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Fixing And Avoiding Quad Cramps in Pickleball

Fixing And Avoiding Quad Cramps

Suffer from quad cramps while playing pickleball? Here’s how to fix the problem—and keep it from coming back.

As anyone who has ever played pickleball can attest, quad cramps suck. Cramping is extremely common, any muscle can cramp up, but the quadriceps are one of the most commonly affected. These quad ramps can range in severity, from small short-lived spasms to episodes of painful “locking up” that can entirely derail your game.

Some athletes seem to be more prone to cramps than others. A large study of runners linked underlying chronic disease, medication use, allergies, prior muscle or tendon injuries, and greater running experience to a greater risk of cramping. Regardless of risk factors, cramps can negatively affect any athlete – so what causes them, and how can we prevent them?

Conventional thinking commonly links nutritional factors to exercise-associated muscle cramps, in particular dehydration and electrolyte depletion, especially sodium. More recently, abnormal spinal reflex activity in tired muscles has been implicated—basically, fatigue makes nerves and muscles to go haywire. In reality, nailing down an exact cause or mechanism that applies to all athletes in all situations is difficult, if not impossible, so let’s take a deeper look at these two main theories.

Quad cramping: Nutritional factors

Dehydration and electrolyte depletion has been postulated to contribute to muscle cramps. Historically, industrial workers found that sodium depletion provoked cramps, while rehydrating with a saline solution relieved them. Increased cramping has been associated with large fluid and electrolyte losses in tennis and football players, particularly in hot and humid conditions. Dehydration and electrolyte imbalance are theorized to sensitize and increase mechanical pressure on nerves, leading to cramps. But evidence for this theory is mixed. Inducing mild and significant (with moderate electrolyte loss) dehydration did not increase cramp susceptibility in some investigations. Studies of Ironman athletes have failed to demonstrate any clinically significant differences in body mass loss or serum electrolytes between cramping and non-cramping athletes, with similar findings seen in marathon runners. Still, serum electrolyte levels might not reflect what is occurring within muscles and cells, with often normal circulating sodium concentrations post-exercise despite an overall body deficit. So, then, hydration and electrolytes might be part of the story, but perhaps not all of it.

Quad cramping: Fatigue factors

This brings us to the “altered neuromuscular control” theory of muscle cramping. The basis of this theory proposes that an overloaded, fatigued neuromuscular system leads to an imbalance between excitatory impulses and inhibitory impulses, causing involuntary, sustained muscle contractions. Muscles contracting at already shortened lengths are particularly at risk, and this type of cramping tends to be confined to a specific muscle group. This theory is supported by studies showing increased baseline electromyographic activity in runners’ and triathletes’ muscles between or after bouts of cramping, as well as by studies showing altered reflex activity with muscle fatigue in animal models. The findings that cramps tend to occur late in competitions and, as previously mentioned, when athletes are moving at higher intensities relative to their training, also support neuromuscular fatigue as the cause of cramps. Still, this theory isn’t without its own questions and limitations. Stimulation

frequencies used in some research to induce fatigue don’t always match up with what naturally occurs in humans, and the variations in cramp susceptibility between individuals still isn’t explained, either.

How to fix and prevent quad cramps

Well, then, if the science behind the exact causes of cramps isn’t conclusive, how can we stop – or better yet, prevent – them? While the etiology behind cramping may be complicated and multifactorial, the good news is that simple, evidence-based prevention and treatment methods for quad cramps are out there.

“Walk it Off” (i.e., Moving), Stretching & Mobility Techniques

Stretching it out is typically the first response to cramping, and for good reason: it works. Stretching reduces muscle activity and induces an inverse stretch reflex, calming down those hyperactive nerves. Just work into the stretch slowly, as a rapid jolt in the opposite direction could cause the affected muscle to clamp down further. However, an even better solution I have found for my athletes, although not the preferred one due to initial discomfort in doing it while cramping, is something our old school gym class teachers used to say to us when we had a cramp or injury which was to “Walk it off.” Getting more blood flow to the cramping muscle through movement is key. In addition, doing things like foam rolling the areas around the cramp are a good way to get more blood flow to the area to help alleviate the cramping.


Although evidence for the dehydration/electrolyte depletion theory of cramping is a bit mixed, cramping does appear to respond to fluid and electrolyte (namely, sodium) replacement, particularly at the early stages of cramping. In one study, rehydrating with an electrolyte-containing solution decreased cramp susceptibility after dehydrating downhill running. Plus, we know that determining and meeting hydration and electrolyte needs in all conditions is otherwise crucial for performance.

Don’t discount carbohydrates, either, since anything that increases fatigue, like a lack of fuel, could theoretically increase cramp risk. Nutrition is crucial to triathlon regardless, so focus on it, and eliminate it as even a potential cause of cramping!

Noxious liquids

In recent years, small amounts of noxious liquids such as pickle juice or spicy formulations such as HOTSHOT have been used to decrease cramping. While one might postulate that pickle juice works due to its sodium content, ingesting small amounts has no effect on plasma electrolyte content. Instead, pickle juice and other noxious substances such as peppers, mustard, cinnamon, and ginger are thought to stimulate nerves in the mouth, esophagus, and stomach that tell the spinal cord to send inhibitory signals to cramping muscles. So, while maybe not-so-great tasting, downing a noxious liquid may help!

Proper Warmup and Training Techniques.

Just like with nutrition, you should practice what you’ll be doing on tournament day as far as duration, intensity, and conditions. When it comes to cramping, the altered neuromuscular control theory is based on fatigued muscles. Be realistic with your pacing plan, as faster early paces in long play events may increase cramping risk.

Make sure to respect heat and humidity, too. Know what your body can handle in those conditions, as the carnage on a triathlon run course in the heat is real.

In addition, I would equate a complete and proper warmup PRIOR TO even picking up your pickleball racket. Far too many “weekend warrior” athletes DO NOT WARM UP properly prior to hitting the ball which is a definite cause of cramping and more importantly potential injuries that will keep you out of the game! Check out my videos on proper pickleball warmup and injury prevention techniques!





Back in the day when our school gym class teachers told us to “Walk it off.” When we had a cramp they actually were giving us good advice! Getting more movement and blood flow to the cramping muscle is key.

Adding in plyometric training, which targets the neuromuscular system, can also be a useful preventative.

Take note

Even the best theory out there cannot explain the differences in cramping between athletes, so trying to figure out a one-size-fits-all prevention and treatment strategy is next to impossible. If you find yourself prone to cramping, take note of triggers! Do cramps come on at certain durations or intensities? In hot conditions? Do electrolyte tabs help? What was your diet like in the days leading up to the cramp? Any recent injuries? Identifying any contributing or underlying factors can be invaluable into formulating an individual game plan for cramp prevention.

Talk to your doctor

Medical issues such as thyroid issues, diabetes, vascular issues, and nerve compression all can increase cramp susceptibility, as can certain medications. So, if cramping happens frequently no matter what you do, consult with your doctor to investigate for any potential underlying issues.

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