Summer Sports Injuries: What to Know Before You Push Through

As the mid-summer sun peaks, so does the activity level at local parks, trails, and courts. After months of winter inactivity, the sudden urge to maximize the warm weather often leads to a spike in physical exertion. For many active adults, this enthusiasm inevitably brings about a familiar, nagging question: “Is this just normal muscle soreness, or did I actually hurt myself?”

When you combine a “too much, too soon” mentality with summer heat fatigue, the body’s biomechanics are pushed to their limits. As Doctors of Chiropractic and integrated sports medicine practitioners, we frequently see patients treating localized pain—like a throbbing elbow or an aching knee—as an isolated event. However, the human body operates as an interconnected system.

Our clinical philosophy centers on the Kinetic Domino Effect. We look beyond the immediate symptoms to decode, prevent, and heal injuries through root-cause biomechanical alignment and integrated physical therapy.  

Are You Playing More Than Your Body Trained For?

The transition from a sedentary winter to an active summer is a shock to the musculoskeletal system. Summer sports injuries are rarely the result of a single, catastrophic event; rather, they are the culmination of sudden spikes in activity volume.  

Furthermore, we also need to account for the “Heat-Injury Connection.” High summer temperatures do more than just cause dehydration; they actively decrease cognitive processing speed and physical endurance. When your central nervous system fatigues from heat exposure, your motor control diminishes. This leads to subtle biomechanical breakdowns—a dropped shoulder, a lazy foot placement—that drastically increases your susceptibility to injury. 

The Difference Between “Working Hard” and “Working Wrong”

To prevent these injuries, we must differentiate between pushing muscles to adapt (“working hard”) and overloading tendons due to poor form (“working wrong”). Overuse injuries occur when the structural capacity of a tendon or joint is repeatedly exceeded without adequate recovery. 

Take the pickleball backhand stroke, for example. When executed correctly, the power should generate from the lumbopelvic-hip complex and transfer smoothly through the core and shoulder. However, when fatigue sets in or spinal mobility is restricted, players often rely entirely on their wrist and elbow to snap the paddle. This poor paddle mechanic causes repetitive micro-tears in the extensor tendons of the forearm. Understanding these kinetic chain compensation patterns in sports is vital.  

Sore vs. Sports Injury

Normal Soreness: Symmetrical, Dull, and Gone in Two Days

What we commonly refer to as soreness is clinically known as Delayed Onset Muscle Soreness (DOMS). DOMS is a natural physiological response to novel physical stress, characterized by microscopic tears in the muscle fibers that stimulate hypertrophy (muscle growth). DOMS symptoms typically peak between 48 and 72 hours post-activity, and healing usually occurs within a week without any lasting sequelae (German Journal of Sports Medicine, 2024). DOMS presents as a dull, achy stiffness that is generally symmetrical (e.g., both thighs ache after a long hike). 

Sports Injury Pain That Changes How You Move 

Understanding the difference between muscle soreness and injury requires recognizing the clinical “red flags” of acute trauma. Board-certified orthopedic surgeons emphasize that injury pain is typically sharp, stabbing, and highly localized to a specific joint or tendon. If your pain persists past the 3-to-4-day mark without improvement, or if it forces a noticeable change in your gait, posture, or swing mechanics, you are likely dealing with an injury rather than benign soreness. 

The Warm-Up Test: Sports Stiffness vs. Sharpness That Arrives Mid-Activity 

A highly effective self-assessment tool is the “Warm-Up Test.” Benign muscular stiffness generally improves as blood flow increases during a dynamic warm-up. If you step onto the court feeling stiff, but feel fluid and pain-free after ten minutes of light movement, you are likely experiencing normal soreness. Conversely, if the pain worsens as you play, or if a sharp sensation suddenly arrives mid-activity, this is a clear indicator of an injury that requires evaluation and recovery. Assess your pain at rest versus your pain during movement; pain that sharply limits your range of motion under load is a definitive red flag. 

Compensation Patterns with Sports Injuries

When an injury is ignored, the body instinctively alters its movement strategy to avoid pain. This brings us to the core of our clinical focus: kinetic chain compensation patterns. When a joint is restricted or a muscle is imbalanced, the body forces adjacent structures to take on loads they were not designed to bear. This inefficient force transmission creates a domino effect, leading to downstream overuse injuries. A 2023 peer-reviewed study in the Journal of Medicine and Life confirmed that a defect in the kinetic chain develops compensatory patterns, placing high demands on distal joints and ultimately leading to overload injuries (Almansoof et al., 2023).  

