Saccadic vision refers to the rapid, jerky movements of the eyes that occur when we shift our gaze from one point to another. These movements, called saccades, allow us to quickly and accurately scan our environment and focus on specific objects or details.

In other words, this is how an athlete is able to predict where a moving object is going.

Eg. A hitter at the plate isn't swinging at where the ball is out of the pitcher's hand, rather they are swinging at where the ball will be at point-of-contact.
This is why so much of vision in sports is about prediction, anticipation, and reaction.

Saccadic vision refers to the rapid, jerky movements of the eyes that occur when we shift our gaze from one point to another. These movements, called saccades, allow us to quickly and accurately scan our environment and focus on specific objects or details.

In other words, this is how an athlete is able to predict where a moving object is going.
Eg. A hitter at the plate isn't swinging at where the ball is out of the pitcher's hand, rather they are swinging at where the ball will be at point-of-contact.
This is why so much of vision in sports is about prediction, anticipation, and reaction.

Sports strobe glasses utilize liquid crystal lenses controlled by electronic circuitry. These glasses intermittently block and allow light to pass through, challenging an athlete's visual processing system. 

Using our app, you can customize the frequency and duration of occlusion or Strobe lens speed.

Electronic Control: The glasses are equipped with electronic circuitry that controls the application of an electric field to the liquid crystal lenses. This electric field influences the alignment of the liquid crystal molecules, affecting the transparency of the lenses.

Intermittent Occlusion: When the electric field is applied, the liquid crystal molecules align in a way that makes the lenses opaque, blocking light from passing through. When the electric field is turned off, the liquid crystals return to a different alignment, allowing light to pass through the lenses.

Adjustable Frequency and Duration: The electronic control system allows users to adjust the frequency and duration of the lens occlusion. Athletes can customize the training experience by setting the glasses to intermittently block their vision at specific intervals.

Training Effect: By intermittently obstructing the visual field, sports strobe glasses challenge the athlete's visual processing system. This kind of visual disruption is believed to enhance cognitive functions, including reaction time, hand-eye coordination, and overall visual awareness.

Adaptation and Improvement: Regular use of sports strobe glasses encourages neuroplasticity, where the brain adapts to the altered visual input. Over time, athletes may experience improved visual processing and performance.