Figure Skating
Move · High-Intensity · Movement, Typed Supps
Ice gives back almost no friction, so a landing that a runner would spread across a whole foot arrives through one thin steel edge.
Stage by stage
- Take-off (Angular momentum is fixed): Everything is decided on the ice — once airborne, angular momentum is conserved and cannot be added to.
- In the air (Limbs pulled to the axis): Rotation rate rises only by drawing arms and free leg inward, reducing moment of inertia within a fraction of a second.
- On landing (One edge, no compliance): Five to eight times body weight arrives through a single blade edge with no surface give, absorbed eccentrically by one leg.
- Over months (Asymmetric cumulative loading): Landing on the same limb repeatedly makes stress fractures, and growth-plate stress in young skaters, the characteristic injuries.
Muscles trained
- Primary: quads, glutes, adductors
- Secondary: abs, calves, heart, lungs
Intensity
7 METs (Skating, ice, general (Taylor Code 360)).
Time to effect
- Weeks: Basic edge control, stroking power, and the balance needed to hold a spin without traveling improve within the first few weeks on the ice.
- Months: The explosive hip and knee strength to rotate and land multi-revolution jumps cleanly, along with the core stability that keeps a program looking controlled at speed, build over months of dedicated training.
Related supplements
Common myth
Figure skating is mostly about grace and artistry, not real athleticism. In reality: Elite skaters generate jump heights and rotational speeds comparable to gymnastics, land forces of five to eight times body weight through one leg, and train aerobic and anaerobic conditioning alongside strength and flexibility work to survive a four-minute program.
More in High-Intensity
In the glossary
Sources