Cheerleading has evolved far beyond sideline support into a highly athletic sport that combines gymnastics, acrobatics, dance, strength, balance, and teamwork. Modern cheerleaders routinely perform complex stunts, tumbling passes, basket tosses, and pyramids that require precision and trust among teammates.
While cheerleading offers tremendous physical and social benefits, it also carries a risk of injury. Among the most serious concerns are concussions and other head injuries. In recent years, researchers and sports medicine professionals have also begun examining the potential role of sub-concussive events-head impacts, accelerations and decelerations, that do not produce immediate symptoms but may contribute to cumulative brain stress, physical brain load, over time.
As understanding of brain health in sports continues to evolve, both concussions and sub-concussive exposure are becoming important topics in cheerleading safety.
Understanding Concussions in Cheerleading
A concussion is a mild traumatic brain injury (mTBI) that occurs when biomechanical forces cause the brain to move rapidly within the skull. This movement can temporarily disrupt normal brain function and produce a range of symptoms. Common concussion symptoms include:
Headache
Dizziness
Confusion
Memory difficulties
Balance problems
Nausea
Sensitivity to light or noise
Difficulty concentrating
Importantly, a cheerleader does not need to lose consciousness to sustain a concussion. Most sports-related concussions occur without a loss of consciousness.
Because concussion symptoms may not appear immediately, athletes, coaches, and parents must remain alert for changes that develop in the hours or days following an impact or event.
How Concussions Occur in Cheerleading
Unlike traditional contact sports, cheerleading injuries are often associated with falls, aerial maneuvers, and athlete-to-athlete contact during stunts. Common concussion mechanisms include:
Falls from stunts or pyramids
Failed basket tosses
Tumbling accidents
Collisions with teammates
Contact with the floor or practice surface
Impact from a falling teammate
Improper landings
Flyers are particularly vulnerable because they perform skills at elevated heights. However, bases and spotters may also sustain head injuries when catching or supporting athletes during complex stunts.
The combination of height, speed, and body rotation makes concussion prevention an important aspect of cheerleading safety.
Why Cheerleading Presents Unique Risks
Cheerleading differs from many sports because athletes frequently perform airborne skills while relying on teammates for support and protection. A single routine may involve:
Multiple jumps
Tumbling passes
Partner stunts
Basket tosses
Pyramids
Dynamic transitions
Each element introduces opportunities for unexpected falls or collisions. Unlike sports where impacts and events primarily come from opponents, many cheerleading injuries occur during skill execution. Even small timing errors or loss of balance can result in sudden head acceleration, deceleration, or impact.
As routines become more advanced and competitive standards increase, understanding injury mechanisms becomes increasingly important.
The Role of Rotational Forces
Modern concussion research has shown that rotational acceleration plays a major role in brain injury.
When the head rotates rapidly following a fall or collision, the brain experiences twisting and shearing forces that can stretch nerve fibers and disrupt neurological function. In cheerleading, rotational forces frequently occur during:
Failed aerial skills
Tumbling errors
Falls from elevated stunts
Off-balance landings
Mid-air collisions
These movements can generate significant forces even when direct impact to the head appears relatively minor, or is not involved at all.
What Are Sub-Concussive Events?
A sub-concussive event is a head impact, event of deceleration or acceleration that does not produce recognizable concussion symptoms. The athlete feels normal and continues participating without any indication of injury. Examples of potential sub-concussive events in cheerleading include:
Minor collisions during stunt practice
Light head contact between teammates
Low-level impacts during catches
Small falls that do not cause symptoms
Repeated head accelerations during tumbling
Routine training exposures accumulated over time
Individually, these events may not seem significant. However, researchers are increasingly interested in whether repeated exposure may contribute to cumulative brain stress, physical brain load.
Why Researchers Are Studying Sub-Concussive Exposure
Historically, sports medicine focused on diagnosed concussions. Today, advances in biomechanics and neuroscience are expanding attention toward repetitive lower-level head impacts and events. Studies across multiple sports have found that repeated sub-concussive exposure may be associated with:
Temporary changes in cognitive performance
Altered brain connectivity
Changes in white matter structure
Biological markers associated with neural stress
Although much of the existing research comes from contact sports, scientists are increasingly interested in understanding how repetitive exposure affects athletes in sports such as cheerleading.
