Single Leg Hop — Maximum Speed: A Complete Guide

Quick Intro

Single Leg Hop — Maximum Speed is a fast hopping drill performed by hopping through the Agility Ladder — Single Leg Hop pattern on one leg at the fastest achievable tempo, one rung to the next as quickly as the ankle can reset. It’s dosed by full passes per leg and is the pattern’s final test of whether single-leg control survives top speed.

Equipment Needed

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

Why Single Leg Hop — Maximum Speed Matters

At top tempo, the calf (gastrocnemius) and deeper calf muscle (soleus) shift from absorbing each landing deeply to acting almost like a spring, storing and releasing force through the ankle in a fraction of a second rather than sinking into a soft, controlled bend. The front of the thigh (quadriceps, rectus femoris), glutes (gluteus maximus) and back of the thigh (hamstrings, biceps femoris) still drive each hop and control the landing, but now under speed pressure. The hip flexors (iliopsoas) lift the leg into the next rung faster than the standard pace demands, and the outer hip (gluteus medius) and inner thigh (adductors) work even harder to keep the pelvis level with less time to correct any wobble. The shin (tibialis anterior) keeps the foot clear on the way into each faster rung. Agility is the main demand here, with speed, coordination and balance close behind, and the precision a single leg needs is now compressed into far less time per landing.

When to Do It

This drill fits best once the standard Agility Ladder — Single Leg Hop pattern already produces consistently soft, controlled landings on both legs, since adding speed before that control exists turns a manageable risk into a serious one. It also works well as a late-session power piece for anyone training single-leg reactive strength directly, given how closely a stiff-spring landing here mirrors that quality.

Anyone with a current ankle, knee or hip issue should be especially cautious with this version, more so than the standard pace, since a spring-like landing at speed gives the joint even less time to absorb an imperfect landing than a slower, deeper one does.

Getting Ready

A few minutes of easy jogging followed by a handful of light single-leg hops in place, focused purely on a quick, springy ankle reaction, previews the landing quality this version depends on. A pass or two of the standard-pace Single Leg Hop confirms landing control is reliable before speed gets added on top of it.

Step-by-Step Instructions

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

2. The first hop. Hop into the first rung, landing on the ball of the foot with a quick, reactive ankle.

3. The continuation. Hop from rung to rung down the full length of the ladder as fast as a controlled, spring-like landing allows, staying on the same leg the entire way.

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

How Many, How Often

Single Leg Hop — Maximum Speed is dosed by full passes through the ladder, completed once per leg, with a quick, reactive landing taking priority over pace at every level.

Reactive ground contact, not raw pace, is the goal here, since a landing that sinks deeply into the hip and knee at speed defeats the point even if the ladder still gets covered quickly.

Modifications and Variations

Single Leg Hop — Maximum Speed has one direct relative: the standard-pace version.

For less difficulty, Agility Ladder — Single Leg Hop removes the maximum-speed requirement and asks for the same single-leg hopping pattern with a soft, fully absorbed landing instead.

Progression path: soft, controlled landing mechanics get built first, since a spring-like landing without that foundation is risky on one leg; this maximum-speed version then asks the same single-leg control to hold up once the landing shifts from absorbed to reactive.

Common Mistakes to Avoid

Sinking into a deep landing instead of a quick, reactive one. Absorbing each hop the way the standard pace calls for slows the whole pattern down and works against the explosive quality this version is specifically built to train. Thinking “stiff spring” through the ankle keeps the landing quick without losing control.

Pushing pace before the landing itself is springy. Chasing speed while still landing deep just adds risk without building the reactive quality this version exists to develop. Staying at whatever pace keeps the landing quick and light, even if that’s slower than expected at first, is a better use of a set than rushing ahead.

Skipping the full rest between legs. A tired standing leg going straight into the second pass compromises landing quality right when the weaker leg needs its best effort most. A full recovery before switching legs protects both the quality of the set and the joint doing the landing.

After Your Set

The calf and outer hip absorb a heavier load through a full set of reactive single-leg hops, so a slightly longer walk before stretching is worth taking here compared with the standard pace. Pressing one heel back against the floor with the front knee bent, a standing calf stretch unwinds the calf (gastrocnemius) and deeper calf muscle (soleus) that just handled repeated spring-like landings. Crossing one leg behind the other and leaning the hips toward the wall, a standing side-on hip stretch releases the outer hip (gluteus medius) that fought to keep the pelvis level at speed.

Going Deeper

This version answers a question the standard pace can’t reach: whether single-leg landing control still holds once the ankle has to react. That makes it a reactive-strength piece in its own right, not just a faster version of the same skill.

Progress here tends to stall on landing quality collapsing under fatigue, not on top-line speed: an athlete can produce a springy landing for the first few hops of a pass and quietly start sinking deeper as the leg tires. Cutting a set short the moment the landing stops feeling reactive, rather than pushing through to finish a planned pass count, protects the training effect and the joint doing the work.

Someone moving to this version for the first time generally needs several sessions before a quick, reactive landing feels reliable on both legs, since asking the ankle to spring is a different skill from the control the standard pace builds.

How to Know You’re Improving

1. The landing stays quick and springy through the ankle, without sinking deeply into the knee or hip
2. Both legs hold that same reactive quality, not just the stronger one
3. Pace increases without the landing quietly reverting to a slower, absorbed style
4. A full pass on either leg finishes without the landing degrading toward the end

A quick, reactive landing held through a full pass on both legs, not simply how fast either pass gets covered, is what marks progress here.

Muscles Worked

• Gastrocnemius (a calf muscle, firing the ankle again before the landing has fully settled)
• Rectus Femoris (a front thigh muscle that crosses both the hip and knee, turning each landing straight back into a hop)
• Gluteus Maximus (the largest glute muscle, driving the single hip at the highest rate it can hold)
• Biceps Femoris (a muscle at the back of the thigh, working hard to keep the landings from collapsing at speed)
• Iliopsoas (the deep hip flexor, holding the free leg tucked while the pace rises)
• Soleus (a deeper calf muscle beneath the gastrocnemius, taking short sharp impacts with no recovery between them)
• Gluteus Medius (a smaller glute muscle at the side of the hip, keeping the hop landing on the ladder line at pace)
• Tibialis Anterior (a muscle along the front of the shin, resetting the ankle in the brief moment of flight)
• Adductors (the inner thigh muscles, holding the hopping leg from swinging out under speed)

FAQ

How is this different from the standard Agility Ladder — Single Leg Hop? The footwork is identical, one leg completing the full ladder before switching, but this version replaces a soft, absorbed landing with a quick, reactive one and pushes pace as far as that reactive quality allows (see Quick Intro above).

Why does the landing style change so much between the two versions? A soft, deeply absorbed landing is the safer way to first build single-leg control, but it also takes more time per hop than top speed allows; shifting the ankle to a spring-like reaction is what lets the same landing stay controlled while happening much faster (see Why It Matters above).

Is it a problem if my landing still feels a bit deep at this pace? It’s a sign the pace is currently ahead of the landing quality, and the better move is easing pace back until the landing feels reactive again.

Why does power matter more in this version than at the standard pace? A reactive, spring-like landing calls on explosive output the standard pace’s deeper, more controlled landing doesn’t ask for in the same way, which is why power matters more here (see Why It Matters above).

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The top-tempo version of Agility Ladder — Single Leg Hop, alongside its slower counterpart Single Leg Hop — Slow Each Box.