How Seyetz™ Works

The science of seeing less — and performing better.

 

Too much information can confuse the brain.

When kicking a moving ball, your eyes track it continuously until impact.
But as the ball nears your foot, the visual system floods the brain with unnecessary data — causing overload and disrupting smooth coordination.

This “visual noise” makes timing inconsistent and can make the weaker foot feel uncoordinated or “off.” It also inhibits the confidence to look up to make real time decisions and fine tune accuracy.

Control Visual Input for Perfect Coordination.

Seyetz uses a patented optical design that blocks the ball from view in the final moment before contact.

This brief visual gap allows the brain to use the data it has already processed — resulting in smooth, accurate movement.

As the ball disappears, your eyes freely shift focus to the target — training your visual and motor systems to work together in harmony.

🧩 The science behind the Seyetz effect.

The visual system and motor system are deeply linked.

When the eyes stop sending new information for a moment, the brain’s predictive timing network takes over — continuing motion already initiated and focusing on the fine tuning of accuracy.

This process strengthens neural pathways responsible for coordination and focus.

That’s why users report Seyetz makes movement feel easier, calmer, and more natural.

From learning to elite — for every brain and body.

  • Beginners: Learn accurate ball striking faster — without overthinking.
  • Therapists: Support clients with Dyspraxia or ADHD in improving focus and motor planning.
  • Athletes: Fine-tune timing, confidence and decision making, especially when training both feet.
  • “The moment the ball disappears, I can see the target — it just happens.”

    Youth Player, Age 12

  • “It’s incredible — from simple to complex coordination the results were instant.”

    Occupational Coach

Ready to see the difference?

Try Seyetz for yourself — or see how it can transform your training sessions.