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Video games may help with a narrow set of visual and hand–eye tasks, but current evidence does not show that ordinary gaming reliably improves robotic surgery performance. Any potential overlap is different from learning to operate: gaming does not teach surgical judgment, anatomy, tissue handling, or the teamwork and safety skills required in clinical care.
Does gaming make you better at robotic surgery?
The evidence is inconsistent, and the most recent broad review found no meaningful association between video game experience and performance in nonlaparoscopic surgical modalities, including robotic surgery. That does not prove gaming can never help an individual with a particular task; it means the available studies do not establish a reliable robotic-surgery advantage from gaming history.
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Freeman and colleagues’ 2026 systematic review included 15 studies and 641 participants. Gaming experience was associated with better overall scores and faster completion chiefly in laparoscopic studies conducted before structured training. Accuracy favored gamers in the two studies that reported it, while error rates and economy of motion had mixed or mostly nonsignificant findings. The authors could not pool results because the studies used varied designs and outcomes. They also judged nonrandomized studies to have moderate or serious risk of bias and the sole randomized trial to have serious risk of bias. Read the review abstract on PubMed.
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Which abilities might overlap?
The plausible overlap is in basic visuomotor and psychomotor demands: attending to visual information, judging spatial relationships, coordinating hand movements with what is seen, and controlling movements precisely. Those abilities could support early performance on a simulator task when its demands resemble a familiar game task.
That is a plausible explanation for limited task-level associations, not evidence that a general gaming skill transfers wholesale to surgery. Similar-looking controller movements do not establish equivalent performance with surgical instruments, tissue, or clinical decisions.
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What gaming does not teach
The evidence does not show that gaming develops the complete set of skills required for robotic surgery. In particular, it does not establish learning of:
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- Tissue handling or the judgment needed to apply force safely.
- Anatomy, procedural knowledge, or operative decision-making.
- Safe responses to complications or changing clinical conditions.
- Communication and coordination with the operating-room team.
Nor do the gaming studies establish that players perform better in live operations, produce better patient outcomes, or are ready to operate. A simulator score or faster task time is not a substitute for supervised clinical training.
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Why robotic simulator practice is different from gaming
A robotic surgery simulator is designed around surgical tasks rather than general entertainment. Practice on one is therefore a more direct form of training for those tasks than a history of playing consumer video games. The distinction matters: evidence about structured simulator practice should not be presented as evidence that ordinary gaming has the same effect.
A 2026 systematic review of 25 studies of robotic virtual-reality simulator training found improvement in proximal, nonvirtual technical performance, including faster tasks, fewer errors, and higher technical scores. Evidence for transfer to live operations or patient outcomes remained limited and heterogeneous; certainty was higher for educational outcomes than for clinical endpoints. Read the review on PubMed.
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A separate 2026 review and meta-analysis included eight randomized trials, with seven contributing to its quantitative analysis. Its pooled result for global technical skill favored simulator training but was not statistically significant: Hedges’ g 0.77, 95% confidence interval −0.64 to 2.18, p = 0.205. The wide interval and small evidence base illustrate the uncertainty in estimating transfer beyond the simulator. Read the review and meta-analysis on PubMed.
Quick Recap
How to interpret the evidence
- Gaming history: observational comparisons can show an association, but they cannot establish that gaming caused better performance. Differences between participants and study methods may affect results.
- Game-based training: a study may test a particular training activity, not simply compare people who happen to game with those who do not.
- Simulator practice: structured practice targets surgical tasks and has evidence of transfer to some nonvirtual technical outcomes, but that is not proof of better patient outcomes.
- Clinical competence: readiness to operate depends on supervised education and a broader set of clinical and team skills—not a gaming background or simulator result alone.
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