Strength and plyometric training produce adaptations in your muscles, tendons and nervous system that make running more efficient, economical and resilient. They help you generate more force with less effort, so you can run faster and farther with a lower risk of injury.
Key adaptations from strength training
- Enhanced neuromuscular efficiency. Strength training improves how your brain and muscles communicate. Better muscle recruitment and coordination reduce unnecessary movement and lower the energy cost of running.
- Greater tendon stiffness. Stronger, stiffer tendons improve force transmission and store more elastic energy, so your body recycles more energy with each stride and your running mechanics become more efficient.
- Improved force application. Stronger leg muscles generate force with less effort. This reduces oxygen consumption, delays fatigue and boosts speed and efficiency, especially on hills, accelerations and sprints.
- Increased muscular endurance. Strength training improves fatigue resistance in key running muscles, helping you hold pace, form and efficiency over long distances.
Key adaptations from plyometric training
Plyometric exercises train your body to produce force rapidly, improving reactive strength and reducing ground-contact time. Common plyometric drills include:
- Countermovement jumps (CMJ)
- Drop jumps (DJ)
- Bounding drills
Why plyometrics matter for runners
- Improved muscle-tendon stiffness. Plyometrics increase how much energy your tendons store and return during ground contact, reducing the energy cost of running.
- Enhanced neuromuscular efficiency. Fast, explosive movements train your nervous system to activate muscles quickly and powerfully, improving stride mechanics and running economy.
- Increased leg spring stiffness (LSS). Higher LSS helps you maintain better posture and force output with each step, resulting in more economical running.
- Greater explosive power. Plyometrics improve acceleration, sprinting and hill running, which matter for race surges, passing competitors and holding pace late in a run.
Strength plus plyometrics: the combined effect
Research shows that combining heavy resistance training with plyometric training produces the greatest improvements in running economy, making it a crucial part of any endurance runner's program. Together, these adaptations increase:
- Power output
- Efficiency
- Fatigue resistance
- Tissue resilience and load capacity
Even a short, structured routine of just 15 minutes twice a week can dramatically reduce injury risk and boost performance.
Essential strength and plyometric exercises for runners
Heavy resistance training
- Squats
- Deadlifts
- Lunge variations (forward, reverse, lateral)
- Split squats and Bulgarian split squats
Research shows that increasing your squat one-rep max (1RM) improves running economy, making you a more efficient and powerful runner. Single-leg exercises help correct imbalances, improving efficiency and reducing injury risk.
Plyometric training
- Countermovement jumps
- Drop jumps
- Bounding
- Pogos
- Single-leg hops
- Skipping drills
These movements build explosive strength, tendon stiffness and reactive capacity, all essential for efficient running mechanics.
Personalized guidance with force plate testing
At Kauno, we use force plate technology to eliminate guesswork and give you precise, individualized data on your strength, symmetry, power output and tissue capacity.
Our physical therapists and strength coaches design data-driven training and rehab programs around your needs, so you train smarter, not just harder. Learn more about our performance training.
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book a sessionthe takeaway
Pair heavy strength work with plyometrics. Together they make you a more economical, powerful and resilient runner, and even 15 minutes twice a week makes a difference.
Frequently asked questions
Does strength training make you a better runner?
Yes. Strength training improves neuromuscular efficiency, tendon stiffness, force application and muscular endurance, which lowers the energy cost of running and helps you hold pace and form over long distances.
What plyometric exercises are best for runners?
Countermovement jumps, drop jumps, bounding, pogos, single-leg hops and skipping drills. They build explosive strength, tendon stiffness and reactive capacity.
How much strength and plyometric training do runners need?
Even a short, structured routine of just 15 minutes twice a week can dramatically reduce injury risk and boost performance.
Should runners combine strength training and plyometrics?
Yes. Research shows combining heavy resistance training with plyometric training produces the greatest improvements in running economy.
References
Dorn TW, Schache AG, Pandy MG. Muscular strategy shift in human running: dependence of running speed on hip and ankle muscle performance. J Exp Biol. 2012.
Beattie K, Carson BP, Lyons M, Kenny IC. The effect of strength training on performance indicators in distance runners. J Strength Cond Res. 2017.
