Agility Ladder — Single Leg Hop: A Complete Guide

Quick Intro

Agility Ladder — Single Leg Hop is a one-leg hopping drill performed by hopping through an agility ladder on a single leg, landing in each rung before hopping to the next one, completing the entire ladder on one leg before switching to the other. It’s dosed by passes through the ladder, one leg at a time, and is the ladder pattern that keeps all the work on one leg.

Equipment Needed

Agility Ladder — Single Leg Hop needs one Agility Ladder, laid flat on the ground, the only equipment this drill requires.

Why Agility Ladder — Single Leg Hop Matters

Hopping on a single leg asks the calf (gastrocnemius) and deeper calf muscle (soleus) to absorb the full landing force alone, without a second leg to share the load the way every two-footed ladder pattern allows. The front of the thigh (quadriceps, rectus femoris), glutes (gluteus maximus) and back of the thigh (hamstrings, biceps femoris) drive each hop and control the landing. The hip flexors (iliopsoas) lift the leg into the next rung, and the outer hip (gluteus medius) and inner thigh (adductors) work hard to stabilize a pelvis with no second leg down to help. The shin (tibialis anterior) keeps the foot clear on the way into each rung.

Agility is the main demand of the hop, driven by the precision a single supporting leg demands on every landing.

When to Do It

This drill fits well once the bilateral ladder patterns already feel comfortable, since balancing on one leg through repeated hops is a harder skill than the two-footed patterns. It works well as a dedicated single-leg conditioning piece, given how directly it carries over into any sport that demands stability on one leg at speed.

Anyone with a current ankle, knee or hip issue should approach this carefully, more so than with the two-footed patterns, since a single leg has to absorb the full landing force on every hop with no second leg to share it.

Getting Ready

A few minutes of easy jogging raises blood flow to the legs before single-leg hopping begins. A handful of slow, controlled single-leg hops in place, focused purely on a soft landing with a slightly bent knee, previews the landing mechanics before the ladder is added.

Step-by-Step Instructions

1. The setup. Stand at one end of the ladder on the hopping leg, the other leg lifted, facing down the ladder’s length.

2. The first hop. Hop into the first rung, landing softly on the ball of the foot with a slightly bent knee.

3. The continuation. Hop from rung to rung down the full length of the ladder, staying on the same leg the entire way.

4. The switch. Rest briefly, then repeat the full pass hopping on the other leg.

How Many, How Often

Agility Ladder — Single Leg Hop is dosed by full passes through the ladder, completed once per leg, with soft, controlled landings taking priority over pace at every level.

Landing softly with a slightly bent knee on every single hop matters more here than how fast the ladder gets covered, since a stiff, flat landing on one leg carries an injury risk that a bilateral pattern simply doesn’t.

Modifications and Variations

Agility Ladder — Single Leg Hop has two variations, one slower and one faster.

For an easier entry point, Single Leg Hop — Slow Each Box keeps the identical single-leg hopping pattern at a deliberately reduced pace, a reasonable place to build landing control before adding speed.

For more difficulty, Single Leg Hop — Maximum Speed keeps the same single-leg pattern but pushes the pace as fast as a soft, controlled landing allows.

Progression path: landing control gets built slow first, since a stiff landing at speed is risky on one leg; this standard pace then proves that same control out under a normal tempo, with the maximum-speed version as the final test of whether it survives full pace.

Common Mistakes to Avoid

Landing stiff-legged instead of with a soft, bent knee. A stiff landing sends impact force straight up through the knee and hip with no leg to share the load, raising injury risk on a pattern that’s already more demanding than the two-footed drills. Keeping the knee softly bent on every single landing is the one non-negotiable part of this drill.

Training one leg far more than the other. Favoring the stronger leg because the weaker one feels unstable leaves a lasting imbalance unaddressed. Completing an equal number of passes on both legs, even when one clearly feels harder, is what closes that gap.

Letting the hips drop or rotate on each landing. An unstable landing where the hip on the hopping side sags or twists undercuts the single-leg control this drill is specifically built to train. Keeping the hips level and square through every hop, even at the cost of a slower pace, protects the training effect.

After Your Set

The calves and outer hip take on a concentrated load through a full set of single-leg hops, so a couple of minutes of easy movement is a reasonable way to transition into stretching. A standing calf stretch, one heel pressed back against the floor with the front knee bent, releases the calf (gastrocnemius) and deeper calf muscle (soleus) that absorbed every landing alone. A standing side-on hip stretch, crossing one leg behind the other and leaning the hips toward the wall, opens the outer hip (gluteus medius) that stabilized the pelvis through the entire pass.

Going Deeper

This drill fills a gap the two-footed patterns can’t, since sharing landing force between two legs never tests whether either leg can stabilize on its own. It pairs well with single-leg balance work done elsewhere in a session, given how directly the control built here carries over into that kind of training.

Progress here tends to stall on the weaker leg specifically, not on the pattern overall: an athlete can hop the full ladder cleanly on the stronger leg and lose control on the other. Spending extra time on the weaker leg, rather than simply alternating legs evenly pass after pass, tends to close that gap faster.

Someone new to this drill generally needs several sessions to find soft, controlled landings on both legs, and continues adding pace over the following few weeks as that control becomes reliable.

How to Know You’re Improving

1. Every landing stays soft, with a consistently bent knee and no stiff-legged contacts
2. The hips stay level and square through every hop, without dropping or rotating
3. Both legs complete a full pass with comparably clean control, not just the stronger one
4. The same soft landing quality holds up as pace increases toward the maximum-speed version

Soft, controlled landings on both legs, not how fast either pass gets covered, is what marks progress here.

Muscles Worked

• Gastrocnemius (a calf muscle, producing every hop from a single ankle)
• Rectus Femoris (a front thigh muscle that crosses both the hip and knee, absorbing the whole body weight on one knee at each landing)
• Gluteus Maximus (the largest glute muscle, extending the one working hip to launch the next hop)
• Biceps Femoris (a muscle at the back of the thigh, controlling the hip as it folds on landing)
• Iliopsoas (the deep hip flexor, holding the free leg up out of the way for the whole pass)
• Soleus (a deeper calf muscle beneath the gastrocnemius, taking repeated impact with no second leg to share it)
• Gluteus Medius (a smaller glute muscle at the side of the hip, stopping the pelvis dropping on the unsupported side)
• Tibialis Anterior (a muscle along the front of the shin, setting the ankle before each one-footed landing)
• Adductors (the inner thigh muscles, holding the hopping leg under the body line)

FAQ

What makes this drill unilateral? Most ladder patterns move both legs together or alternate them within the same pass, while this drill asks one leg to complete the entire ladder alone before switching (see Quick Intro above).

Why do balance, coordination and speed all matter more here than in the two-footed patterns? A single leg has to stabilize, sequence and propel the entire hop on its own, work that two legs normally share, which is why all three matter more compared with a two-footed pattern like Agility Ladder — Two Feet In Each Box (see Why It Matters above).

Should both legs be equally good at this drill, or is some difference normal? A modest gap between legs is common and expected, but a large one is worth deliberately training down rather than accepting, since a strength or stability asymmetry between legs tends to show up under exactly this kind of single-leg demand.

Is it normal to need a short rest between the two legs? Yes, a brief rest between the two passes is a reasonable way to keep the second leg’s landing quality as good as the first’s.

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Part of the agility ladder family, alongside Agility Ladder — Ali Shuffle, Agility Ladder — Ickey Shuffle, Agility Ladder — In-In-Out-Out, Agility Ladder — Scissors and Agility Ladder — T-Step / Crossover.