Originally posted by Shadow Leader@Dec 27 2007, 08:37 PM
Re-read Warbler's initial post, and then the one from Gaz's Way De Solzen, and then tell me no-one is saying he doesn't stay! It seems clear to me that both are basing that evidence at least partly on yesterday's run.
I'm afraid you're only reading the bits you want to again Dom. The cirtical bit to my hypothesis is a "
truly run" 3 miles, and again you've omitted this. I'm not sure how much clearer I could make it? I don't believe a typical Stayers Hurdle is truly run (don't confuse a fighting a finish with a true run race) they are two totally different things. The overall evidence is the time it takes to cover the entire race distance, not the final half mile. You can't run an overall fast time by sprinting a fast final half mile after going moderately for the first 2 and a half. A horse, not unlike a car engine, has a cubic capacity, which means they've got a top speed over which they can't go, and therefore can't make up the lost time without some kind of artifical assistance, like a JATO unit.
Now that being so, the next thing to conceed is that every horse has an optimum performance range. It might be best to try and visualise what I'm getting at as an X - Y axis. The X represents trip and the Y a level of performance. If you plot the performance against trip you should get something of a parabolic curve, with the apex representing their optimum performance etc After this point the level of performance detriorates, but it requires the horse to be travelling in a truly run race in order to make it like-for-like comparable, along its perfromance schedule.
Although its not strictly a direct comparison, it might help illustrate the principle of what I'm suggesting if you tried to think of it like this?
If you an I were given identical cars with the same cc and same amount of fuel in, and were then asked to drive in an uniterupted straight line at the same top speed, we should in theory run out of petrol at more or less the same time. We could therefore say that this was our maximum trip. If however you drove at 100mph (a true pace for the car) and I drove at 56mph (a false pace for the car) I would ultimately end up being able to travel further, as a result of running below what i was capable of, and thus making less demands on my energy reserves.
What I'm clearly suggesting from the first post, is that staying hurdlers, for reasons I've gone onto expand upon by way of suggestion, (poorer quality fields with few having true grade 1 credentials, despite what we assign to them?) are able to push their optimum limit (there parabolic curve) to the right along the X axis, as a result of being allowed to get away with racing at a slower pace (and one that is badly out of kilter with all other divisions i hold a record for, where the figure suggests the winners run to the par they're supposed to).
It is this that I'm suggesting has seduced Alan King into thinking his horse stays a truly run 3 miles, when in actual fact he didn't have any evidence to base this on, given that his horse had never been asked to run 3 miles at a true grade 1 pace before. Now this isn't uncommon, and most stayers can still get away with it as their performance tapers off rather than dramatically collapsing, depending on where the apex of the parabolic curve sits within the window.
What I'm saying is that MWDS's might just have been in that window. He's probably a 16 - 20F horse, who was allowed to look like a 21 - 25F by virtue of running in staying hurdles. The slow pace associated with these contests concealed his limitations by way of trip, and allowed him to push his performance curve towards the right hand of the X axis, compensating for what he lacked in true pace, by increasing his potential effective range.
When he's been asked to go the distance at a true pace for the first time though, the artifical nature of his previous performances has been exposed, as the very thing that was insulating and protecting him (a false pace) has been removed. A correction has therefore occured, and with the choke out much earlier, the performance curve has shifted to the left, and thus brought his optimum distance nearer to that of his true ability in terms of trip.
This would explain why King was bullish pre Haydock. The horse had clearly been sending him all the same signals as he had previously. The big difference this time though, is that he was going to have to run a true 3 miles for the first time, as opposed to a moderate 3 miles. The latter is within his compass according to his hurdles form and speed figures, the former, remains unknown.
Watch the race again, and that's exactly how it plays out. Note the distance under which this mid distance horse starts to lose touch.
King then compounded this mistake by seemingly blaming himself for not preparing the horse properly, and thus launched into a rigorous training regime. He doesn't seem to have countenaced the possibility that the stayers hurdle isn't always guaranteed to be sure fire evidence that a horse stays a truly run 3 miles. Under this mis-diagnosis of cause and effect he has probably been responsible for over doing MWDS ahead of the KG (imho)
Far from basing it on yesterday, (though you never said it was exclusively so) it's based on 12 years worth of stayers ratings, and a few other checks and balances I've performed for Aintree, Newbury and Wetherby just to make sure that it isn't an aspect pecuiliar to Cheltenham.
I would broaden it out, as I believe there are a couple of other useful, nay, good things, who've similarly yet to prove they can stay a Cheltenham race trip under a true or searching pace. BJK was obviosuly top of last years list, and he proved it to me. The year before that Sweet Wake and Mister Hight were similarly crying out. That's not to say such horses are destined to flop, but rather that they go into unknown territory if asked to suddenly run to a true pace at that distance. There's another two candidates this year too norty