Jump training improves running economy and race times
High confidence
Plyometric training means explosive jumping drills like bounding, hopping, and depth jumps. Do two sessions a week for 6 to 11 weeks, and runners use 4 to 8 percent less energy at the same pace. Their 3K to 5K race times drop 2 to 3 percent. The drills work on one leg or two, so pick what your body and injury history can handle.
Why it works
Jumping stiffens the tendons and their muscle attachments so they store and return more energy each stride. It also sharpens the stretch-shortening cycle, the quick load-and-rebound of a muscle as it lands and pushes off. And it trains the nervous system to fire fast-twitch muscle fibers harder. None of this changes the heart or lungs.
What it means in practice
Plyometric work belongs in a runner's supplementary training: bounding, hopping, depth jumps, or jump-squat variations. It can replace some traditional strength work or sit alongside it. If a plan chases faster race times but skips both jumping drills and heavy strength, that is a real gap.
The evidence
-
Strength training improves running economy in highly trained middle- and long-distance runners. This meta-analysis pooled 5 controlled trials (n=93), all with VO2max above 60 ml/kg/min, in which runners added low-to-high intensity resistance work plus plyometrics 2 to 3 times per week for 8 to 12 weeks. The authors note how rarely elite runners do this: at the 2008 US Olympic Marathon Trials, nearly half reported no strength training at all. That VO2max threshold excludes typical recreational runners, so the effect at lower fitness levels stays an open question.
n=93
-
In recreationally trained distance runners, unilateral and bilateral plyometric training improved running economy and time-trial performance equally when matched for volume and intensity. The authors favor bilateral training as the safer default, reasoning from the bilateral force deficit rather than any measured injury outcome. On that basis they recommend periodized, high-volume low-intensity bilateral plyometrics where injury risk is a concern. This is a single trial in recreational runners, so the safety edge stays inferred rather than demonstrated.
-
Both intermittent sprint training and plyometric training improved 10K running performance even as total mileage dropped during the intervention period. Plyometric training also improved performance at distances up to 5K. The practical read is that short supplementary sessions can raise performance without added volume, useful for runners limited by time or recovery. This rests on a single trial with incomplete reporting, so treat it as suggestive.
-
Foot-ankle strengthening (Taddei 2020) cut the running injury rate 2.42-fold versus controls in recreational runners over 12 months, and in military cohorts resistance exercise at least 3 times per week was associated with 54% lower injury risk than doing none or less than weekly. Six weeks of neuromuscular training (jumping, landing, strength, endurance, agility, trunk) lowered injury incidence in track and field, most clearly for MTSS (p=0.012). Trail-runner risk factors include less running experience, skipped warm-ups, no specialized plan, asphalt training, and double daily sessions. Poor technique and weak neuromuscular control drive injuries alongside training-load problems, and more than 70% of running injuries are overuse.
Why we call confidence high
Multiple randomized controlled trials (Greenwood 2020, Lum 2016) and systematic reviews (Balsalobre-Fernández 2016, Šuc 2022) point the same way. After 6 to 12 weeks of plyometric training, runners show consistent gains in running economy and 3K to 10K time-trial performance.
Where it applies
Recreational to well-trained adult distance runners.
Does not apply to: runners returning from lower-extremity bone or tendon injury without clearance; very early-stage beginners (< 3 months running).
Plans that respect this
Plans that scored well on the rubric measures informed by this claim.
- 10-Week Run Your First 10k (3 days)
- 10-Week Run Your First 10k (4 days)
- 10-Week Run Your First Half Marathon (3 days)
- 10-Week Run Your First Half Marathon (4 days)
- 10-Week Sub-1:30 Half Marathon (4 days)
- 10-Week Sub-1:30 Half Marathon (5 days)
- 10-Week Sub-1:30 Half Marathon (6 days)
- 10-Week Sub-1:45 Half Marathon (4 days)
- 10-Week Sub-1:45 Half Marathon (5 days)
- 10-Week Sub-1:45 Half Marathon (6 days)
- 10-Week Sub-2 Half Marathon (3 days)
- 10-Week Sub-2 Half Marathon (4 days)
Last reviewed Apr 30, 2026. See how we score.