You train your legs. You train your core. You train your arms. But are you training your neck?
If not, you’re leaving strength, speed, and protection on the table—especially if you’re an athlete in a throwing, stick, or racquet sport.
At PhysioActive, we’ve seen how critical the cervical spine is to high performance and injury prevention. Despite being relatively small, the muscles around your neck play a huge role in keeping your body aligned, your brain sharp, and your movements powerful.
Your neck muscles aren’t just there to hold your head up. They’re directly involved in:
In high-speed sports, that means your neck isn’t just reacting to motion—it’s controlling it. Weakness in the deep stabilizers like the longus colli or more prominent movers like the sternocleidomastoid leads to poor alignment, slower reaction times, and increased injury risk.
And here’s what many athletes don’t realize: stiffness, tension headaches, and even poor postural control often trace back to undertrained neck muscles.
When you build isometric strength in your neck—holding positions under high effort without movement—you’re doing more than just toughening up.
You’re:
This isn’t just theory. The central nervous system relies on the cervical spine for stability. Your vertebral artery and vein, which run through C2–C6, manage critical blood flow to and from the brain. Weak neck muscles can reduce that flow, dulling your performance and mental sharpness right when you need it most.
When your neck is weak or unstable—especially the upper cervical spine (C0–C2)—you’re not just risking poor posture or reduced performance. You’re potentially disrupting your vestibular system, your visual reflexes, and your brain’s ability to process movement.
The deep stabilizing muscles in your upper neck are closely tied to the vestibulo-ocular reflex (VOR) and cervico-ocular reflex (COR). These systems help your eyes stay stable when your head moves and support your sense of balance and orientation.
When these neck muscles are undertrained or overloaded:
This is often what we see in athletes post-concussion. The brain may have healed, but the mechanical and proprioceptive dysfunction in the neck remains, feeding faulty signals to the visual and vestibular systems.
One of our PhysioActive athletes, a Division 1 lacrosse player, came to us looking for an edge. After just one 45-second max-effort neck flexion isometric using the Isophit Strength Kit, his rate of breaking force during a counter-movement jump increased by 21.8%—measured on the Hawkin Dynamics platform.
That kind of gain is massive.
He was able to generate more power with less effort, transfer force more efficiently through his body, and reduce strain on his joints—all from training a single neck movement.
We don’t just add neck training as an afterthought. We build it into your program with intention, because we know that real performance comes from integrated stability. When your neck is strong, your entire kinetic chain improves.
Whether you’re swinging a racquet, throwing a pass, or sprinting downfield, a stable cervical spine allows for:
One of our varsity hockey players recovering from concussion came in still struggling with dizziness and blurry vision despite being medically cleared. Once we isolated the issue to poor upper cervical isometric control and added targeted neck training, her balance, eye focus, and reaction time significantly improved within weeks.
If you want to move better, feel more stable, and protect yourself from injury, train your neck like it matters—because it does. Our team at PhysioActive uses cutting-edge isometric protocols and technology like the Isophit Strength Kit to help you build strength exactly where your sport demands it.
🧠 More brain support.
💪 More force production.
⚡ More performance.
🛡️ Less injury.
Book your assessment at PhysioActive today—and let’s build the neck strength that holds everything together.
Thomas Hein is a registered physiotherapist and the clinical director at Physioactive Orthopaedic and Sports Injury Inc. He is also a clinical complex case consultant at the Canadian Centre for Integrative Medicine. Thomas has been helping clients recovery and perform optimally since graduating from Queen’s University with his Physical Therapy degree in 1995.Thomas has been committed to postgraduate education becoming a fellow of the Canadian Academy of Manipulative Therapy in 2001 and teaching within the Orthopaedic Division on Canadian Physiotherapy Association. With his quest to understand the whole body Thomas began taking postgraduate courses in Acupuncture and traditional chinese medicine. In 2002, Thomas continued his quest to understand movement, and the interactions of the nervous system and how the body works together as a unit. He completed his Osteopathy diploma at the Canadian College of Osteopathy won the Sutherland Award for the best thesis in his graduating year. Thomas uses his expert knowledge in human movement and normal human development to optimize the recovery of all patients. He enjoys the rewards of achieving success where other practitioners have failed. He approaches his chronic pain patients the same way he approaches his professional and Olympic athletes.
