2010 Soccer MVP: Inside-of-the-Foot … Passing

Author’s Note: This post is one in a series of posts that breaks down the 2010 Soccer MVP Tournament competition. Be sure to look at the final results to review how ‘Inside’ was crowned champion. What do you call this part of the foot? Please vote.

Personally, I am a big fan of the pass. It probably stems from having played midfield most of my life where controlling the game and distributing the ball were this position’s primary purpose. When I watch games today, I prefer seeing a nice assist rather than a nice goal.

When passes are made correctly, they look easy and effortless. They are anything but. Passing requires a player to first control a ball that is passed to him/her. Once the ball has been successfully controlled, he/she must know if and where to pass it. This requires playing with the head up (in an up position) in order to see all the players and be able to judge the speed and direction teammates are moving. Most importantly, it requires maturity, confidence, and knowledge of the game. While it is never too early to introduce and teach passing, it is a discipline that won’t become refined and polished until a player is older or has played for many years.

The passing discipline was divided into two categories: accuracy and types. For both categories, ‘Inside’ was the clear winner. ‘Types’ refers to the number of different types of passes that can be made with a surface.

Accuracy

The structure of the inside-of-the-foot is built for accurate passing. The flatter the surface, the more accurate the pass. There is a reason why a tennis racket, a ping pong paddle, and a putter are flat. Imagine trying to hit a tennis ball back over the net using a baseball bat. Or how about putting with the rounded, back end of the putter (see image to the right). In both instances, the required task would become more difficult.

Another factor which contributed to ‘Inside’ having the highest levels of accuracy is the swinging motion of the leg when the ball is passed. When striking the ball with the ankle sweet spot of the inside of the foot (larger red spot in the image to the right), the leg swing should be in a straight plane. It is very much like a golf putt. Ideally, the leg swings straight back and then swings straight through the ball. The straighter the overall swing, the more accurate passes a player will make (green arrow in the image below).

Typically, when passing the ball with the front sweet spot of the inside-of-the-foot (smaller red spot in the image above), the laces, or the outside-of-the-foot, the plane of the swing is more angled. Passes with these surfaces are similar to full iron or wood/metal shots in golf. This angled stroke plane introduces more variables to the swing and, therefore, a higher probability for inaccurate passes (red arrow in the image above).

The top-of-the-foot was the next most accurate surface. To make an accurate pass, the ball had to be struck with the foot’s sweet spot (red spot in the image to the right). Unlike with the ‘Inside’, a pass with the laces required more of an arcing back swing which took away some of the accuracy. An ‘Outside’ pass has a similar arcing swing but this surface is also striking the ball with a convex surface, making it more difficult to control a pass. Passes with the bottom-of-the-foot were accurate but the distances achieved with this surface were short. It came in last place.

Types

Being able to accurately pass a ball to a teammate in a straight line is invaluable. But being limited to only this type of pass is not ideal either. Oftentimes, a defender will stand between a passer and receiver. Except for the bottom-of-the-foot, a player can pass the ball over a defender using other surfaces of the foot. There are times, however, when this may not be possible, especially when the defender is close to the passer. This is where ‘Inside’ has a distinct advantage over the other surfaces.

When the front sweet spot on the inside-of-the-foot is used to pass a ball, it will cause the ball to curve or spin. The technique can be used to curve a pass around a defender. This makes ‘Inside’ the only surface which gives a player 2 distinct options when passing the ball. Most indirect free kicks are kicked with the inside-of-the-foot to deposit the ball precisely to the receiver’s foot or head. David ‘Bend It Like’ Beckman is world-renowned for his precision free kicks and passes.

Conclusions

The ‘passing’ discipline results were not close. In terms of passing accuracy and the different types of passes that can be made, ‘Inside’ was the easy winner.

The other disciplines evaluated in this competition were: structure, receiving, dribbling, shooting, popularity among professionals, and ease of learning.

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2010 Soccer MVP: Inside-of-the-Foot … Structure

Author’s Note: This post is one in a series of posts that breaks down the 2010 Soccer MVP Tournament competition. Be sure to look at the final results to review how ‘Inside’ was crowned champion.

