Why some spins travel instead of spinning: the three basic positions, the physics behind them and how to actually stay centered.
Know that feeling: your spin starts clean on the spot — then drifts halfway across the rink? The honest answer for why that happens: your spin doesn't rotate around its own axis, it rotates around your center of mass. If that center isn't exactly over the rotation point, the spin "travels" — a technical error, not bad luck.
There are three basic positions almost every spin is built from. The upright spin is any position with an extended skating leg that isn't a camel or sit position. The sit spin requires your seat to sit no higher than the knee of the skating leg. The camel spin holds the free leg extended backward, knee above hip height.
And the physics behind it is exactly the same as with a jump: pull your arms and legs tight to your body as you enter the spin, and your angular momentum stays the same — it just concentrates onto a smaller radius, which becomes more rotational speed. That's exactly why every spin speeds up the moment you draw your arms in, without you adding any extra "power."
Upright, sit and camel are the base from which every further variation (change-foot spin, combination spin) grows. Practice each position individually and slowly before combining them.
The entry usually comes from a backward-outside or forward-outside edge. The quality of that entry decides how "round" the spin starts — a shaky entry edge carries straight through into the first rotations.
Centering means: your center of mass stays exactly over the point you're rotating around. Shift even slightly sideways during a position change and a wobble appears — and that wobble becomes the "traveling" across the ice.
Pull arms and legs in tight to the body only after a secure entry, not already during the edge. The tighter and more compact the position, the faster the rotation — the same principle that generates speed in a jump too.
A spin ends on a controlled edge, not an abrupt stop. Train the exit as its own step — it decides whether the next movement connects cleanly or you have to find your balance again first.
Spins that travel aren't just technically unclean — they're also a collision risk, since you move uncontrolled across the ice instead of staying on the spot. Practice new positions first in a quiet corner with enough space.
Pay special attention to the skating-leg knee: it should stay slightly bent and stable throughout the rotation, not locked straight or buckling in. If you feel dizzy, stop the drill and skate calmly on instead of forcing the rotation.
Practice centering without any rotation first: stand quietly on one foot, slowly shift between the different positions and feel where your balance tips. That "standing knowledge" transfers almost directly to the spinning version afterward.
A trick from training: have someone film you from above, say from the stands. From a bird's-eye view you instantly see whether your spin really stays on the spot or travels across the ice — from the side that's often hard to judge.
Usually because your center of mass doesn't stay exactly over the rotation point while spinning. Even a small sideways shift during a position change is enough to send the spin traveling across the ice.
Upright (extended skating leg, not camel or sit position), sit (seat no higher than the skating-leg knee) and camel (free leg extended backward, knee above hip height). Almost every other spin type grows out of these three basic forms.
Because your angular momentum stays the same as you pull in, but concentrates onto a smaller radius — the result is automatically higher rotational speed. You're not adding extra power, you're just changing the distribution.
Best start with no rotation at all: stand on one foot, slowly shift between the positions and feel when your balance tips. That sense of your own center of mass is the foundation you later carry into the spinning version.
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