Every sport is a visual task. A tennis player reads the angle of a racquet face. A basketball player tracks the ball, the defender, the shot clock, and the open teammate simultaneously. A batsman makes a swing-or-leave decision in under 400 milliseconds. The visual-motor system is the hardware that processes all of this information before conscious thought even begins.
Most athletes train their bodies extensively. Few train their visual-motor system with the same intention. The Neuro Fitness pillar of the Mental Performance Model (MPM) addresses this gap using Senaptec technology and evidence-informed visual-cognitive training protocols.
What Is Visual-Motor Training?
Visual-motor training targets the speed and accuracy of the connection between what your eyes see and what your body does in response. It is not vision correction — you do not need to have poor eyesight to benefit. It is about training how efficiently your brain processes visual information and converts it into motor action.
The foundational research in this area established that stroboscopic training — using eyewear that intermittently blocks visual input — produces measurable improvements in visual cognition, including motion sensitivity and transient attention (Appelbaum et al., 2011). Since then, the evidence base has expanded considerably.
The 10 Senaptec Visual-Motor Skills
The Senaptec Sensory Station measures and trains ten distinct visual-motor skills. Each one contributes to a different aspect of sport performance.
1. Reaction Time. How quickly you respond to a visual stimulus. The starting gun. The ball off the bat. The opponent changing direction.
2. Go/No-Go. The ability to respond to the correct stimulus and inhibit response to the incorrect one. Knowing when to swing and when to hold. When to tackle and when to stay. Decision accuracy under time pressure.
3. Peripheral Awareness. Detecting objects and movement in your side vision without moving your eyes from a central focus point. Reading the play while watching the ball.
4. Near-Far Quickness. The speed at which your eyes shift focus between objects at different distances. Checking a scorecard then instantly refocusing on the fairway. Scanning the midfield then locking onto the ball carrier.
5. Perception Span. How much visual information you can take in from a single, brief exposure. The athlete who “sees the whole field” has a wider perception span than the one who fixates on one element.
6. Multiple Object Tracking. Tracking several moving objects simultaneously. Following the ball, your defensive assignment, and the nearest screen setter at the same time.
7. Eye-Hand Coordination. The speed and accuracy of hand movements directed by visual input. Catching, striking, intercepting, directing.
8. Depth Perception. Judging the distance and speed of approaching objects. Timing your jump for a contested mark. Positioning for a volley.
9. Contrast Sensitivity. Detecting objects against backgrounds with low contrast differences. Picking up a white ball against a cloudy sky. Reading movement in poor lighting conditions.
10. Target Capture. Locating and focusing on a specific visual target within a complex field. Finding the seam of a cricket ball in flight. Spotting the open receiver in traffic.
These are not abstract laboratory measurements. They map directly to the visual demands of sport. Research has demonstrated that structured vision training programs produce real performance improvements — one study found that high-performance vision training improved a university baseball team’s batting average from .251 to .285 over a single season (Clark et al., 2012).
These are not abstract laboratory measurements.
The Stroboscopic Training Effect
A key training modality in the Neuro Fitness pillar is stroboscopic training using Senaptec Strobe glasses. These liquid crystal lenses alternate between transparent and opaque at adjustable frequencies, forcing the visual system to process information with reduced input.
The training effect is analogous to altitude training for the cardiovascular system. Train under restricted conditions, then perform under normal conditions with an advantage. When the strobes come off, the visual system operates with greater efficiency because it has adapted to working with less.
A 2021 study with youth hockey players found that ten weeks of combined oculomotor and sports vision training produced measurable improvements across nearly all visual-motor measures, with electrophysiological evidence confirming neural adaptation at the cortical level (Poltavski et al., 2021).
A 2025 meta-analysis confirmed these findings across multiple athletic populations, establishing that stroboscopic training produces significant benefits across diverse skill types and competitive levels (Guo et al., 2025).
How the Neuro Fitness Course Delivers This
The Neuro Fitness pillar covers visual-cognitive training across six modules and thirty lessons. The early modules build foundational understanding of how the brain processes visual information and why it matters for sport. The later modules introduce specific training protocols, including Senaptec-based drills and equipment-free exercises that target individual visual-motor skills.
The Neuro Fitness pillar covers visual-cognitive training across six modules and thirty lessons.
RAW Edge Performance also offers in-person Senaptec Sensory Station assessments in Perth, which provide a detailed baseline of your ten visual-motor skills and a personalised training plan.
The online course and in-person assessments are designed to complement each other, but each works independently. You do not need equipment to start training your visual-motor system.
Free Technique: The Peripheral Awareness Walk
Here is one drill you can do without any equipment, starting today.
Go for a walk — around your neighbourhood, a park, or a training facility. Fix your gaze straight ahead. Do not move your eyes. Keep your head still and your focus locked on a point directly in front of you.
As you walk, count the distinct objects you detect in your peripheral vision. Trees, cars, people, signs, animals — anything you notice without moving your eyes.
Start with a two-minute block. Record your count. Repeat the drill three times over a week and track whether your count increases.
This exercise trains peripheral awareness — one of the ten Senaptec skills — by forcing your visual system to process information from the edges of your visual field rather than relying on central vision. It is a simple drill with a specific training target.
Training the Full Visual-Motor System
Peripheral awareness is one of ten skills. Training all ten creates a compound effect where improvements in one area support performance in others. An athlete with faster reaction time, wider perception span, and stronger depth perception does not just see better — they make better decisions faster.
The Neuro Fitness pillar provides the structure for training all ten skills progressively, with clear explanations of the science behind each one.
Explore courses at rawedge.au/courses
References
- Appelbaum, L. G., Schroeder, J. E., Cain, M. S., Darling, E. F., & Mitroff, S. R. (2011). Improved Visual Cognition through Stroboscopic Training. Frontiers in Psychology, 2, 276. PMID: 22059078. Full research references at rawedge.au/research
- Poltavski, D., Biberdorf, D., & Poltavski, C. P. (2021). Which Comes First in Sports Vision Training: The Software or the Hardware Update? Frontiers in Human Neuroscience, 15, 732303. PMID: 34690722. Full research references at rawedge.au/research
- Guo, J., et al. (2025). Stroboscopic training effects on athletic performance and cognitive function across populations, purposes, and skill types: a systematic review and meta-analysis. Frontiers in Sports and Active Living. PMID: 41458106. Full research references at rawedge.au/research
- Clark, J. F., Ellis, J. K., Bench, J., Khoury, J., & Graman, P. (2012). High-Performance Vision Training Improves Batting Statistics for University of Cincinnati Baseball Players. PLoS ONE, 7(1), e29109. Full research references at rawedge.au/research
Aaron Williams is an AHPRA-registered psychologist (PSY0002297677) and the founder of RAW Edge Performance. He works with athletes and performers across sport, performing arts, and high-performance environments.