The Hitters Power Drive teaches proper weight distribution and transfer of weight from the hitters load position with backside hip and leg drive referred to as positive move position. The training aid teaches by multisensory “CLICK” feedback with a combination of auditory sound and kinetic feel. The timing of hearing this “CLICK” trains hitters to initiate power with their back hip, leg and foot with their transfer which creates a power drive moving forward vs. spinning out, leaking, drifting or floating out front and not hearing the click at all or to late after ball contact. The metallic “CLICK” sound of the standing plate striking the ground plate allows this immediate real time feedback.
First of all, what is on base percentage? In the simplest terms, on base percentage (OBP) calculates how many times a batter reaches base excluding instances such as fielder’s choice and errors. This means, unlike with batting average, walks are calculated into the equation. Walks are an important part of baseball. The more walks you accumulate the more times you’re on base. This means added run scoring potential as well as stolen base opportunities, both of which are standard scoring categories in basic 5×5 leagues. In fantasy, we count those runs and stolen bases regardless of who that person reached base, so why should the batter get credit for how he got on base as well?
"Graham," you're probably thinking, "I know the rules of baseball. Why is this relevant?" Well, teams that are better at avoiding outs score more runs than teams that make outs frequently. This is intuitive when you think about it. For one, when a player doesn't make an out, he reaches base. At the simplest level, scoring runs is a function of reaching base and advancing runners. A player who reaches bases also hasn't used one of those precious 27 outs, thus giving batters behind him the opportunity to advance him and others around the bases. This is why sacrifice bunts do not make sense in several situations. It is rarely a good idea to attempt to use an out. We look at OBP in order to determine which hitters and teams reach base with regularity, and thus preserve a team's outs.
The only reason Carter's swinging strike rate isn't the highest in the league is that he's a relatively patient guy who sees a lot of pitches, otherwise he'd have the clean sweep. Although Chris Carter's actual career batting average is not unfathomably low at .220, it's pretty clear that his ability to make contact is the worst around. Additionally, Carter may have enjoyed more than his fair share of luck on balls in play because his career.294 BABIP seems a little steep for a guy with a batted ball profile like the one shown below:
To do this drill, you stride over the outside stick, and while completing the swing, work on getting the back foot over the back stick, really focusing on weight transfer. Note how in the pictures, she has stepped past the stick and to the tee, and in the next frame, began shifting her weight from her back leg to the ball. This drill is excellent for weight transfer and using the lower half to drive the ball.
As the hitter has recognized pitch height, they will then use the separation between their pelvis and shoulders and much like a rubber band, “snap” into a violent rotation of their body. This immediate energy creation will transfer up the body and into the arms and hands which will then allow the barrel to flail or turn around the hands and knob. Whatever the hitter’s top barrel speed is, the goal should always be to get there as soon as possible. Just like a sprinter off the blocks, gaining top speed in the shortest amount of time is crucial to facing faster pitching.
Just before the pitcher pitches the baseball, you should be standing in a perfect stance so that you can hit the ball right. A good stance includes planting your feet firmly on the ground, slightly wider than your shoulders and your weight should be balanced on the balls of your feet. Such a stance will give you the rapid swinging freedom which you need when swinging the bat at the incoming ball.
On base percentage (OBP) or on base average (OBA) is an important component in a sabermetrics styled view of offensive productivity, but it is by no means the ultimate statistic to measure a hitter’s value. Unlike AVG and SLG, OBP does take walks into account, but it gives the same weight to a home run as it does to a single or a walk. Obviously, those are events in a baseball game that don’t have the same value in terms of producing runs. Billy Beane was quoted once as saying that OBA is three times as important as SLG. Well, is it? Not from a sabermetrics view point. Sabermetrics isn’t based on money at all. Bill James and the folks that blazed the trail for the development of sabermetrics certainly know that a home run has more value than a walk. It just so happens that players that had an ability to get on base were not paid as well as some of those who racked up RBIs. Obviously, the players who do it all get paid the most.