Because many cheerleaders begin training at a young age and may participate year-round, understanding cumulative exposure is becoming an important area of investigation.
Measuring What We Cannot See: Head Impact Monitoring in Cheerleading
One challenge in concussion prevention is that not all significant head movements are clearly visible, or produce obvious symptoms. An athlete may continue performing normally despite experiencing substantial head acceleration or deceleration during a fall, catch, or collision.
To better understand events taking place and cumulative exposure, athletes, parents, teams, clubs, sports organizations and researchers are increasingly using wearable head impact monitoring technology. Modern sensor systems can measure:
Linear acceleration (g-forces)
Rotational acceleration
Angular velocity
Impact and event frequency
Cumulative exposure over time
One example is the ACT Head Impact Tracker Head Sensor Pro. The sensor is designed to measure both linear and rotational head movements and can be worn during athletic activities. By collecting objective data throughout practices and performances, the system can provide valuable insights into impact exposure patterns during stunts, tumbling, and other cheerleading activities.
Importantly, head impact monitoring devices are not concussion diagnostic tools. Concussion diagnosis requires evaluation by qualified healthcare professionals. However, objective measurement technologies can support research, improve awareness and understanding of individual events occurring, cumulative exposure over time, injury mechanisms, and contribute to athlete safety initiatives.
Long-Term Brain Health and Repetitive Head Trauma
Researchers continue to investigate how cumulative exposure to head impacts and events influences long-term neurological health.
Current studies are exploring whether repeated exposure to both concussive and sub-concussive events may contribute to cognitive, emotional, or neurological changes later in life. While many questions remain unanswered, scientists increasingly recognize the importance of understanding an athlete’s total exposure rather than focusing solely on diagnosed injuries.
For cheerleaders, this means considering both major incidents and the accumulation of smaller impacts over years of training and competition.
Improving Safety in Cheerleading
Several strategies can help reduce concussion risk and improve athlete safety:
Education
Athletes, coaches, parents, and officials should understand concussion symptoms and reporting procedures.
Proper Coaching and Skill Progression
Athletes should master foundational skills before advancing to more complex stunts and tumbling elements.
Qualified Spotting
Proper spotting techniques can reduce injury risk during skill development and performance.
Safe Training Environments
Appropriate surfaces, equipment, and supervision are critical components of injury prevention.
Concussion Protocols
Athletes suspected of having a concussion should be removed from activity and evaluated by qualified healthcare professionals.
Head Impact Monitoring
Wearable sensor technologies may help researchers and organizations better become aware and understand the potentially hazardous real-life events, cumulative and exposure patterns, physical brain load, and support evidence-based safety initiatives.
Looking Ahead
As concussion research advances, cheerleading has an opportunity to benefit from developments in sports medicine, biomechanics, and wearable technology. Understanding not only diagnosed concussions but also repetitive lower-level head accelerations and decelerations may provide new insights into athlete safety and long-term brain health.
Future research may help identify specific skills, training methods, or exposure patterns that can be modified to reduce risk while maintaining the athletic and competitive nature of the sport.
Conclusion
Concussions in cheerleading can result from falls, collisions, failed stunts, tumbling accidents, and other events that cause rapid movement of the head and brain within the skull. At the same time, growing scientific attention is focused on sub-concussive events and repetitive head accelerations and decelerations that may occur throughout training and competition. By combining education, proper coaching, medical expertise, and advances in head impact monitoring technology, the cheerleading community can continue working toward a safer future while improving our understanding of both visible and invisible brain injuries.
ACT Head Impact Tracker is a measurement device. ACT Head Impact Tracker is not a medical device. It does not provide medical advice, diagnostics, or treatment suggestions. In case of suspected head injury, immediately and safely remove the athlete from activity and seek assessment from a licensed medical professional.
For more information, or to buy your sensor, visit