Top 5 Lower Body Exercises For Sprinting

Becoming a faster sprinter requires being explosive. There are often times in the sport of sprinting where athletes feel there is nothing that can be done to drop their times. They think that they have done everything. They’ve improved their technique; they’ve added volume to their training; they’ve reduced volume in their training to feel fresh and tapered. Still, they’re not lowering their time. The sprinters get frustrated, feeling like they’re banging their head against the wall and getting nothing but a headache and frustration.

Strength for speed

For athletes to continue and improve to dominate on the track, strength coaches need to understand what goes into sprint based training. Strength coaches that don’t comprehend sprint based training can lead to problems with development, injuries, and issues that come back to haunt athletes later in their career.

We are going to provide a simple breakdown of how Garage Strength looks at training sprinters and provide everyone with five takeaways. A lens, or a microscope, to see how to focus on different tasks to improve a sprinters capabilities on the track.

1. Foot Strength

The stronger an athlete’s foot is, the more explosive they can be and the more proprioception they can have communicating between the ground and the body with tactile feedback. A stronger foot also allows for more stability and rigidness in the ankle joint.

At Garage Strength, when dealing with speed based training, like sprinting, we put a strong emphasis on foot strength. Athletes that have strong feet and strong toes can manage to generate a little bit more force into the ground to move just a bit faster.

An exercise we utilize to address this is the Hinge Lunge. We like to do a lot of footwork on a PVC pipe. Doing work on a PVC pipe helps athletes improve balance, stability, and getting the toes to function similar to our fingers. Now the Hinge Lunge is a very difficult movement. We want to see the PVC pipe resting almost under the bridge of the foot with the toes over-top. This exercise drastically improves the integrity of an athlete’s achilles tendon. It also greatly improves the strength of the toes to grip and grab. The movement forces the toes to grab with toes to keep the PVC locked in place.

The Hinge Lunge will help a sprinter a ton during the drive phase and right out of the block. The movement mimics what the sprinter needs to do and the force they need to apply during the before mentioned phases of the sprinting event. Do this movement as a warm up, two to three days a week for three sets of seven reps on each leg. Focus on how the toes are behaving and the feeling through the achilles. Understanding the whole goal is to strengthen the foot is important.

2. Block Work

Being explosive and fast out of the blocks is important. A movement we recommend is the power clean on command. We want to see strength coaches with their sprinters in the gym giving a command as to when the athlete needs to perform the clean. The idea is to mimic the starting shot from the blocks. The power clean on command preps the body to hold the appropriate tension in anticipation of the command. The command signal then requires the athlete to explode to perform the lift as if accelerating off the block. 

Resistant coaches to this movement must acknowledge that sprinting is a technical sport. Sprinters have to apply a ton of force through technical execution. The power clean on command is a technical movement that requires a ton of force through technical execution from an auditory response. The athlete is being trained in multiple areas. It prepares them for coming off the blocks in the meet and transfers to sport well, especially as the athlete is beginning to peak.

We recommend doing this movement two to three days a week. Some days go a little heavier, other days go a little bit lighter, varying the intensity as appropriate. Five sets of two reps or five sets of three reps will suffice.

3. Drive Phase

The drive phase is about accelerating as quickly as possible through maximal acceleration. We then want to hold this speed as long as possible to win the race.

We like a simple movement here. The front squat is our go to here. The front squat is great because it targets the trunk, a very important aspect in sprinting, and it lights up the quads, sprinters accelerating in the drive phase require a lot of pushing from the quads.

Make sure athletes performing this movement are focusing on a full range of motion, getting as deep as possible. The full range of motion will create longer, stronger muscles over a greater range of movement. It will strengthen and mobilize the hips hitting full depth. Focusing on the trunk will also help improve the athlete’s dynamic trunk control, an incredibly important aspect to being fast. At the very least, stronger quads allow for faster acceleration.

4. Maximal Mechanics

Maximal mechanics is when the athlete is running at top end speed. Sprinters want to be more upright and thinking about the technical side of sprinting. The foot needs to be grounding under the hips so there is a really high ground reaction force. Generating a higher ground reaction force is a means to being faster.

Leaning forward will not allow this to happen. That’s where the single leg squat comes into play. The single leg squat is a unilateral movement. Sprinting is unilateral. The single leg squat lights ups the glutes and hamstrings. It also forces the athlete to stay upright; we do not want forward leaning in this movement! Cue the athlete to stay upright.

We have seen tons of athletes drop their sprinting times by executing the single leg squat more effectively. One way to execute the single leg squat effectively is by hitting a weight rapidly one day of the week with good rhythm and an upright trunk. Another day focus on pushing the weights and intensity by going heavier, then back off and do some speed work.

We can’t say this enough, athletes need to focus on resisting gravity and the bar and keeping that trunk upright. The athlete needs to hold that position as much as possible. Finally, lengthened that front foot so the back knee can touch down on the pad.

The single leg squat is awesome. It not only transfers to maximal mechanics, but it transfers to the drive phase and block work.

5. Accessories

Hamstring pulls (or as some people call them, Nordic curls) are the best accessory movement for sprint training.

We love this movement because it makes the athlete train through a long eccentric portion while the athlete holds their hips nice and extended on the pad, then comes up with minimum breaking at the hips so the hamstrings are lengthened and firing rapidly to pull the torso upright.

Some coaches might say the hamstring is an isometric function when sprinting. We don’t think that is entirely true. We believe there is still a concentric and eccentric portion to the hamstring action when sprinting at full speed.

The hamstring pull exercise will drastically drop the rate of hamstring pull injuries. It will increase the strength of the hamstring muscle belly. Doing this for four to six reps the hamstring will be trained to fire very effectively, optimizing how the hamstring performs on the track.


Putting all this together is important. Footwork, auditory commands into movement, drive phase focus, maximal mechanics integrity, and accessory movements that zone in on strengthening injurious areas to prevent being hobbled. All of these little things being put together will help lead to dropping the time on the stopwatch for faster times in the race. 


Dane Miller is the owner and founder of Garage Strength Sports Performance. He works with a select handful of clients on building comprehensive programs for fitness and nutrition. Several times a year he leads a workshop for coaches, trainers, and fitness enthusiasts.

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