Sabremetrics and Moneyball have worked in baseball, but would the same work in hockey?
To me the sports are just too different to allow statistical data to overtake live scouting. Willis mentioned Sabremetrics as a key to the success of the Red Sox, and while I agree it had something to do with their success, I think JW missed an obvious statistical equation with Epstein and the Red Sox: money.
Look at their salaries compared to other teams. To say it was Sabremetrics that won them the World Series, without at least mentioning their gross salary advantage is a bit misleading.
Moneyball makes a much better argument because Oakland made the playoffs four out of the last nine years with a payroll that was always in the bottom ten of team salaries, and three of those years in the bottom five. They had half and sometimes 1/3 of the salary of the Yanks and Red Sox.
Billy Beane’s theory worked to get them to the playoffs, but only once did they win a series. Epstein made the playoffs but the Red Sox were always in the top five in salary, so I think their success is based as much, if not more, on money as Sabermetrics. If anything, the Red Sox championships prove why baseball needs a true salary cap. Sure, the Rays — after years of being the laughingstock of the league — made the playoffs last year, but how long before they lose all of their young players to free agency? It’s a joke when you have the Yanks at $209 million, which is $70 million more than any other team, and almost FIVE times more than the Rays $43 million. I think Moneyball and Sabermetrics was more a product of survival than anything else.
The other reason why stats work better in baseball is that every play starts the exact same way. The pitcher pitches, and the batter tries to hit it. Sure there are lefties and righties to take into the equation, but the play always starts in the exact same spot.
That is not the case in hockey, nor will it ever be. Players have to react much more quickly in many different areas of the game. That doesn’t mean stats aren’t valuable in hockey, and are becoming more common, but the variables in hockey differ from play-to-play and situation-to-situation much more than they do in baseball.
Baseball junkies don’t pipe up and say that hitting a fastball or change up is harder, because I agree it is super tough, but that is more of a twitch muscle reaction and great hand eye coordination. The game of baseball is not as fast, thus split second decisions in hockey happen more frequently. An average hockey player has to make 500-600 decision a game, (based on 13 minutes of icetime), and most of them have to made instantly.
In baseball it’s different, thus the stats can better show the attributes of a player. In hockey, for the same type of stats to work, you would have to break every play down, with every variable. Teams forecheck differently, sometimes a D-man makes a pass with no pressure, while other times he is pressured by the opposition. Are some D-men better at passing across their body, or straight up the ice?
Face-off stats for example could be more accurate if you had: taken on forehand v. backhand… and whether the opponent was on his forehand or backhand. Most guys are naturally better drawing it back on their backhand. I’m sure those stats are coming, but in a game that relies a lot on pure instincts and split second decisions, I think it’s harder to find accurate statistical data that will back up whether a player is contributing to his team.
In baseball, a great defensive infielder has amazing reaction time, and the error stat backs it up. In hockey, I don’t see giveaways as an accurate enough stat, especially because guys who handle the puck more often will obviously have more giveaways. Hemsky has led the Oilers in giveaways for many years, but no one thinks he can’t handle the puck.
Also in Sabremetrics, they feel that drafting a college ball player has a much higher rate of success than drafting a high school player. We will need to see at least a 15-20 year study to see if this is indeed true. That doesn’t seem to be the case in hockey. Almost all of the top young players have come from Major Junior or the European leagues the last ten years, and beyond. Crosby, Kane, Oveckin, Phaneuf, Getzlaf, Carter, Richards, Malkin to name a few.
Currently in the top 30 scorers the only two to play college were Zack Parise, and he left after two seasons and Todd White (**Side note — Todd White top 30 in scoring: I’d love the statistical breakdown on how that is possible. Todd freaking White! Nothing explains why he’s there
But I digress. I’m never one to automatically shun something just because it is different, and I think that some statistical analysis can show sides of a hockey player we never looked at before, but at the same time I think too much of it could make the game robotic.
The best part about hockey is the raw emotion and excitement. The end-to-end rush, a tic-tac-toe goal, a bone-crushing hit, the elation of the crowd, the willingness of a player to try and block a Souray or Chara shot (I’ll take Souray in an upset in the hardest shot later today — 105 for Souray, 104 Chara), a spirited scrap and most of all the mistakes that lead to odd-man rushes or even better goals.
The speed of the game is increasing all of the time, thus the players have to react even quicker, and that will lead to great plays, but also mistakes which the game needs.
I appreciate baseball for the nuances it has, but I also realize it is a much slower game and for me personally not nearly as exciting. Hockey is too fast to break it down in the same fashion as baseball, and that is what makes it great.
Of course hockey could use an upgrade in certain statistical areas, but to breakdown every aspect of the game would be too difficult and I can’t see how the data would be accurate. The guys making the grades are just as likely to make mistakes as the players on the ice. Like I said, I can see areas that it could help, but until they come up with stats for heart, determination, a willingness to compete and battle I just can’t see how a contact sport can rely on statistical data as much as a non-contact sport like baseball.