly, Nadal can actually gain some cheap points on serve on faster surfaces against Novak.
Of course, the flip-side is on faster court, if Novak is in the zone and playing aggressive, he'll be ending points quicker against Nadal and Rafa risks being blown out (ie the first two sets of their 2011 US Open final). But yeah, if Novak is not in full unplayable mode, I prefer Nadal's chances against him at the US Open.
The point is not about the speed of the court, but the bounce. GSM, when he wrote that Nadal was in trouble, was referring to the bounce. Low bounce = not good for Nadal.
But the point is, it's all relative. The AO will never be "low bouncing" per se. Not with this surface and these conditions. It might be "lower bouncing" than it was in previous years (which it reportedly is), but barring a complete surface change, it's not going to be low bouncing.