Sport-Specific Dynamic Warm-Ups: What the Science Says About Reducing Injuries and Improving Performance
For a long time, the warm-up was treated as a mere formality before training or competition. A systematic review published in May 2026 in the journal Sports (MDPI) reinforces an increasingly consensual message in sports medicine: a structured, dynamic, neuromuscular warm-up that is specific to the sport being played is not a simple ritual but a genuine tool for performance and injury prevention — provided certain principles are respected.
What the scientific review shows
The authors analyzed data from so-called "neuromuscular" warm-ups — protocols combining at least three categories of exercises among muscle strengthening, dynamic stability work, core training, plyometrics, and agility drills (the FIFA 11+ program being the best-known example). Performed 2 to 3 times per week in 10- to 30-minute sessions, these protocols are associated with a median reduction in relative injury risk of around 41%, particularly at the ankle and knee.
On the performance side, the same protocols come with measurable gains: an average improvement in vertical jump of about 4.7 cm and a reduction in 20-meter sprint time of about 0.38 seconds compared with a classic warm-up or no structured warm-up.
Do you really need 20 minutes?
One interesting practical finding from this synthesis: the researchers found no significant difference in the protective effect between 10-minute and 20-minute sessions. For coaches and athletes pressed for time, this means a well-designed 10-minute protocol can deliver most of the benefit, which makes regular adoption on the field much easier.
The components of an effective protocol
According to the data pooled in the review, the most effective warm-ups combine several types of exercises, adapted to the sport in question:
- Dynamic mobility exercises for the lower limbs (walking lunges, high knees, heel-to-glute kicks).
- Balance and stability exercises (single-leg stance, controlled weight shifts).
- Landing control, particularly useful in jumping and change-of-direction sports.
- Core and pelvic girdle strengthening (dynamic planks, hip-trunk stability).
- Progressive plyometrics (small hops, jumps in place before larger jumps).
- Short, progressive accelerations approaching the intensity of the target sport.
The central idea is specificity: the closer the warm-up mirrors the movement patterns, speeds, and joint angles demanded by the sport (football, basketball, volleyball, running, racquet sports, etc.), the more optimal its protective effect and transfer to performance appear to be.
Different responses by sex
The review also notes an interesting nuance: female athletes appear to derive a relatively greater protective benefit from neuromuscular training modules, while male athletes often show larger performance gains. This argues for some individualization of protocols rather than a strictly uniform application, without questioning the value of dynamic warm-ups for both sexes.
What this means in practice
These results confirm recommendations already widely disseminated by organizations such as the NSCA and ACSM: replace prolonged static stretching at the start of a session with a dynamic, progressive sequence that includes mobility, muscle activation, stability, and sport-specific accelerations. Such a protocol, achievable in 10 to 20 minutes, can be integrated into both training and competition warm-ups.
This article is a synthesis of scientific data for informational purposes only. It does not replace individualized advice. People undergoing rehabilitation, with an active injury, or a history of recurrent injuries should have their warm-up protocol adapted by a healthcare professional or qualified strength and conditioning coach.
Helpful products
- Resistance bands for warm-ups — useful for muscle activation and dynamic stability exercises before training.
- Agility ladder — a practical aid for adding sport-specific acceleration and coordination drills to the warm-up.
