40-Yard Dash — from Push-Up Start: A Complete Guide

Quick Intro

40-Yard Dash — from Push-Up Start is a sprint drill performed by beginning face down on the ground in a push-up position, then rising explosively to a standing sprint and covering a measured 40-yard straight-line distance at maximal effort. It needs no equipment beyond a flat, straight 40-yard surface and, ideally, a way to record the time. The drill layers a ground-to-feet get-up phase onto the standard 40-Yard Dash test, simulating a broken-play or knocked-down scenario more than a controlled athletic stance.

Equipment Needed

40-Yard Dash — from Push-Up Start needs no equipment. A flat, straight 40-yard surface is the only requirement, along with a stopwatch or timing gates if the time itself needs to be recorded.

Why 40-Yard Dash — from Push-Up Start Matters

Pushing up off the ground calls on the chest (pectoralis major) and back of the upper arm (triceps brachii) to drive the torso off the floor fast enough to start the sprint without wasting time, while the glutes (gluteus maximus) and front of the thigh (quadriceps, rectus femoris) then take over to extend the hip and knee through every stride that follows. The back of the thigh (hamstrings, biceps femoris and semitendinosus) works with the hip flexors (iliopsoas) to cycle the leg through quickly once upright, the calf (gastrocnemius) and deeper calf muscle (soleus) manage the rapid ground contacts of the drive phase and top speed and the shin (tibialis anterior) lifts the foot clear between strides while the side of the hip (gluteus medius) helps keep the pelvis level through the first unstable steps. This is a high-impact exercise, since the sprint after the get-up lands significant force through one leg at a time, on top of the initial floor-to-feet transition itself. Speed is the main demand by a wide margin, just as in the standard test, with reaction time and power behind it.

When to Do It

Because a maximal-effort sprint and a fast, controlled rise off the ground both depend on completely fresh legs and a sharp nervous system, this exercise belongs early in a session, right after a general warm-up and before any other sprint work, agility work or heavy strength training.

Anyone with a current shoulder, wrist or hamstring issue should hold off, since the push-up rise loads the shoulders and wrists hard in a very short window and the sprint that follows strains the hamstrings through the drive phase. A recent ankle sprain is also a reason to wait, given the stiffness the ankle must absorb once the sprint reaches top speed.

Getting Ready

A general warm-up followed by a few controlled push-ups and a handful of progressively faster sprints, building from well below maximal effort, prepares the shoulders, hips and calves for a true maximal attempt. A few practice reps of the get-up itself, focused on a fast, clean rise, are worth doing before the first timed attempt.

Step-by-Step Instructions

Setup. Lie face down on the ground in a push-up position, hands under the shoulders, facing the direction of the sprint.

Push up. Press the ground away forcefully to bring the chest and hips off the floor as one unit.

Rise to feet. Drive the knees underneath the hips and rise to a standing, athletic position as quickly as possible.

Drive phase. From standing, drive the first steps forward and down with the shins angled forward, building speed over the first several strides.

Top speed and finish. Rise to a tall, upright sprinting posture and hold full effort all the way through the entire 40 yards and past the finish line.

How Many, How Often

40-Yard Dash — from Push-Up Start is dosed by a small number of fresh, maximal-effort reps, since the get-up speed and the sprint mechanics that follow it both drop off quickly once fatigue sets in.

Modifications and Variations

40-Yard Dash — from Push-Up Start has one alternative version, changing the starting technique while the sprint itself stays the same.

40-Yard Dash replaces the ground-based push-up start with a standing, hand-down or hands-free athletic stance, removing the get-up phase entirely and testing pure drive-phase and top-speed sprinting on its own.

Progression path: the standard stance-based sprint mastered first, then the same drive and top-speed mechanics repeated from a ground-based start once the get-up itself is fast and controlled.

Common Mistakes to Avoid

Rising in visible stages instead of one continuous motion. Pushing up, pausing, then separately driving the knees under the hips wastes time before the sprint even begins, and it accounts for much of the gap between a fast and a slow attempt at this version. Treating the push and the rise as one connected movement keeps the get-up itself fast.

