A VR headset for the holidays: is it safe for my child's eyes?
A VR headset is on many December wish lists. The research on children's eyes is thin, the makers set age limits, and the real complaints are strain and motion sickness. What is known, what is not, and how to set one up.
- The American Academy of Ophthalmology says there is no reason to be concerned that VR headsets damage eye development, health or function, while noting that no long-term studies exist.
- The makers' own pages set minimum ages of 10 and 12, and most manufacturers advise against use under 12 or 13. These are product guidance, not proof of eye harm.
- In a study of 50 children aged 4 to 10, two 30-minute sessions did not change vision, glasses power, eye alignment or depth perception. The study was small and short.
- Eye strain, headache and motion sickness are the real complaints. A child with a squint or lazy eye may be more prone to headaches and eye fatigue.
- Keep sessions short, take breaks, play in a shared room, keep glasses on, and see an eye doctor if your child sees double or an eye turns.
A virtual reality (VR) headset is a common wish-list item before the long December break. It puts a screen an inch or two in front of each eye and fills the view, so parents ask whether that can hurt a child's developing eyes. The fair answer is that the research is thin, the reassuring findings are real but limited, and the makers themselves set age limits.
This article reads those limits at the source, sets out the one careful study in young children and the reviews around it, and ends with what to do if a headset is already under the tree. No brand or shop is named.
Is VR bad for my child's eyes?
There is no evidence that a VR headset damages a child's eyes, but there is very little long-term evidence either way. The American Academy of Ophthalmology says VR is relatively new, that no long-term studies have been done, and that ophthalmologists agree there is no reason to be concerned it will damage eye development, health or function.
What the Academy does describe is discomfort. Staring at a headset screen, like any screen, can cause eye strain because people blink less. Motion in the picture can also make people dizzy, and a child who gets queasy on a rollercoaster or a boat is likely to feel it in VR too. Those are the complaints to expect, and they are the reason for the breaks described below.
What age do the manufacturers say a child should be?
The makers' own pages set minimum ages of 10 and 12, and the AAO says most manufacturers advise against use under 12 or 13. One maker's safety pages give a minimum age of 10 and say children under 10 cannot use its headsets. Another says its headset is not for children under 12.
Read closely, that first maker's parent page describes accounts managed by a parent or guardian for children aged 10 to 12, and its own accounts for those 13 and over. It also says its headsets are not toys and that parents should supervise. The AAO puts the common range at under 12 or 13. Treat these as guidance about the product, set by each company. They are not proof that a younger child's eyes will be harmed, and they are not proof that they will not.
The American Academy of Pediatrics adds a practical reason: a headset may not fit a small head well and can be heavy. The first maker's page says that if the headset cannot be adjusted to fit a child, or the child cannot see clearly when wearing it, the child may not be ready to use it.
What does the research in young children show?
The one careful study found no change in sight, focusing, eye alignment or depth perception after two half-hour sessions, but it was small and short. It included 50 children aged 4 to 10, and it tested each child before and after playing. It cannot tell us what months of regular use would do.
The study, in the American Journal of Ophthalmology in 2020, gave each child two sessions of 30 minutes with a headset and a flying game that needed head movement. Before and after, the researchers tested distance vision, glasses power, whether the eyes stayed aligned, and depth perception (stereoacuity, the ability to judge how far away things are). None changed significantly. Balance was about 9 percent worse an hour later, a change the study did not count as statistically significant. On a symptom questionnaire, eye discomfort, head and neck discomfort, tiredness and motion sickness each rose slightly, by about 4.7 percent on average. Forty-six children finished both sessions. Three stopped in the first 10 minutes: two girls aged 5 and 6 with mild motion sickness, and a boy who was bored and found the headset uncomfortable. No child had aftereffects in the following days.
The limits matter as much as the result. Children needed to see reasonably well and have good depth perception to join, there was no comparison group, and it used one headset, one game and about an hour of use in total. It also tells us nothing about a child who plays every day for months, which is what a holiday gift usually means.
Do the larger reviews say the same?
