Ice Hockey Skating: How to Improve Your Crossovers for Faster Turns

Ice Hockey Skating: How to Improve Your Crossovers for Faster Turns#

Crossovers are the foundation of turning speed in hockey. A player who can execute tight, powerful crossovers can change direction faster, maintain speed through corners, and create separation from defenders that straight-line speed alone cannot provide. A player with weak crossovers loses speed in every turn — which in a game decided by fractions of seconds, is a significant disadvantage.

What Makes a Crossover Powerful#

A crossover generates speed through two mechanisms:

1. The inside edge push — the inside skate pushes off its outside edge (the edge facing the outside of the turn), generating propulsion in the direction of travel.
2. The outside skate cross — the outside skate crosses over the inside skate and lands on its inside edge, creating a platform for the next push.

The combination of these two pushes — one from each skate — generates more speed than straight-line skating because both skates are contributing propulsion simultaneously.

The Three Most Common Crossover Errors#

Error 1: Crossing over without pushing Many players perform the crossing motion but do not actually push off the inside edge. The skate crosses over but the leg does not extend. This is a "false crossover" — it looks like a crossover but generates no propulsion.

Error 2: Upright posture Players who skate upright (not bent at the knees and hips) cannot generate power from their crossovers because the leg muscles are not loaded. The skating position for crossovers should be low — knees bent to approximately 90 degrees, hips back, chest forward.

Error 3: Insufficient hip rotation The hips should rotate toward the inside of the turn during crossovers. Players who keep the hips square to the direction of travel cannot generate maximum power from the inside edge push.

The Mechanics: Step by Step#

The inside skate push:

1. The inside skate is on its outside edge (the edge facing the outside of the turn).
2. The leg extends fully, pushing off the outside edge.
3. The push direction is perpendicular to the direction of travel — this is what generates the turning force.

The outside skate cross:

1. As the inside skate pushes, the outside skate lifts and crosses over the inside skate.
2. The outside skate lands on its inside edge, ahead of and to the inside of the inside skate.
3. The outside skate becomes the new inside skate, and the cycle repeats.

The hip rotation: The hips should rotate toward the inside of the turn throughout the crossover sequence. This rotation loads the hip flexors and glutes, which are the primary power sources for the crossover push.

Drills for Improving Crossovers#

Drill 1: The Stationary Edge Drill Stand still on the ice and practice pushing off the outside edge of one skate, extending the leg fully. Focus on feeling the outside edge grip the ice. This isolates the push mechanic without the complexity of the crossing motion.

Drill 2: The Slow Crossover Circle Skate in a large circle at slow speed, focusing on the quality of each crossover. Exaggerate the knee bend, the hip rotation, and the leg extension. Gradually reduce the circle size as the technique improves.

Drill 3: The Figure-8 Drill Skate a figure-8 pattern, alternating between left-turn and right-turn crossovers. This ensures both sides are developed equally. Many players have a dominant turning direction — the figure-8 forces equal practice on both sides.

Drill 4: Video Analysis Video your crossovers from directly above (drone or elevated camera) or from the side. Check: Are the legs extending fully on each push? Is the posture low (knees bent, hips back)? Are the hips rotating toward the inside of the turn?

Key Takeaways#

• Crossovers generate speed through the inside edge push and the outside skate cross — both must be active.
• The skating posture must be low — knees bent to approximately 90 degrees, hips back.
• The hips must rotate toward the inside of the turn to maximise power.
• The inside skate pushes off its outside edge — this is the most commonly missed element.
• Practice both left-turn and right-turn crossovers equally to avoid developing a dominant side.