The first discipline that the four main parts-of-the-feet were evaluated on was its structure. Specifically I looked at the flatness of the surface as well as the forgiveness level. The forgiveness level is how forgiving a surface is when the ball does not make contact with each surfaces’ respective sweet spots when trying to receive, pass, or shoot the ball. ‘Bottom’ was crowned the ‘Structure’ winner with ‘Inside’ coming in a close second (see table below).

Flatness

Imagine playing billiards with cushions (bumpers) that were not flat/straight. You would have little idea how the balls would ricochet off the cushions.  However, since they are straight, you will always know how a ball will behave coming off a bumper (unless the ball has spin or English on it).

The same principle carries over to soccer. The flatter the surface, the easier it is to control a soccer ball. A flat surface eliminates a lot of unpredictability in terms of how a ball will respond when it is received, passed, or shot.

With that in mind, ‘Bottom’ won the ‘Flatness’ secondary discipline, ‘Inside’ and ‘Laces’ tied for second, and ‘Outside’ came in last (for this discipline, I measured flatness of the foot with the shoe on.)

• Despite the studs/cleats, the undercarriage of a shoe is flat across the entire length of the shoe (represented by the lime green line in image ‘A’).
• The flat surface of the inside-of-the-foot extends the full length of the foot’s arch, from the ball of the foot in front to the heel in back (represented by the blue lines in images ‘A’ and ‘B’). Note that this surface is slightly concave (it is more pronounced in image ‘A’). As it turns out, a concave structure has a significant advantage in controlling a soccer ball. Concave shapes have a way of drawing a ball in for better control. Some examples of concave shapes that are very effective are the position of a football receiver’s or soccer goalie’s hands when catching or receiving a ball. The shape of a baseball glove is also concave. In my Loopball curriculum, I like to refer to the inside-of-the-foot as a glove, especially with younger players.
• The top-of-the-foot is also relatively flat. While it appears to be slightly concave (represented by the purple line in image ‘C’), the top of the bare foot is relatively flat). ‘Inside’ and Laces’ tied for second because ‘Inside’ had a slightly longer surface area but ‘Laces’ was straighter.

• The opposite is true for ‘Outside’. Its shape is more convex (as shown by the yellow lines in images ‘A’ and ‘B’). This makes controlling a ball much more difficult.

Forgiveness

Everyone has heard of hand-eye coordination. A vast majority of sports as well as simple daily activities require and develop this coordination. Soccer, on the other hand, requires good eye-foot coordination. Since this is a skill that is extremely difficult to develop and there is not much opportunity to develop this skill other than on a soccer field, there is much value when a surface has a lot natural ‘forgiveness’ built into its structure. Each foot surface has a natural sweet spot. I measured forgiveness by the additional area around the sweet spot where ball control can still be achieved with some degree of success.

In this discipline, ‘Bottom’ and ‘Inside’ tied for first. ‘Laces’ came in a respectable third and ‘Outside’ a distant fourth.

• The sweet spot for the bottom-of-the-foot is in the front-center portion of the foot (dark red spot in ‘image ‘A’). Its forgiveness area radiates out to the edges of the foot and down to the heel (red transparent area in image ‘A’).
• There is a protrusion of the talus (ankle) bone near the top of the arch (red spot in image ‘C’). That is the main sweet spot for the inside-of-the-foot (red transparent area in image ‘C’). The forgiveness area is not quite as large as the bottom area. However, ‘Inside’ has a secondary sweet in the front of the foot (smaller red spot in image ‘C’). This spot is namely used for passing or shooting the ball with a curve (like ‘Bend It Like Beckham’). By virtue of this second sweet spot, ‘Inside’ earned a tie for first place.
• ‘Laces’ has a great sweet spot (red spot in image ‘B’) but its area of forgiveness is smaller.
• The sweet spot for ‘Outside’ (red spot in image ‘D’ below) is in the front of the foot. The area of forgiveness is the smallest of all the surfaces.

Conclusion

The ‘Structure’ competition was close but ‘Bottom’ pulled out a narrow victory.

The other disciplines evaluated in this competition were: receiving, dribbling, passing, shooting, popularity among professionals, and ease of learning.