Ladder Slalom Jump

Quick Information

Category
Agility & Footwork
Difficulty
Intermediate
Equipment
Agility Ladder
Primary muscle group
Gastrocnemius, Soleus, Tibialis Anterior
Secondary muscle groups
Quadriceps, Hip Flexors, Gluteals
Movement pattern
Lateral Jump Pattern
Training goal
Plyometrics
Sport
Football, Soccer, Basketball, Boxing, Tennis, General Athletic Development

Overview

Purpose. Train diagonal jumping and landing control, which is the mechanical basis of lateral cutting.

How it fits the system. A frontal-plane plyometric pattern in the Agility & Footwork section. Related work in the library: Ladder Hopscotch and Lateral Bound.

Primary muscles

Gastrocnemius, Soleus, Tibialis Anterior

Secondary muscles

Quadriceps, Hip Flexors, Gluteals

Movement pattern

Lateral Jump Pattern

Equipment

Agility Ladder

Difficulty

Intermediate

How to Perform

  1. Stand at the side of the first square with both feet together.
  2. Jump diagonally forward to land inside the next square on the opposite side.
  3. Continue zig-zagging along the ladder with both feet landing together.
  4. Keep the shoulders square to the front throughout.

Coaching Cues

  • “Land with the knee over the middle of the foot.”
  • “Push off diagonally, not vertically.”
  • “Shoulders stay pointing forward.”

Common Mistakes

  • Letting the knees fall inwards on landing, which is the mechanism to avoid in cutting.
  • Rotating the trunk to face each landing.

Progressions & Regressions

Progressions
Increase tempo, then single-leg, then add a resisted band.
Regressions
Step the pattern rather than jumping it.

When to Use It

When to use
Warm-ups, foot-speed and coordination blocks, and low-load days between heavy sessions.
When not to use
Acute lower-limb injury, or when the pattern cannot be completed without stumbling.
Programming
4–6 passes per pattern, 2–4 patterns per session, full recovery between passes.

Popular

Popular Articles

3.8 Jump Training and Vertical Power — FitXplor article cover
1.1 Introduction to Athletic Performance — FitXplor article cover
2.2 Maximum Strength Development — FitXplor article cover