Why doesn't figure skating have flips and other maneuvers because they're too dangerous?

Figure skating as standard in many technical disciplines does not allow flips in official figure skating competitions. The reason is simple. If an athlete accidentally falls to the ground, he can easily injure his brain. The hard material of the ice rink is too harmful to the human body, so it is not allowed.

However, such maneuvers are allowed in skating performances. Furthermore, at the 1998 Winter Olympics in Nagano, black French athletes improvised this maneuver in their free skating. I was shocked to see it at the time. Bourgault, official competitions prohibit such a dangerous maneuver, which would be a bonus point, just like a fall. There are also some prohibited maneuvers, such as lifting the male partner to spin for no more than three and a half weeks, joint spins can't be done hand in hand, the male partner can't grab the female partner's hand, leaving the female partner spinning in the air, and so on. It's actually quite simple. Because the power of skating comes from the feet, it is necessary to push forward. Like speed skating, this movement is neither suitable for the characteristics of figure skating blades nor for analyzing them from the point of view of artistic aesthetics. It also expends a great deal of physical energy due to the increased frictional resistance and the ability to slide backwards. This problem is solved to some extent. In addition, figure skating competitions have six jumps. With the exception of Axel's unique jump, which is a forward jump, the other five jumps are backward with the blade. This requires most jumpers to slide backwards as they enter the jump. The "run" is used during the overdrive phase over 12 meters, and during the sprint phase of the wheelie. During the "run", the legs return to the front knee while supporting the leg. The outreach is complete. During the "run", the less sliding the better, and under ideal conditions, the supporting foot will not slide in the direction of the tool holder. "Running allows us to start quickly and reach top speed. However, running does not further increase our speed and it is not reasonable to maintain peak speed, which defeats the purpose of sliding.