Wearing a VR headset when exercising may boost performance.
Research shows that immersing oneself in a virtual environment during a workout helps boost performance and endurance, as well as reduce the levels of perceived pain and effort.
Researchers have been looking more and more into the potential therapeutic applications of virtual reality (VR).
New research further examines the relationship between VR and the experience of pain, but in the context of physical exercise.
Scientists who were led by Maria Matsangidou, a doctoral researcher in the School of Engineering and Digital Arts at the University of Kent in the United Kingdom, set out to examine the effects of VR on performance and the perception of pain during a workout.
The findings were published in the journal Psychology Sports and Exercise.
Studying the effects of VR on exercise
Matsangidou and colleagues asked 80 participants to perform an isometric bicep curl at 20 percent of their maximum strength and to hold the weight for as long as possible. Of these participants, 40 wore a VR headset and 40 controls were asked to do the same lift but without the headset.
Those who wore the VR headset saw a virtual recreation of the same environment that the control group was in — that is, the same room, decorated in the same way — but they were also able to see a visual representation of their arm holding the weight.
The researchers measured the study participants' heart rates, time to exhaustion, and private body consciousness — that is, a person's awareness of their own bodily sensations.
Previous studies have shown that people with a high private body consciousness tend to perceive more pain during exercise, so the researchers wanted to see whether this psychological factor would have any bearing on VR's effects on exercise.
In this study, the participants were also asked to report their rating of pain intensity and perceived effort.
How a VR headset can benefit your workout
Overall, the use of VR led to a decrease in pain and effort perception. After 1 minute of holding the weight, the pain intensity reported in the VR group was 10 percent lower than that in the control group.
Also, the VR users lasted for 2 minutes longer, on average, before feeling exhausted and had a three beat-per-minute reduction in heart rate compared with the control group.
Private body consciousness did not dampen the positive effects of using VR during a workout. The researchers are hopeful that VR could be used to encourage people to exercise more.
The study's lead author comments on the findings, saying, "It is clear from the data gathered that the use of VR technology can improve performance during exercise on a number of criteria."
"This could have major implications for exercise regimes for everyone, from occasional gym users to professional athletes."