Slugging percentage (SLG): Compared to most of the other "old" statistics, slugging is beautiful in its simplicity -- it's simply total bases divided by at-bats, and gives us a nice snapshot of a player's power. Think about it, with batting average you have to factor in fielder's choices, errors and walks and the such, while slugging is easy (although, it is a derivative of batting average, as you need at-bats instead of plate appearances). It also passes my test for a useful stat -- immediate understanding of what it means when you glance at the number. - Rosecrans
Baseball, specifically hitting, is being dramatically altered by today’s data driven, analytical beliefs. How do we achieve desirable results and not drastically change the proven swing path that dates back to Babe Ruth, Hank Aaron, and Roberto Clemente? What if I showed you similarities in the swings of Albert Pujols and Ichiro? (You would be amazed).
First compare the names on the left to the ones on the right. Notice anything? With the exception of Buster Posey, did you draft any player from the left side before any player on the right? OK there is Dexter Fowler, but there are always a few exceptions with any example. The players on the right are the superior players, Matt Carpenter included. While he didn’t live up to expectations, Carpenter did score 99 runs. The only players to score more runs from either list all come from the right side, Bautista and Trout. Denard Span was 10th in the league in scoring runs (like I said, an exception to every rule) but the next highest player from the left side is Howie Kendrick down at #30. Everyone else on the left had 81 or fewer runs scored where everyone on the right scored more than 81 times except Hanley and Fowler (who both had under 450 at bats due to injuries).
Here at Red Reporter, some of us are more interested in statistics than others, but we've all been known to use these newer metrics. Unfortunately, we don't always take the time to explain the figures. I know that I'm frequently guilty of inserting statistics without providing an adequate illustration of their meaning. In an effort to provide context to these figures and their use, we've decided to roll out a new series of posts exploring these new metrics. We will start with the simpler statistics and work our way to others from there. You won't need a statistics or mathematics degree to understand these posts, and best of all, we'll have fun. I promise.
Adjusted ERA+ Base runs Batting average on balls in play Batting park factor Catcher's ERA Defensive Runs Saved Extrapolated Runs Game score Isolated Power Range factor Runs created Runs produced Secondary average Speed Score NERD Out of zone plays made Ultimate zone rating Value over replacement player Weighted on-base average Wins Above Replacement Win probability added Win Shares
My intention here is not to criticize Leyland, nor is it to promote sabermetrics as a healthy lifestyle for all baseball fans. I’d just like to share the location of a very comfortable place that I’ve found in the world of statistics, that has a pretty good overall viewpoint and doesn’t make me dizzy when folks start speaking in saber. I’d also like to make this a place that even a casual baseball fan, one that is intimidated by "advanced metrics" can get to rather easily, without getting queazy. It’s really not a steep climb.
Fossil evidence indicates that early humans hunted and ate other animals, and this seems to suggest that our catching and throwing capabilities may well be rooted in our development as hunters and tool users. Hitting or catching a moving animal requires an ability to estimate its path in advance. These are the basic skills required for every game of catch and throw, but for our ancestors, they may have been requirements for survival.
Lanky build and weak muscles are not going to cut it if you dream of hitting home runs in a baseball game. You need to build your upper body and muscles, so the most basic thing to do is regularly bring these muscles into action, exercise and toughen them up. Try to do such exercises on a daily basis which involve your entire upper body. This will give you the requisite strength to hit a baseball farther.
Well, if you go to Fangraphs.com, go to the player stats page and you click on "Advanced" (which is code for sabermetrics), you’ll see that there are several statistical categories after each player, but they are sorted according to wOBA, by default. So, perhaps wOBA is to sabermetrics what batting average once was to statisticians of the 1950s and 60s. Probably the most important measure of a player’s offensive value.
You just need to look at some of the players hitting between .280 and .285 to see the validity in Correa's point: Boston Red Sox second baseman Dustin Pedroia, Cardinals third baseman Matt Carpenter, Cincinnati Reds third baseman Todd Frazier, San Francisco Giants right fielder Hunter Pence, Milwaukee Brewers center fielder Carlos Gomez and Baltimore Orioles center fielder Adam Jones qualify for the new .300. Every one of them was an All-Star this year.