The article examines gaze stabilization—the complex system that ensures crisp vision and stable balance during head movement—and its critical relevance for Doctors of Chiropractic (DCs) in fall prevention. Proper stabilization relies on the sophisticated interaction of three key reflexes: the vestibulo-ocular reflex (VOR), the cervico-ocular reflex (COR), and saccadic eye movements (SEMs). The COR is strongly influenced by the suboccipital muscles, which contain up to 10 times the average density of muscle spindles, providing highly detailed position-sense information about head movements. A failure in this system, often caused by advancing age, vestibular disorders, or neck pain, results in impaired balance, blurred vision, and a greatly increased risk of falling. Specifically, researchers have demonstrated that age-related decreases in SEM speed strongly correlate with impaired dynamic balance and reduced walking speed in older adults. DCs can screen for impairment using a simple, cost-effective dynamic visual acuity test. Crucially, simple, home-based gaze stabilization exercises have been proven to improve postural stability, balance confidence, and even cognitive function in both healthy older adults and those with mild cognitive impairment. Integrating these exercises into conventional balance rehabilitation significantly reduces fall rates.