Standing upright too early out of the drive phase. Once up off the ground, rising out of the forward lean before the first few strides build speed shortens the drive phase, the same fault a standing-start sprint has to avoid. Staying low with the shins angled forward until momentum calls for a taller posture keeps acceleration productive.

Letting the hands push straight down rather than back. Pressing directly into the floor lifts the chest without adding forward momentum into the first step. Pushing the ground away and slightly backward drives the body up and forward together, so the very first motion off the floor already carries momentum toward the sprint.

After Your Set

The shoulders, chest and hip flexors absorb a large amount of repeated force through a full set of get-up sprints. Placing one palm on a wall at shoulder height and turning the feet and chest slowly away from it releases the chest (pectoralis major); a half-kneeling lunge with the tailbone tucked under opens the hip flexor (iliopsoas) of the trailing leg.

Going Deeper

This exercise fits early in a training session, paired naturally with other short, maximal-effort speed or power work, not placed after a conditioning block that has already taken the sharpness out of the shoulders and legs.

Progress here often stalls in the get-up itself rather than in the sprint that follows it, since a hesitant or two-part rise off the ground erases any time gained through good drive-phase and top-speed technique afterward. Rebuilding a single, continuous push-to-standing motion, even at reduced sprint effort, typically restores more overall time than chasing raw straight-line speed once this becomes the limiter. Someone new to this test typically needs several reps focused only on the rise, without a full-effort sprint attached, to groove a fast and controlled get-up first, since a fast but sloppy rise rarely produces the time the underlying sprint speed would otherwise allow.

How to Know You’re Improving

1. The recorded time drops across repeated attempts while the get-up stays smooth and continuous
2. The push and rise happen as one connected motion, not two visibly separate steps
3. The drive phase and transition to upright sprinting look the same as they would from a standing start
4. Several maximal reps can be completed back to back with times close together, not one fast rep followed by a much slower one

A get-up that looks identical on every attempt, fast and continuous with no visible pause, is the clearer marker of progress here.

Muscles Worked

• Gluteus Maximus (the largest glute muscle, extending the hips to lift the body off the floor and then push it forward)
• Rectus Femoris (a front thigh muscle that crosses both the hip and knee, straightening the knee as the first step lands)
• Biceps Femoris (a muscle at the back of the thigh, taking over once the stride opens up past the get-up)
• Gastrocnemius (a calf muscle, pushing the floor away through the scramble to the feet)
• Iliopsoas (the deep hip flexor, pulling the lead knee up out of the prone position)
• Semitendinosus (the inner hamstring, steadying the thigh while the legs come underneath the body)
• Soleus (a deeper calf muscle beneath the gastrocnemius, absorbing the first few choppy contacts)
• Tibialis Anterior (a muscle along the front of the shin, cocking the ankle before the foot plants)
• Gluteus Medius (a smaller glute muscle at the side of the hip, stopping the pelvis dropping while the feet are still gathering)
• Pectoralis Major (the chest muscle, pressing the torso off the ground to begin the rise)
• Triceps Brachii (the back of the upper arm, locking the elbows out to clear the body from the floor)

FAQ

Why does this version demand more reaction time than the standard 40-yard dash? Turning the push-up rise into forward sprinting momentum without wasted motion adds a timing demand a standing start does not have. That extra demand is what separates this version from 40-Yard Dash.

Is this the same as a football “get-up drill”? It follows the same idea, a knocked-down or broken-play scenario turned into a full sprint, though this version is standardized as a straight 40-yard timed test, not a coached drill with variable distances.

Do I need upper body strength to do this well? Some pushing strength helps the initial rise happen quickly, but muscular strength matters little overall, since the push itself is brief and the sprint that follows is what determines the result.

Should I master the standard 40-yard dash first? Learning the drive phase and top-speed mechanics from a standing start first is a reasonable approach, since this version adds a ground-based get-up on top of those same sprint mechanics.

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This is part of the standardized test family, alongside the standard 40-Yard Dash and 40-Yard Dash — from 3-Point Stance.