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What is breaststroke in swimming?

Published in Swimming Styles 2 mins read

Breaststroke is a swimming style executed in a prone (face-down) position, characterized by a simultaneous, symmetrical arm movement combined with a "frog-like" leg kick. It's one of the oldest and most popular swimming styles.

Here's a breakdown of the key elements:

  • Arm Movement: The arms move in a synchronized manner, starting with a reach forward, then sweeping outwards, downwards, and inwards before recovering forward again. This creates propulsion.
  • Leg Movement (Kick): The legs are brought up towards the body with knees together, then thrust outwards and backwards in a circular motion to provide forward thrust, mimicking the movement of a frog's legs.
  • Breathing: Typically, the swimmer inhales during the arm pull-out phase, when the head naturally rises out of the water, and exhales during the glide or recovery phase.
  • Glide: A brief glide occurs after the arm pull and kick, allowing the swimmer to maintain momentum and streamlining.
  • Coordination: Proper coordination of the arm pull, leg kick, and breathing is crucial for an efficient and effective breaststroke.

Key Features of Breaststroke:

  • Simultaneous Movements: Unlike freestyle or backstroke, both arms and both legs move simultaneously.
  • Glide Phase: Breaststroke incorporates a glide phase that other strokes might not emphasize as much.
  • Symmetrical Movement: The movements on the left and right sides of the body are symmetrical.
  • More Upward Thrust: The stroke includes more upward thrust and lift than other strokes.

Common Mistakes in Breaststroke:

  • Kicking the legs too wide.
  • Pulling the arms too far back.
  • Lifting the head too high when breathing.
  • Poor timing and coordination between arm and leg movements.
  • Not gliding enough.

Mastering breaststroke requires practice and attention to proper technique. Efficient breaststroke utilizes a strong kick, powerful arm pull, and effective body position to minimize drag and maximize propulsion.

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