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Best Powerlifting Workout for Speed
Whether you're a sprinter, weightlifter, or soccer player, explosive strength is key to peak performance in speed-based sports.
In today’s blog:
Powerlifting for Racket Sports: How can squats and cleans improve your swing speed and court coverage?
Building Explosiveness for Team Sports: Why should soccer and basketball players train with sled pushes and power cleans?
Martial Arts Power Training: Discover how to use deadlifts and kettlebell swings to boost your striking and grappling power.
IN OUR MAILBOX
What’s up Athlete,
Each week, we dive into a question that many athletes like you can relate to. This week’s focus? Sprinting, Powerlifting, and the 3 best exercises to improve speed and power.
Have a question of your own? We’d love to hear it! Just send it to [email protected], and you might see it featured here in a future edition.
Hi there,
I’m a 25-year-old sprinter, training hard to improve my 100m and 200m times. Lately, I’ve been hearing mixed opinions about incorporating powerlifting into my program. Some say it builds explosive strength, while others warn it could make me slower.
I want to make sure my training supports my speed without adding unnecessary bulk or slowing me down. How does powerlifting really impact speed-based sports like sprinting?
Thanks,
Why This Matters to You
Whether you're a sprinter, weightlifter, or soccer player, explosive strength is key to peak performance in speed-based sports. However, not all training approaches are created equal—understanding how powerlifting impacts your speed is essential for achieving optimal results.
ON YOUR MARK
How Powerlifting Can Impact Speed and Sprint Performance
Powerlifting, focusing on maximal strength through compound lifts like squats, deadlifts, and bench presses, is often associated with building raw power.
This raw power can be an advantage for sprinters, as sprinting requires strong, explosive hip extension and overall lower-body strength.
Problems can occur if powerlifting is not correctly added to a sprint training program.
Focusing too much on building strength without working on speed and agility can make you less flexible, slow down your stride, and add extra bulk that might hurt your sprinting ability.
That said, powerlifting itself doesn't inherently make you slower. Instead, the key lies in how it's used in your program:
Explosive strength training: Techniques like speed squats or power cleans can mimic sprint-specific movements.
Periodization: Alternating strength phases with speed-focused periods helps to maintain a balance between power and agility.
Muscle adaptation: Building strength without focusing too much on hypertrophy ensures you gain power without sacrificing speed.
Athletes like sprinters, football players, and martial artists can become stronger and more powerful by doing powerlifting. This helps their muscles work better and produce more force.
Yet, powerlifting must be tailored to complement the demands of sprinting.
For sprinters, the power gained from exercises like squats and deadlifts can make a big difference in how fast you explode off the starting line and how much force you can generate with each step.
To avoid getting slower or bulky, it’s important to focus on speed-strength exercises. For example, sprinters can do “dynamic box squats,” which are performed with lighter weights and as much speed as possible on the way up.
This helps train your body to be fast and powerful without slowing down your stride. Here's how it applies across different sports:
Racket and Precision sports athletes: Racket and precision sports like tennis, badminton, and golf rely on a combination of explosive power, control, and endurance.
Powerlifting strengthens the key muscles needed for quick sprints, lateral movements, and powerful swings.
Exercises such as speed deadlifts enhance the posterior chain, improving hip power for fast movements, while overhead presses build shoulder stability for stronger serves and precise strokes.
Team Sports Players: Soccer players can benefit from combining powerlifting with plyometric exercises, such as jumping drills or explosive sprints.
This mix builds the strength needed for quick bursts of speed and sharp changes in direction.
Adding resistance bands to squats, for example, can simulate the movements of sprinting and turning on the field.
Martial artists: For martial artists, powerlifting strengthens your hips and core, which are important for generating force in punches, kicks, and other movements.
You can also combine powerlifting exercises with rotational drills to improve stability and power in combat situations.
GET SET
Three Exercises to Build Explosive Strength Without Making You Slower
1. Speed Squats
Perform squats with 50–60% of your one-rep max, focusing on a controlled descent and an explosive upward movement. This exercise builds explosive strength in your quads, glutes, and hamstrings while training your body to generate force quickly.
For sprinters: Slightly narrow your stance to mimic the angles used during sprint starts. Focus on maintaining proper form to optimize power transfer during your strides.
For soccer players and team sport athletes: Add resistance bands around your knees or barbell to create extra tension, simulating the multidirectional force demands of quick cuts and turns on the field.
For racket and precision sports athletes: Incorporate paused squats (holding for 2–3 seconds at the bottom) to develop stability and improve control during explosive movements, like returning serves or sprinting to reach a ball.
For martial artists: Include a jump at the top of the squat to practice explosive power for jumping kicks or quick transitions.
2. Power Cleans
This Olympic lift develops full-body explosiveness by targeting fast-twitch muscle fibers in the legs, hips, and upper body. The quick, powerful movements replicate the force generation needed for sports performance.
For sprinters: Focus on the speed of the hip extension and barbell pull to replicate the explosive drive from the starting blocks.
For soccer players and team sport athletes: Pair power cleans with sprint drills to immediately apply the power developed to game-speed movements.
For racket and precision sports athletes: Use lighter weights with perfect form to improve power generation without losing the precision required for swings and throws.
For martial artists: Combine power cleans with rotational movements, such as medicine ball slams or Russian twists, to enhance torque for strikes and kicks.
3. Sled Pushes
A weighted sled push at maximum effort for short distances (10–20 meters) is an excellent way to train acceleration, core stability, and full-body strength.
For sprinters: Push the sled while maintaining a forward lean, focusing on long, powerful strides to replicate sprint start mechanics. Gradually increase the sled’s weight to develop strength without sacrificing speed.
For soccer players and team sport athletes: Incorporate varied sled weights—light for speed and heavy for endurance. Use multi-directional sled drags to mimic the demands of cutting and defensive shuffles.
For racket and precision sports athletes: Use moderate weights and focus on speed to improve reaction time and the ability to reach balls quickly. For tennis players, practice changing direction immediately after the sled push to simulate court movements.
For martial artists: Perform sled pushes in intervals to simulate the high-intensity bursts needed during rounds. Add a rotation element by pushing the sled sideways to train lateral movement strength.
SPOTLIGHT
Haff, G. G., & Nimphius, S. (2012). Training principles for power. Strength and Conditioning Journal, 34(6), 2-12.
Cormie, P., McGuigan, M. R., & Newton, R. U. (2011). Developing maximal neuromuscular power: Part 1 – Biological basis of power. Sports Medicine, 41(1), 17-38.
Seitz, L. B., Reyes, A., Tran, T. T., Saez de Villarreal, E., & Haff, G. G. (2014). Increases in lower-body strength transfer positively to sprint performance. Journal of Strength and Conditioning Research, 28(8), 2225-2232.
Comfort, P., et al. (2019). Optimizing sprint performance through strength and conditioning. Journal of Applied Physiology, 126(4), 998-1005.
GO
Question 1: How can you modify your strength training routine to enhance your speed while maintaining agility?
Question 2: What exercise variation could you try this week to target explosive strength specific to your sport?
DISCLAIMER: None of the content provided in this newsletter constitutes medical, training, or performance advice. This newsletter is strictly educational and is not intended to be a substitute for professional guidance or personalized coaching. Please be mindful of your limitations and perform exercises at your own risk.