How a Sore Ankle Becomes a Hip Problem Becomes a Back Problem 

Signs You’re Compensating Without Realizing It

Athletes often develop kinetic chain compensation patterns without conscious awareness. Actionable self-assessments can help you identify these hidden imbalances before they result in a blowout injury. Look for subtle signs: Are you favoring one leg when walking down stairs? Has your running stride shortened on one side? Are you gripping your paddle differently to avoid wrist pain? Clinical researchers Sciascia and Cromwell highlight that the common proximal causes of distal dysfunction include poor rear foot control, limited spinal mobility, and poor scapular control (Sciascia & Cromwell, 2012). Identifying these signs early is the key to prevention. 

How to do a Recovery Weekend 

If you are dealing with general fatigue or mild DOMS, an active recovery weekend is highly beneficial. True summer sports injury recovery involves more than just sitting on the couch and using ice. It requires specific hydration and acclimatization protocols to combat heat-exacerbated fatigue. Focus on light mobility work, dynamic stretching, and replenishing electrolytes. Most importantly, allow your central nervous system to reset after prolonged heat exposure, which restores the motor control necessary for safe athletic performance. 

Should I Rest When Injured? 

There is a profound difference between resting an injury and merely waiting for a dysfunction to temporarily quiet down. If you are dealing with chronic ankle instability or severe elbow pain, and the pain returns the moment you resume activity, passive rest has failed. Resting a dysfunctional kinetic chain only preserves the dysfunction. Healing ligaments, such as the anterior talofibular ligament (ATFL) in the ankle, requires active proprioceptive retraining and targeted biomechanical correction to restore the brain’s connection to the joint. 

What “Getting It Checked” Looks Like at Vida 

When rest isn’t enough, it’s time to seek integrated physical therapy and sports injury chiropractic care.  At Vida, our holistic, interdisciplinary approach treats the entire kinetic chain. Our practitioners hold advanced sports medicine credentials, such as the Certified Chiropractic Sports Physician (CCSP®) and Diplomate of the American Board of Chiropractic Sports Physicians (DACBSP®) designations, ensuring rigorous training in both skeletal alignment and integrated manual therapy. 

One Visit, a Whole Team: How Our Providers Review Your Case Together 

Should I See Chiropractic, Physical Therapy, or Massage Therapy First? 

Patients often wonder which therapy they need first. In an integrated clinic, you don’t have to guess. We operate on the principle of “Treating the Swing, Not Just the Elbow.” Chiropractic treatment for pickleball injuries might begin with specific extremity adjustments and spinal manipulation to restore optimal nerve function and joint mechanics. Simultaneously, targeted modalities like shockwave therapy, performed by a physical therapist, break down scar tissue in the extensor tendons. Physical therapy will help to rebuild localized tissue strength and retrain healthy movement patterns, ensuring the injury does not return. 

Don’t Sit Out Summer 

Pain is a signal, not a life sentence. Whether you are battling a stubborn case of tennis elbow or recovering from a rolled ankle on the hiking trail, understanding the difference between soreness and injury is your first line of defense. By recognizing the quiet danger of compensation patterns and addressing the kinetic chain as a whole, you can move beyond endless cycles of symptom management. Chiropractic sports medicine and integrated care are designed to do more than just relieve pain; they are designed to achieve long-term, pain-free performance. 

Don’t let a nagging injury ruin your summer season. Schedule a comprehensive assessment with the integrated sports medicine team at Vida today to find your root cause and get back in the game. 

Medical Disclaimer: The information provided in this article is for educational purposes only and does not substitute for professional medical advice, diagnosis, or treatment. Always consult with a qualified healthcare provider regarding any pain or injury. 

References 

1. The Journal of the American Osteopathic Academy of Orthopedics (JAOAO). (2025). Rising Orthopedic Injuries in Pickleball: Insights from a 10-Year National Study. Retrieved from aoao.org/2025/03/21/rising-orthopedic-injuries-in-pickleball-insights-from-a-10-year-national-study
2. ScienceDirect Topics. (N.D.). Delayed Onset Muscle Soreness — an overview. Clinical Ultrasound. Retrieved from sciencedirect.com/topics/neuroscience/delayed-onset-muscle-soreness
3. German Journal of Sports Medicine. (2024). Delayed Onset Muscle Soreness (DOMS) – Muscle Biomechanics, Pathophysiology and Therapeutic Approaches. Retrieved from germanjournalsportsmedicine.com
4. Almansoof, H. S., Nuhmani, S., & Muaidi, Q. (2023). Role of kinetic chain in sports performance and injury risk: a narrative review. Journal of Medicine and Life, 16(11). Retrieved from pmc.ncbi.nlm.nih.gov/articles/PMC10893580
5. Xu, Y., Song, B., Ming, A., Zhang, C., & Ni, G. (2022). Chronic ankle instability modifies proximal lower extremity biomechanics during sports maneuvers that may increase the risk of ACL injury: A systematic review. Frontiers in physiology, 13, 1036267. https://doi.org/10.3389/fphys.2022.1036267