able Tennis Visual Attention Matches Video Games in Landmark UFOV Study

A 2026 study published in Behavioral Sciences found that table tennis players match action video game players in visual attention performance on the Useful Field of View (UFOV) test. The finding is significant because UFOV is a gold-standard measure of visual processing speed and selective attention under interference. It predicts real-world outcomes including driving safety and fall risk in older adults.

The study compared four groups: table tennis players, action video game players, aerobic gymnastics athletes, and non-trained students. Both table tennis and video game groups significantly outperformed the gymnastics and student groups on UFOV subtests measuring selective attention under visual interference. The two expert groups did not differ from each other.

The Useful Field of View Test

The UFOV test, originally developed by Ball and Edwards in 1992, measures three components of visual attention:

1. Processing speed: Ability to rapidly identify central targets
2. Divided attention: Ability to simultaneously monitor central and peripheral locations
3. Selective attention: Ability to identify targets while ignoring distracting information

Selective attention is the most challenging component. It requires filtering out irrelevant visual clutter—a capacity essential for complex real-world tasks like driving or playing sports.

The test presents visual stimuli briefly and measures the minimum display area required for accurate performance. Smaller required areas indicate better attention efficiency.

The Study Design

Guo and colleagues recruited 30 participants per group. All table tennis players competed at the university level or higher with minimum 5 years of training. Video game players logged minimum 5 hours of action game play per week for minimum 3 years. Gymnastics athletes trained minimum 10 hours weekly for minimum 5 years. Students had no competitive sports or gaming experience.

Participants completed all three UFOV subtests. The key finding emerged from the selective attention subtest, which presented central targets alongside peripheral distractors.

Results - able Tennis Matches Video Games

On selective attention under visual interference:

• Table tennis players and video game players both performed significantly better than gymnastics athletes and non-trained students
• The difference between table tennis and video game groups was not statistically significant
• Gymnastics athletes and students did not differ from each other

The pattern held after controlling for general physical fitness. The advantage was specific to attentional components trained by table tennis and action video games, not a general exercise effect.

On processing speed and divided attention subtests, table tennis and video game players showed advantages but the pattern was less consistent. The selective attention advantage was the most robust finding.

Why This Matters

Video games have long been recognized as a training tool for visual attention. Green and Bavelier’s landmark 2003 study in Nature demonstrated that action video game players outperform non-gamers on UFOV and related attention tasks. The current study shows that table tennis produces comparable effects through real-world sport rather than screen-based training.

The finding suggests that open-skill sports—activities requiring continuous adaptation to unpredictable visual stimuli—train the same attentional mechanisms as action video games. The difference is that table tennis provides these benefits alongside cardiovascular fitness, motor skill development, and social interaction.

The Mechanism - isual-Motor Integration

Table tennis requires constant visual scanning. Players track ball trajectory, anticipate opponent intentions, and plan movements under severe time constraints. The sport demands rapid processing of multiple visual streams: ball position, opponent position, table boundaries, net location, and paddle orientation.

This continuous visual-motor integration under time pressure may strengthen the neural circuits underlying selective attention. The brain learns to filter irrelevant visual information and prioritize task-relevant stimuli.

Video games produce similar effects through screen-based challenges. Table tennis produces these effects in a physical, social context.

The Aerobic Gymnastics Comparison

The aerobic gymnastics group provides an important control. These athletes train intensely but their sport does not require rapid visual attention under interference. Their performance on UFOV matched the non-trained students, demonstrating that general physical fitness alone does not improve selective attention.

The finding isolates the cognitive component of table tennis training. The sport’s attentional benefits stem from its visual-motor demands, not its cardiovascular load.

Practical Implications

For cognitive training and rehabilitation, the findings suggest that table tennis offers a viable alternative to video games. Older adults or patients with attention deficits may prefer physical activity to screen-based training. Table tennis provides similar attentional benefits with additional physical and social advantages.

For athletes and coaches, the study validates the cognitive dimension of sport-specific training. Reaction time drills are not enough—attention training through unpredictable visual scenarios matters.

Future Research

The current study did not examine transfer effects. Future research should test whether table tennis training improves UFOV performance in novices over time. Longitudinal studies could identify optimal training protocols for attention enhancement.

The mechanisms underlying the attentional benefits also warrant investigation. Neuroimaging studies could examine whether table tennis training produces structural changes in visual attention networks similar to those observed in video game players.

The Bottom Line

Table tennis players match action video game players on selective attention under visual interference. Both groups significantly outperform athletes in closed-skill sports and non-trained individuals. The finding demonstrates that real-world sport can produce cognitive benefits equivalent to screen-based training.

For anyone seeking to enhance visual attention—whether for athletic performance, cognitive health, or rehabilitation—table tennis offers a compelling option. It provides the attentional benefits of video games with the added advantages of physical activity, social interaction, and lifelong play.

Sources:

• Guo S, Liu Z, Yin L, Li Z, Lu Y. “Component-Specific Advantages in Visual Attention Across Experience Groups - UFOV Study.” Behavioral Sciences (Basel). 2026;16(4):513. DOI 10.3390/bs16040513.
• Ball K, Edwards JD. “Useful Field of View Test - review of the literature.” Journal of Gerontology. 1992;47:191-200.
• Green CS, Bavelier D. “Action video game modifies visual selective attention.” Nature. 2003;423:534-537.