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Virtual reality and gaming systems improve static and dynamic balance in older adultsVideo games may help older adults keep their balance

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Key Takeaway
Consider Kinect for static balance and fear reduction, and BTSNVR for dynamic balance in older adults.

This network meta-analysis evaluated the efficacy of various virtual reality-based interventions, including Kinect, IVR, BTSNVR, and Wii, for managing balance impairment in older adults. The analysis included a total sample size of 1,815 participants. The study compared these interventions against usual care (UC) and active controls (AC) to assess static balance, dynamic balance, and fear of falling.

For static balance, Kinect (MD=6.83, 95% CI: 1.78 to 11.89), IVR (MD=6.80, 95% CI: 0.28 to 13.30), and Wii (MD=3.89, 95% CI: 0.34 to 7.44) significantly outperformed usual care. Regarding dynamic balance, BTSNVR (SMD=-3.66, 95% CI: -5.22 to -1.20), Wii (SMD=-2.79, 95% CI: -3.93 to -1.66), Kinect (SMD=-1.87, 95% CI: -2.53 to -1.22), and AC (SMD=-1.66, 95% CI: -2.35 to -0.97) were superior to usual care. Only the Kinect intervention showed a significant reduction in fear of falling (SMD=-3.52, 95% CI: -5.48 to -1.56).

The authors note that several comparisons were based on few studies and the findings are preliminary. Clinical application should be cautious as rankings are not definitive. Evidence suggests Kinect may benefit static balance and fear reduction, while BTSNVR may improve dynamic balance.

Falling is one of the biggest fears that comes with getting older. Now a new analysis suggests that some video game based balance programs may actually help. Researchers pooled results from studies of 1,815 older adults and compared virtual reality systems (Kinect, IVR, BTSNVR, and Wii) against usual care and active control programs.

For static balance, meaning staying steady while standing still, Kinect, IVR, and Wii all did better than usual care. For dynamic balance, staying steady while moving, BTSNVR, Wii, Kinect, and active control all beat usual care. Only Kinect significantly reduced fear of falling.

The catch: this is early evidence. Several of the comparisons rested on just a few studies, and the researchers themselves call the findings preliminary. They also warn that the rankings of which system works best should be read with caution. The analysis did not report any safety information, so we do not know about side effects or injuries.

So should you swap your walker for a game console? Not yet. These results are a promising signal, not a proven recipe. If balance worries you, talk with your doctor about what is right for you.

What this means for you:
Some virtual reality games beat usual care for balance in older adults, but the evidence is still early.

Common questions

Which virtual reality system worked best for balance?

It depends on the type of balance. For static balance (standing still), Kinect, IVR, and Wii all beat usual care. For dynamic balance (moving), BTSNVR, Wii, Kinect, and active control all did better than usual care. Only Kinect significantly reduced fear of falling. The researchers caution that rankings should be read carefully because some comparisons relied on few studies.

Is this evidence strong enough to rely on?

Not yet. The researchers call the findings preliminary. Several of the comparisons were based on only a few studies, and they warn that the rankings of systems should be interpreted cautiously. This is an early signal, not a proven answer. Talk with your doctor before changing anything about your balance routine.

Were there any side effects or safety problems?

The analysis did not report any safety information. It did not report adverse events, serious adverse events, or how many people stopped using the programs. So we simply do not know from this analysis whether these virtual reality programs caused any problems or injuries. Ask your doctor if you have concerns about starting one.

Who was studied in this analysis?

The analysis pooled results from studies of 1,815 older adults with balance impairment. It compared virtual reality based interventions (Kinect, IVR, BTSNVR, and Wii) against usual care and active control programs. The studies looked at static balance, dynamic balance, and fear of falling. The analysis did not report how long people used the programs.

Study Details

Study typeMeta analysis
EvidenceLevel 1
PublishedOct 2026
View Original Abstract ↓
Virtual reality (VR) is increasingly used to improve balance and reduce fear of falling in older adults, but comparative effectiveness of different VR types remains unclear. This network meta-analysis (NMA) aimed to compare and rank the efficacy of various VR interventions against usual care for static balance, dynamic balance, and fear of falling. Two investigators independently searched Embase, PubMed, PsycINFO, Cochrane Library, CNKI, and VIP for RCTs published from inception to May 30, 2026. Eligible studies included older adults receiving VR versus usual care or active control, with outcomes measured by validated tools. Risk of bias was assessed using RoB 2. A random-effects consistency model was applied, using MDs or SMDs with 95% CIs. Nineteen RCTs (1,815 participants) were included. For static balance, Kinect (MD = 6.83, 95% CI: 1.78–11.89), IVR (6.80, 0.28–13.30), and Wii (3.89, 0.34–7.44) significantly outperformed UC; SUCRA rankings placed Kinect first (82.2%), followed by IVR (78.1%) and BTSNVR (56.8%). For dynamic balance, BTSNVR (SMD = −3.66, −5.22 to −1.20), Wii (−2.79, −3.93 to −1.66), Kinect (−1.87, −2.53 to −1.22), and AC (−1.66, −2.35 to −0.97) were superior to UC; SUCRA ranked BTSNVR best (87.5%), Wii (82.0%), and Kinect (57.1%). For fear of falling, only Kinect showed significant reduction (SMD = −3.52, −5.48 to −1.56), ranking highest (78.7%), with IVR (66.3%) and BTSNVR (60.9%) less effective. However, several comparisons were based on few studies, so findings are preliminary. Specific VR interventions offer distinct advantages: Kinect may benefit static balance and fear reduction, while BTSNVR improves dynamic balance. Rankings should be interpreted cautiously. Larger head-to-head RCTs with standardized protocols and longer follow-up are needed to validate these findings and establish clinical recommendations. https://www.crd.york.ac.uk/PROSPERO/view/CRD420261464816, CRD420261464816.
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