The Great Stretching Scam: Why the "Experts" are Wrong About Stretching

There are a lot of things that frustrate me about the health and fitness industry, but the topic of stretching is easily a top-three offender. Lately, it has been so deeply misunderstood and consistently misrepresented by academic fitness influencers that it’s often written off as "useless" or a mere "placebo."

But I’m going to make a bold claim: not only is stretching incredibly useful, it is one of the most beneficial, game-changing practices missing from most people’s lives.

The disconnect comes down to what I call The Semantic Trap.

When researchers in a lab study "stretching" or "soreness," they look through a very narrow straw. To them, soreness is strictly defined as Delayed-Onset Muscle Soreness (DOMS) - a chemical, inflammatory response to microscopic muscle tears. Because stretching doesn't instantly repair a torn muscle fiber, the lab coats declare it useless.

But out here on the gym floor, when a lifter, an athlete, or a personal training client says they feel "sore" or "tight," they aren't talking about lab data. They mean neural hypertonicity - their muscles are locked in a high-tension state. They mean their fascia is binding, blood flow is restricted, and uneven tension is pulling hard on old injuries.

If a protocol drops that high-tension state, unglues your tissues, flushes blood into a joint, and keeps you moving pain-free, it is an injury-prevention and recovery tool. The lab looks at statistical averages; as coaches, we handle individual human bodies.

If we want to put a general theme on "stretching," it’s this: lengthening tissue to drive blood flow, clear out restriction, and keep your body elastic and healthy.

But we’re not here to generalize. Let’s break down the three most valuable forms of stretching, how they work, and exactly when to use them.

1. Dynamic & Weighted Stretching: Prepping the Neighbors

Believe it or not, if you lift weights with any regularity, you are already stretching. Resistance training is what we call weighted dynamic stretching. You cannot lift a weight without squeezing and stretching the muscle. I call this the "Accordion Effect." Just like the instrument, you have to stretch and squeeze the tissues to make the music happen.

But what about regular, unweighted dynamic stretching (stretching involving movement)? This is your ultimate pre-workout warmup. Moving through stretches before you add weight drives blood flow and switches on your nervous system so your movement is less restricted.

Sure, you could just do lighter sets of your planned exercises - working your way up to 40 lb dumbbells by doing a quick set with 20 lbs and 30 lbs. But the body acts as one unified unit, and an effective warmup is all about prepping the neighbors (your stabilizers and surrounding muscles).

Here is why a dedicated dynamic warmup keeps you safe:

• The Upper Body: If your latissimus dorsi (lat) muscles are tight - and most people's are - your shoulders will be restricted and injury-prone during an overhead press. Waking up and loosening the lats first creates a massive, stable structural "shelf" for the shoulder complex, allowing the shoulder blade to rotate smoothly.

• The Lower Body: Your hamstrings aren't a prime mover in a barbell squat, but they act as an active braking system. Loosening and firing the hamstrings before a heavy squat creates a "co-contraction" that pulls back on the shin bone, neutralizing the forward-shearing force of the quads and protecting your knees.

A solid dynamic warmup doesn't take long. It just requires a few big movements to loosen the major areas of the body. My personal picks are the Over-Under, Lat Side-to-Side, Dynamic Pigeon, and Dynamic Hip Flexor Stretch. (If you want a visual guide on how to perform these, feel free to reach out to us at Success Fitness or check out our YouTube channel!)

As you do these, work through your body’s full range of motion and gently challenge it over time. This teaches your nervous system that these deeper ranges are entirely safe to enter. If you skip this, your brain assumes those deep ranges are danger zones - meaning if you accidentally slip into a deep range under a heavy load, your body will panic, and you may end up injured.

2. Static Stretching: Releasing the Emergency Brake

Static stretching - holding a motionless stretch - is often viewed in the most reductive way possible. Let's clear the air: do not do long static holds before a workout. Your muscles are cold and stiff, and since a workout requires explosive motion, static holding is entirely counterproductive.

Where static stretching shines is after your workout as a cool-down.

When you finish a grueling lifting session, your brain doesn't instantly reset your muscles to their factory settings. Because of the Accordion Effect, neural tone remains incredibly high. Your muscles stay slightly shortened, clamping down on local capillaries and restricting blood flow. Leaving the gym like this leaves you tight, restricted, and incredibly sore.

Static stretching acts as a neurological override. When you hold a passive stretch for 30 to 90 seconds, you trigger specific sensory receptors (the Golgi tendon organs) to signal your brain to drop the emergency brake. This removes that leftover neural tone, resets the tissue to its original resting length, and opens the floodgates for blood flow and recovery.

One of my absolute favorite places to do static stretches is inside a sauna because the external heat makes the tissue incredibly pliable. But if you don't have sauna access, don't sweat it - performing them right on the gym floor post-workout when your muscles are beautifully warm works just fine.

3. Self-Myofascial Release (SMR): Easing into the Range

The final piece of the puzzle is massage, or Self-Myofascial Release (SMR). While it feels very different from standard stretching, it serves a highly similar purpose.

When we apply localized pressure to a muscle, we are stretching the tissue in a highly precise, targeted manner. This precise pressure breaks up fascial binding, draws fresh blood to the area, and rapidly alters flexibility.

You might not have a personal massage therapist on call, but you do have access to SMR. With a foam roller, lacrosse ball, or massage gun, you can give your tissues that same therapeutic experience.

SMR is best used prior to your dynamic or static stretching. Think of it as a way to ease the body into the deeper ranges of motion that are coming up next. If you want a little extra buffer before your dynamic warmup, spend a few minutes rolling out the areas you intend to train.

Just keep in mind: it shouldn't feel like a light feather rub. To get the tissue to actually release, you need to hunt for some of that "good pain." Everyone's tolerance is different, but a gentle, passive roll won't accomplish much. If you're using it on a rest day, doing some deep rolling right before your static stretching is a perfect way to generate the tissue warmth you need for safe, deep holds.

The Verdict

(Note: There are other specialized methods out there, like PNF stretching - contracting and relaxing a muscle for deeper flexibility - and ballistic stretching, which involves bouncing. But for most of us, those can easily be woven into our standard static and dynamic routines).

I hope the point is clear: stretching is objectively awesome. Whether it involves rapid movement or a completely motionless hold, the goal is always the same - improving the health and function of your internal tissues.

Stop listening to the academic influencers looking at graphs, and start listening to your body.

Thanks for reading! If you need a visual example of any of these concepts, make sure to check out our YouTube channel, or head over to Success Fitness for some personalized, in-person coaching to get your body moving exactly the way it was designed to.