Special sports skill content requirements mainly include

Special sports skill content requirements mainly include three core dimensions: precise controllability of basic movement patterns, technical adaptation capabilities in special scenarios, and movement stability in high-pressure performance scenarios. This is currently the most recognized classification framework among sports training academic circles and front-line coaching groups. Of course, different projects and different training schools will adjust their focus according to actual needs, and there is no absolute standard answer.

When I led youth training with a retired badminton coach from the provincial team two years ago, I saw with my own eyes the quarrel between the two training ideas. One group is the "Basics Strictly Fighting School". They start by figuring out the swing angle and hip rotation for high and long shots. They even have to stop and correct the position of their feet if they are even one centimeter off. They feel that the movement frame is crooked. The more they practice later, the further they will go wrong. ； The other group is the "practical first" group, which believes that children should be allowed to play half-court confrontations first, and then adjust their movements later when they encounter problems such as not being able to catch the ball or losing strength. After all, "actions that can score are useful actions." Who do you think is wrong? In fact, both are reasonable, but the former puts the accuracy of basic movements first, while the latter first understands the adaptation needs of special scenes and then works backwards in the direction of movement adjustments.

The first misunderstanding that many people have about special skills is that they equate "basic movement standards" with "practiced to the point." For example, if you are practicing a three-step layup in basketball, no matter how standard your steps, jumps, and wrist movements are when practicing against an empty basket, if someone blocks your step or reaches out to block a shot during a game, it will deform. In essence, the "controllability" of the basic movements has not been fully practiced. The basic action patterns discussed in exercise physiology are never rigid standard postures, but an action framework that conforms to the human body's force generation logic and minimizes the risk of injury. To put it bluntly, even if you are hit and glance at the defender to the side, your muscle memory can bring the action framework back on track. There will be no high-risk actions such as twisting your knees to the ground or twisting your wrists to exert force.

As for the adaptability to special scenes, here is the most intuitive example: it is also running. The requirements for marathon running and 100-meter sprint are completely different. Marathon requires a moderate stride, light footing, and minimizing energy consumption in each step. If you try to run the whole marathon with the soles of your feet on the ground and a wide arm swing for 100 meters, your calves will be useless in less than ten kilometers. I used to help a friend who was a cross-country runner adjust his downhill technique. He had been practicing road running for three years, and he always fell with his heels first. But he always fell when he went downhill on gravel roads. In fact, he did not make special adaptations. Downhill cross-country running requires the center of gravity to be pressed forward and the outside of the forefoot to touch the ground first to relieve force. This is exactly the opposite of the requirements of road running. The more road running, the deeper the muscle memory, and the harder the fall when cross-country. In the past, when I saw hurdlers on the track and field team training for strength, the barbell squatting required the angle of the knees to be exactly the same as the angle of the legs when hurdling. This was to directly connect the results of strength training to special movements, and there would be no embarrassment of "having squatted with heavy weights, but the hurdles were boring."

Finally, let’s talk about the stability of movements in high-pressure scenes. This is actually the most obvious difference between amateurs and professional athletes. You usually hit seven out of ten three-pointers, but with three seconds left in the game, the whole audience is staring at you, the defender is in the face, and you can still hit it with just a raise of your hand, then you can truly pass the test with your special skills. There are even greater differences in training styles in this area. Some teams like to engage in "extreme interference training." For example, during training, loud noises are played nearby, players are deliberately blown the wrong whistle, and volunteers are hired as spectators to boo. This is to train athletes' anti-interference ability into their bones. The Warriors of the NBA often do this before games. ； Other projects focus more on psychological construction, such as the national team's shooting team. The time spent practicing mindful breathing and concentration control is no less than the time spent touching the gun. After all, even the vibration of the heartbeat will affect the crosshairs during shooting competitions. A stable mentality is more important than anything else. Both methods have produced world champions. To put it bluntly, it depends on the characteristics of the project.

It's interesting to say that I met a tennis enthusiast before who practiced his forehand for half a year with instructional videos. The slow-motion shot showed that his posture was almost exactly the same as Federer's. When he actually played in a match, he couldn't even hit the opponent's outside corner shot - he had never practiced a moving forehand, all of which were stationary swings. It was equivalent to only practicing the most basic movement framework. He had neither adapted to the scene nor practiced stability under confrontation. No matter how beautiful the movements were, it was useless.

In fact, to put it bluntly, there is nothing mysterious about these requirements. They are essentially "the things you practice must be able to be used in the scenes you want to play." Amateurs may be able to play happily after practicing scene adaptation, but professional athletes need to improve the stability under high pressure to the millisecond or millimeter level. There is no need to adhere to any unified standards and just match their own training goals.