Warm-ups are foundational in fitness and sports training.  We all do some form of warming up before we lift, exercise or get ready to play.  And we all have our own unique warm-up strategy.

 

But what if your strategy is partly wrong — or at least, suboptimal? The latest research suggests that it’s not the quantity but the quality, timing, and structure of your warm-up that determines whether it helps or hinders.

 

How does your warm-up stack up against scientific recommendations?

 

Does static stretching prevent injuries?

 

When discussing an optimal warm up, static stretching undoubtably reveals the strongest opinions and confusion.

 

Static stretching does have its benefits: it acutely reduces passive stiffness of muscle-tendon units and improves flexibility when performed correctly.  And, chronic static stretching over weeks can even lead to modest gains in joint range of motion.

 

But does perceived muscle stiffness and flexibility prevent injuries?  It seems intuitive: “looser muscles” should mean fewer injuries, right?

 

The scientific evidence paints a more complex picture.

 

As early as 2004 a landmark systematic review found inconclusive evidence that stretching reduced all-cause injuries in fitness or sports.

 

Evidence continued to mount over the next decade against the notion that stretching is a valuable injury prevention tool.  A 2014 systematic review found static stretching did not significantly reduce muscle and tendon injuries, whereas proprioceptive training and strength training did reduce injuries.

 

However, a more recent review may have the pendulum swinging back a bit on that conclusion, showing muscle injuries, but not tendon injuries, may be prevented by static stretching routines.

 

So where does that leave us on whether or not to include static stretching as part of our warm up?  There is more to consider.

 

The static stretching warm-up conundrum

 

Static stretching as part of a warm up is a double edged sword.

 

On one hand, long static holds (≥ 60 seconds per muscle) are reliably shown to impair strength and power outputs in the subsequent exercise. A meta-analysis revealed meaningful declines when static stretching durations were long, especially in explosive tasks (think sprinting or jumping).

 

On the other hand, more nuanced, shorter-duration static stretching (e.g. ≤ 30 s per muscle) embedded within a broader warm-up tend to produce negligible performance decrements, especially if followed by dynamic movement.

 

So, in conclusion: short duration stretches to specifically address areas of muscle tension and mobility restrictions may be a useful addition to your warm up without causing any limitation in your workout.

 

Still confused whether you should be doing any static stretching in your warm up?  Check out our warm-up blueprint at the end of this article to see how and when to incorporate static stretching.

 

Why Dynamic & Neuromuscular Priming Are King

 

Dynamic and neuromuscular movements are quite simply the engine of a warm-up.  While long duration static stretches may sedate the nervous system, movement preparation drills aim to activate the nervous system.

 

You will need a little space for this portion of a warm up.  An open turf or wide open space is easiest to get the body moving.   Light and easy general movements at first, like a squat, walking lunge, jog, shuffle or hip/arm swing can get the process started.

 

Incorporate some upper body activation exercises, such as band pull aparts or shoulder external rotations to get the shoulder blade and shoulder primed.  Similarly lower extremity activations exercises such a banded side shuffles, monster walk, 7 way hip series or fire hydrants can ready your hip stabilizers/glutes.  A core stabilization exercise such as a dead bug, bear crawl, pallof press or unilateral push pull movement can awaken your torso muscles.

 

The goal here is to increase muscle temperature, improve coordination and neuromuscular readiness, and mirror the movement demands to come.

 

A typical neuromuscular warm-up will also include a variety of exercises such as balance drills, agility drills and plyometrics.  Think single leg balance movements like a step down or single leg RDL.  And for agility and plyometrics you might incorporate some box jumps, hurdle hops, or change of direction drills.

 

Your choice of movements, activation exercises and drills can be specific to your workout or training session ahead.  This is where a trainer or clinician can help optimize your warm up if your training structured towards a specific goal.

 

One neuromuscular warm-up that has garnered research resources is the FIFA 11+.  This is a combination of jogging, hip range of motion movements, planks, lateral shuffling, balance drills, squats and jumps as summarized in this pdf.

 

A recent large review of injury-prevention warm-up programs found that those rooted in neuromuscular training (balance, dynamic control, plyometrics) consistently reduce injury risk in youth and amateur athletes.

 

Programs like FIFA 11+ show that dynamic warm-ups outperform static-heavy rituals for improving strength, balance, and reducing injury incidence even in professional cyclists.

 

In addition, when it comes to performance: a network meta-analysis comparing warm-up methods found that purely dynamic stretching or dynamic + light static combinations yielded better explosive outputs compared to static-only warm-ups.

 

If you are warming up on a piece of cardio equipment and jumping straight into your lift, you need to rethink your warm up.  This should be the meat of your warm-up.

 

If the focus of your workout is going to be a compound lift like a squat, deadlift, overhead press, row etc, this would be a good time to initiate those movement patterns.  Body weight movements or movement rehearsal with light loads can be a great option to help bridge your warmp up into your training session.

 

The above may seem like alot to accomplish in a short period of time.  But your warm up doesn’t need to be a significant time burden.  A structured plan can have you ready to go in well under 10 mins.

 

A Smarter Warm-Up Blueprint (5–10 Minutes)

 

Follow this research-aligned warm-up flow:

 

1. Light movement & temperature raise (1–2 min):
   – Brisk walking, stationary cycling, rowing — anything to elevate core and muscle temperatures.  Don’t overthink this portion, just get warm.
2. Targeted short static holds (optional, ≤ 20–30s each):
   – Use only on truly stiff or restricted muscle groups (hip flexors, pecs, calves) that may impact your workout
   – Immediately follow each hold with dynamic movement through that range (ie hip swings or shoulder circles).
3. Dynamic & neuromuscular drills (3–4 min):
   –FIFA 11+ is one option, but a variety of movements incorporating some upper body, lower body and core activation exercises, balance, agility and plyometrics to prepare your nervous system
   – Progress into movement patterns relevant to your training session (eg hinge, squat, push, pull)
4. Warm-up sets / rehearsal (1–2 min):
   – Light-load rehearsal of your first major lift(s) to groove mechanics

*If you’re going to include static stretching, do it early in the routine and briefly, then reinforcing mobility with movement.  Save a comprehensive, more aggressive static stretching routine for after your workout or at a separate time.