Depth Drop to Sprint — Box Height 60cm: A Complete Guide

Quick Intro

Depth Drop to Sprint — Box Height 60cm is a Speed & Agility exercise performed by stepping off a 60cm box, absorbing a considerably greater landing force with both feet, then transitioning immediately into a maximal sprint. Raising the platform to 60cm increases how much force the legs have to absorb on touchdown before that force can be redirected into the run. It is the harder version of Depth Drop to Sprint, built for someone who already lands Depth Drop to Sprint — Box Height 30cm with full control.

Equipment Needed

No specialized gear is needed, but the drill can’t happen without a sturdy 60cm box, step or platform. It needs to sit stable on the ground with zero wobble or slide as the lead foot leaves the edge, since a wobbling platform at this height turns a controlled drop into a fall risk.

Why Depth Drop to Sprint — Box Height 60cm Matters

The landing here calls on the same lower body chain as the base drill, only under a heavier load. The glutes (gluteus maximus) fire hard the instant the feet touch down, reversing a bigger downward momentum before driving the hips into extension for the first strides. The front of the thigh (quadriceps, rectus femoris) controls how deep the knees bend to soak up that extra force, while both hamstring heads, the outer hamstring (biceps femoris) and the inner hamstring (semitendinosus), work through the landing and then extend the hip once the sprint starts. The calf (gastrocnemius) and the deeper calf muscle (soleus) absorb the impact at the ankle and then supply much of the push-off force behind the sprint strides that follow. The hip flexor (iliopsoas) pulls the knee up and forward on each stride. The shin (tibialis anterior) controls the foot on landing and between strides, and the outer hip (gluteus medius) keeps the pelvis level while the body balances briefly on one leg at a time during the run. Speed, power and agility are the main demands, in equal measure, and this height adds a clear strength demand: a 60cm drop delivers enough extra force that eccentric strength is needed to control the landing safely.

When to Do It

Place this drill near the front of a speed or power session, right after the warm-up finishes and well ahead of anything that would blunt the legs’ reactive sharpness, such as heavy lifting or extended conditioning. It suits sprinters, jumping-sport athletes and anyone who has already built confident, controlled landings from a lower box height, since a 60cm drop is a clear step up in the force the body has to manage on touchdown. The box needs to be checked for stability before every session, and this height should only be attempted once the lower version is landing quietly and consistently, since attempting it before that foundation is in place raises the injury risk to the knees and ankles.

Getting Ready

Begin with general sprint preparation, easy jogging, a few leg swings and some light build-up strides, then move into two or three practice step-offs from the lower box height to reconfirm the landing pattern is sharp before adding the extra drop. A short set of ankle hops or calf raises helps prime the lower leg for the heavier loading it’s about to take at this height. Finish with one full-effort rep from the 60cm box focused purely on a stuck, controlled landing before attempting the full land-to-sprint sequence.

Step-by-Step Instructions

1. Position at the box edge. Stand tall near the edge of the 60cm platform, feet roughly hip-width apart, weight centered and eyes locked on the open sprint lane ahead.
2. Let gravity take you down. Lead with one foot off the edge and allow the fall to do the work; actively pushing off the platform only adds unwanted height and impact at this level.
3. Absorb through a deeper bend than usual. The extra drop height means the ankles, knees and hips have to travel through more range to soak up the impact quietly.
4. Fire into the sprint without delay. The instant the feet touch down, drive the arms and knees into the first strides, since any hesitation lets the extra landing force go to waste.
5. Carry full-speed mechanics through the line. Hold sprint form for 15 to 20 meters before easing off.

How Many, How Often

Dosage is set by rep count, with full recovery between reps rather than a fixed distance or timed hold, and the higher landing force here calls for a lower total rep count than the base height.

A quiet, controlled landing matters more here than chasing extra reps, since the added force at this height punishes fatigue far more quickly than the base box height does.

Modifications and Variations

Depth Drop to Sprint — Box Height 60cm is the harder version of Depth Drop to Sprint, raising the platform to increase the landing force the legs must absorb before redirecting it into the sprint. It is the highest box used for this drill. Someone ready for even more challenge is better served by reactive-strength or resisted sprint work than by a taller box.

