The most underused tool in youth sports
If you could give a girls' soccer, basketball, or volleyball team one intervention that meaningfully reduces their risk of ACL and other non-contact injuries, costs almost nothing, and takes less time than a typical dynamic warm-up, would you use it?
That intervention already exists. It's called neuromuscular training (NMT), and research consistently shows that structured NMT programs — such as the FIFA 11+ or the PEP (Prevent injury, Enhance Performance) program — reduce non-contact lower-extremity injury rates in adolescent female athletes when performed consistently, two to three times per week, in-season.
At G-MIP, we consider neuromuscular training the foundation of everything else we teach coaches and parents. This article explains what it is, why it works, and how to build it into a real practice schedule without stealing time from skill work.
What "neuromuscular training" actually means
Neuromuscular training isn't a single exercise — it's a category of training designed to improve the communication between an athlete's brain, nerves, and muscles so that her body reacts to sport situations (cutting, landing, decelerating) with better joint alignment and less reliance on ligaments to absorb force.
A well-built NMT program typically layers together:
- Dynamic warm-up movements that raise tissue temperature and prime movement patterns
- Strength exercises targeting the hip, glute, and core stabilizers
- Plyometric drills that teach safe landing mechanics and force absorption
- Balance and proprioception work on single-leg and unstable surfaces
- Agility and cutting drills performed with cueing on knee position and posture
For more on the specific biomechanical faults this training addresses, see our companion piece on landing mechanics, which explains why the "knees cave in" pattern is such a strong risk marker.
What the evidence says
Foundational work by Hewett and colleagues, along with the widely cited FIFA 11+ and PEP program trials, found that structured neuromuscular training programs are associated with meaningfully lower rates of ACL and other non-contact knee injuries in adolescent and young adult female athletes. These programs share a common structure: a brief, consistent, whole-team warm-up replacement performed multiple times per week.
Why girls benefit disproportionately
Neuromuscular training helps all athletes, but the evidence base specifically targeting female athletes exists because of well-documented, biology- and biomechanics-linked differences that emerge around puberty — including changes in landing strategy, quadriceps-dominant movement patterns, and relative hip and core strength. We cover the underlying "why" in more depth on our problem page, but the practical takeaway for coaches is simple: girls' teams see outsized benefit from NMT relative to the tiny time investment required.
Building a 12-15 minute NMT block
You do not need special equipment, a strength coach, or extra practice time. Most effective programs replace the traditional "jog and stretch" warm-up entirely. A simple structure:
| Phase | Duration | Example drills |
|---|---|---|
| Raise | 2-3 min | Light jogging variations: high knees, butt kicks, lateral shuffles |
| Activate & mobilize | 3-4 min | Glute bridges, monster walks, world's greatest stretch |
| Strengthen | 3-4 min | Nordic hamstring curls (or slider variation), single-leg RDLs, planks |
| Plyometrics & landing | 3-4 min | Squat jumps with stick landing, lateral hops, box step-offs with cueing |
| Agility | 2 min | Cutting drills with verbal knee-position cues |
Practice tip
Consistency beats complexity. A team that does a simple 12-minute NMT circuit three times a week for a full season will outperform a team that does an elaborate, coach-intensive version sporadically. Pick a version you will actually repeat.
Coaching cues that matter most
The exercises only work if athletes perform them with attention to quality, not just repetition count. When coaching landings and cuts, prioritize these cues:
- "Soft knees, not locked knees" on landing
- "Knees over toes" — avoid inward collapse
- "Land quietly" — a loud landing usually signals poor force absorption
- "Chest up, hips back" to encourage hip-dominant deceleration
- Stick the landing and hold for two full seconds before moving again
Coaches who are new to these cues can pair this training with our coach and parent resources, which include printable cue sheets and video demonstrations suitable for a sideline clipboard.
Common implementation mistakes
Even well-intentioned programs fail when:
- They're treated as optional. NMT works because of dosage and consistency — occasional use produces little measurable benefit.
- Form is not corrected. Athletes performing plyometrics with poor mechanics may not get the intended benefit; a coach or trained volunteer should watch and cue.
- It's cut when time is tight. Ironically, the days practice feels rushed are exactly when a fatigued team most needs the deceleration and landing reminders NMT provides.
- It stops after preseason. In-season maintenance matters — the evidence base for programs like the 11+ assumes year-round or full-season use, not a two-week preseason block.
Caution
Neuromuscular training is a powerful risk-reduction tool, but it does not make injury impossible. It should be paired with adequate rest, sport-appropriate load management, and — where a prior injury exists — a full, criteria-based return-to-play process rather than a fixed timeline.
Getting a program started at your school
If you are a coach, athletic trainer, or parent trying to bring this to your school, you don't need to build it from scratch. G-MIP's programs page includes turnkey neuromuscular training templates designed for teams with limited equipment and limited coaching bandwidth, along with guidance on tracking adoption across a season.
For strength-specific programming that pairs naturally with an NMT warm-up, see our companion article on strength training for adolescent female athletes. And if your team already has a warm-up routine but you're not sure it's doing enough, our breakdown of a 12-minute warm-up that actually prevents injuries walks through a ready-to-use structure.
Neuromuscular training will not appear on a scoreboard. It will not show up in a highlight reel. But over a season, and across a career, it is very likely the single highest-value hour your athletes spend each week — and one of the few interventions in youth sports with this much evidence behind it.
If you have questions about adapting a program to your team's schedule or facility constraints, our staff is happy to help — reach out through our contact page.
References
- Hewett, T.E., et al. "Neuromuscular training and ACL injury prevention." American Journal of Sports Medicine and related publications.
- FIFA Medical Assessment and Research Centre (F-MARC). "FIFA 11+ Injury Prevention Program."
- Mandelbaum, B.R., et al. "PEP (Prevent injury and Enhance Performance) Program."
- Myer, G.D., et al. Research on neuromuscular training and biomechanics in adolescent athletes.
- International Olympic Committee (IOC) Consensus Statement on youth athletic development.