Broadly yes, and they say the same about the gaps. A 2024 systematic review from Great Ormond Street Hospital looked at 26 studies of headset use in children under 14. It found limited evidence of harm from short, supervised use, mild cybersickness (nausea and dizziness from virtual motion), and poor reporting of safety in most studies. It called for research on repeated exposure.
The review also noted something specific to eyes: in children who already had a lazy eye (amblyopia), VR use could cause double vision that resolved when the headset came off. The AAO makes a related point, that a child with a squint or a lazy eye may not get the 3D effect and may be more prone to headaches and eye fatigue. That does not mean VR causes these conditions. It means that if your child has one, a headset is worth mentioning at the next examination, and playing in short sessions is wise.
The American Academy of Pediatrics reads the same evidence this way: brief exposure has not been shown to cause harm, especially with parental supervision, but there is little safety data. It also points out that children may struggle to say when their eyes are bothering them and may not think to take the headset off.
Does VR cause short-sightedness or a squint?
The published studies do not show that it does. The study above measured glasses power and eye alignment after use and saw no change, and the AAO says there is no reason to be concerned about eye development. What has not been studied is months of daily use, so the honest position is that this is unknown, not that it is disproved.
If you are worried about short-sightedness in general, the habits with evidence are simpler than any headset debate: outdoor time and regular breaks from near work, covered in two hours outside and the 20-20-20 rule. The same rules of distance and breaks apply to any screen, and does screen size matter compares them.
If we buy one, how do we set it up safely?
Wait until your child meets the maker's age limit, keep sessions short, take breaks, sit or play in a shared room, and keep glasses on if your child wears them. The AAO says glasses should stay on under a headset. The AAP suggests time limits, regular breaks, and shared spaces so an adult can watch.
In practice, that means fitting the headset so the text is sharp, starting with a few minutes, and stopping at the first sign of dizziness, a headache or rubbing eyes. The AAP notes that about a 15-minute break between sessions is recommended to avoid cybersickness, and one maker says younger children should take more frequent, longer breaks. Keep the content to titles rated for the child's age, since the AAP lists inappropriate content and contact with strangers among the real risks. If a relative is hosting, screen rules that survive grandma's house covers how to agree on the limits before the holidays begin.
When should I see an eye doctor after VR?
See an eye doctor if your child sees double, an eye turns in or out, or headaches and eye pain keep coming back, and stop the headset until they have been checked. Double vision that does not clear soon after the headset comes off is not a symptom to watch at home. When a child says they see double explains what we look for.
Also book an ordinary eye check if your child has never had one before getting a headset. A child who squints, tilts the head, sits very close to screens or complains of headaches needs examining whether or not a headset is involved, and why a child sits so close to the screen is a good place to start.
- Your child sees double and it does not clear soon after taking the headset off.
- An eye turns in or out after use, or seems different from before.
- Headaches or eye pain keep coming back with use.
- Dizziness or nausea does not settle after a break.
- Your child has a known squint or lazy eye and gets headaches or tired eyes with the headset.
Common questions
Is VR bad for children's eyes?
What age is a VR headset safe for?
Can VR cause a squint or short-sightedness in children?
How long can a child use a VR headset?
Can my child wear glasses under a VR headset?
My child has a lazy eye or squint. Can they use VR?
Is VR safer than a phone or tablet?
- American Academy of Ophthalmology · Are virtual reality headsets safe for eyes? · www.aao.org
- American Academy of Ophthalmology EyeNet · VR headsets may be safe for young children · www.aao.org
- American Journal of Ophthalmology · Effects of immersive virtual reality headset viewing on young children: visuomotor function, postural stability, and motion sickness (2020) · pubmed.ncbi.nlm.nih.gov
- European Journal of Pediatrics · Safety of virtual reality use in children: a systematic review (2024) · pubmed.ncbi.nlm.nih.gov
- American Academy of Pediatrics · Virtual reality use and children · www.aap.org
- Headset maker's safety information for parents (minimum age, parent-managed accounts for ages 10 to 12) · www.meta.com
- Headset maker's safety center (minimum age 10, supervision, breaks) · www.meta.com
- A second headset maker's safety page (not for children under 12) · www.playstation.com