Common Mistakes to Avoid

Rushing straight to 60cm without a landing foundation. The greater drop height demands eccentric strength and control that only come from mastering a lower box first; skipping that step is a major risk factor for a collapsed landing at this height.

Letting the knees cave inward on the deeper landing bend. The extra force at 60cm makes any small knee alignment fault far more costly than it would be at a lower height, since there’s simply more momentum for a collapsing knee to absorb.

Resetting with extra adjustment steps. Breaking the transition into several small steps drains the energy stored from the drop long before the sprint gets to use it, turning one continuous action into several separate ones.

After Your Set

Ease the hip flexor with a half-kneeling lunge, the back knee resting on the floor and the hips sliding gently forward until a stretch is felt along the front of that hip, held for 20-30 seconds each side. Follow with a standing hamstring reach, hinging forward at the hips with a slight bend kept in the working knee, to unwind both hamstring heads after absorbing the bigger landing force.

Going Deeper

This drill pairs naturally with reactive-strength work like bounding or short hurdle hops, since both train the same quality this height demands directly: converting a large absorbed force into forward speed almost instantly. Progress tends to stall when the landing gets quiet and controlled but the first sprint stride still feels delayed, which usually means the legs are already absorbing the extra force well while the redirection into the first stride still needs to catch up. Slowing back down to a few reps focused purely on a snappy first stride, without worrying about total sprint distance, usually resolves it. This version suits athletes who already sprint and jump regularly and have a solid landing foundation from the lower box height; anyone still building that foundation should stay there until landings are consistently quiet and controlled.

How to Know You’re Improving

1. The landing from 60cm gets quieter and more controlled as a general trend across sessions, with occasional good reps becoming the norm rather than the exception.
2. The pause between touchdown and the first sprint stride keeps shrinking even as the drop height stays the same.
3. Early sprint strides after the 60cm drop feel noticeably more powerful than the same strides off the lower box.
4. Full recovery reps at the top of the advanced range no longer leave the legs feeling unstable on landing.

The clearest sign of progress is a landing that stays just as quiet and controlled at 60cm as it already was at the lower height, showing the extra eccentric strength has caught up to the added demand.

Muscles Worked

• Gluteus Maximus (the largest glute muscle, converting a bigger landing into forward speed)
• Rectus Femoris (a front thigh muscle that crosses both the hip and knee, taking a drop force well above a low box)
• Biceps Femoris (a muscle at the back of the thigh, catching the hips as they fold under the heavier impact)
• Gastrocnemius (a calf muscle, reversing a landing that arrives with more force behind it)
• Iliopsoas (the deep hip flexor, pulling the knee out of a deeper absorbed position)
• Semitendinosus (the inner hamstring, protecting the knee under a larger landing load)
• Soleus (a deeper calf muscle beneath the gastrocnemius, absorbing the increased impact of a sixty centimeter drop)
• Tibialis Anterior (a muscle along the front of the shin, setting the ankles rigid before a harder contact)
• Gluteus Medius (a smaller glute muscle at the side of the hip, stopping the knees caving under the greater force)

FAQ

How much harder is 60cm than the base box height? The drill itself is the same, but the legs face a much larger force on landing and need more strength to control it (see Why It Matters above).

Is there a version even harder than this one? No. This is the highest box used for the drill (see Modifications and Variations above).

How do I know I’m ready for 60cm? Landing the lower box height quietly and consistently across several sessions, with no wobble or delay before the sprint, is the sign to move up (see When to Do It above).

Why does the landing need a deeper knee bend at this height? The added drop force needs more range at the ankle, knee and hip to absorb quietly; a shallow bend at this height sends too much of that force straight into the joints (see Step-by-Step Instructions above).

What should I focus on if the landing feels solid but the sprint still feels slow off it? Work on cutting the pause between the feet touching down and the first stride, since that gap is usually where the extra force from this height goes to waste before it ever turns into speed (see Going Deeper above).