Is there a Safety Hazards to Children's Balance Boards? What to look out for during use?

Is there a Safety Hazards to Children's Balance Boards? What to look out for during use?
In recent years, as the core tool of sensory integration training, children's balance boards has been widely used in family and kindergarten because of its ability to stimulate vestibular and proprioception through dynamic balance. However, with the diversification of usage scenarios, safety hazards are gradually emerging. From design flaws to improper use, environmental risks to long-term health effects, the safety of children's balance boards has raised concerns in education and health care. This paper will provide systematic guidance to parents and teachers from three aspects: types of safety hazards, causes of risks and the strategies of scientific usage.

(1) Physical injury: There is an immediate risk of abrasion and fracture.
The core training principle of a children's balance boards is to force the body to actively refocus on unstable surfaces, which are themselves at risk of falling. According to the 2025 White Paper on the Safety of Children's Sports Equipment, when children aged three to six are not wearing protective gear, the incidence of balance beam falls is as high as 42% cent, with 15% resulting in abrasions, sprains and 5% in fractures or dislocated joints. Typical cases include:

• Excessive Vestibular Stimulation: When children close their eyes during balance training, the lack of visual compensation reduces their spatial orientation ability, making them prone to falling over when theircenter of gravity shifts. For example, a five-year-old fell from a 1.2-metre-high balance platform and fractured his collarbone, a green rod, in a kindergarten"closed-eye balance challenge."
• Device Design Flaws: Some balance boards have sharp edges instead of rounded corners, and children can get cut by them as they fall. A spot check by an e-commerce platform in 2025 found that 12% of balance board products had sharp edges that did not meet the National Standard for the Safety of Children's Toys that "all accessible edges should be rounded."
• Material Safety Hazards: Low-quality balance plates made of densely-packed foam or brittle plastic can rupture when children jump or move quickly. In 2024, a brand of balance board caused children to fall over after a group complaint was made about a broken chassis.

(2) Postural Injuries: a risk to bone development.
Long-term use of balance plates can lead to postural injuries, and delays can be detrimental. Clinical data from Beijing Children's Hospital for 2025 show that 60% of cases of scoliosis caused by improper use of balance board occur in children between the ages of 7 and10. Key risks include:

• Spinal pressure imbalance: To maintain balance, children often arch their backs or slouch, altering the normal curvature of the spine. For example, an 8-year-old used the balance board for 1 hour a day for 6 months, causing the cervical spine to tilt forward 15 degrees, causing persistent headaches.
• Abnormal Lower Limb Alignment: In balance board training, children often use a knee cartwheel posture to lower their weight, which over time can lead to a bow leg or a knee bump. A follow-up study in 2025 by Shanghai Xinhua Hospital found that children who used a balance board more than 5 times a week were 2.3 times more likely to have abnormal alignment of their lower limbs.
• Excessive Joint Load: Unstable surfaces add to the impact of landing while jumping on a balance board. A 10-year-old needed surgery to repair a a meniscal injury in his knee joint after landing in the wrong posture while performing a a "single-leg jump."

(3) Environmental Risks: deadly threats to public space
usage scenarios of balance boards has expanded indoors to public areas such as parks and squares, greatly complicating the environment. In 2025, 38% of child balance board accidents occurred outdoors and 12% of child balance board accidents collided with motor vehicles, according to the Transportation Safety Board. Typical scenarios include:

• Traffic Conflicts: Children using balance boards on residential roads can swerve or lose control and crash into motor vehicle lanes In 2025, a balance board collided with an e-bike in a residential area of Hangzhou, causing brain trauma in children.
• Slippery Surface Hazards: friction between the the balance board and the ground will be significantly reduced when the ground is wet or wet. A nursery saw 3 children fall and injure themselves, including one with a dislocated elbow, after organising balance board training on a rainy day.
• Risk of a fall: Some parents place balance boards on steps, platforms or other elevated areas. Children can lose their balance and fall while rocking. In 2024, a child suffered a a ruptured spleen after falling from a 2m balance platform at a shopping mall.

(1) Uneven Equipment Quality
According to a spot check conducted by the State Administration for Market Regulation in 2025, the children's balance boards passed only 76 per cent of the tests, and the main problems with unqualified products were as follows:

• Structural strength is Insufficient: some products have hollow plastic bases with a carrying capacity of less than 30 kg, well below the average child's weight.
• Lack of anti-skid design: 15% of products do not have anti-skid pattern on contact surface, friction coefficient less than 0.4 on dry ground, easy to slip.
• Unclear Warning Labels: 32% of products do not have key information such as age and maximum carrying capacity, making it difficult for parents to assess safety.

(2) Improper Usage Methods
Parents and teachers have misconceptions about how the balance beam works, leading to common misconceptions such as:

• Overtraining: Some parents are requiring their children to train for more than 1 hour a day, far more than the 20 minutes for a single session and one hour for a total day recommended in the Children's Exercise Guide.
• Posture Correction: When a child has a posture abnormality such as a knee valgus or scoliosis, there is no timely intervention, allowing the problem to become entrenched.
• Insufficient Protective Measures: Only 12% of children wear helmets, knee pads and other protective gear when using a balance board, increasing the risk of head and joint injuries.

(3) The Regulatory System lagging.
At present, children's balance boards are in a regulatory gray area between "toys" and "sports equipment" and lack uniform standards:

• Fragmented Standards: the current GB 6675 series of toy safety standards mainly static toys, not clear dynamic balancing equipment impact test, stability requirements and other key indicators.
• Confusing Certification System: Some products come to market only after they have been the "3C Certification", but this certification deals only with electrical safety and not mechanical performance.
• Vague Responsibility Definition: In accidents in public places, there is no legal basis for defining the responsibilities of parents, venue managers, and equipment manufacturers.

(1) Equipment Selection: Strict adherence to Safety Basics
Accreditation focus: Select products certified by a number of countries, including GB6675, EN71 (European standard), ASTM F963 (American standard), with a focus on impact testing, edge handling, carrying capacity, and other indicators.
Material screening: Preferred high-density EVA foam or engineered plastic base. The contact surface shall have a non-slip design and the edges shall be rounded.
Size Matching: Choose the height of the balance board based on the child's height. Always bend your knees at a 160-degree angle when standing and avoid bending or stretching them too much.
(2) Usage Specifications: Age-specific, phased training.
Basic training (3-6 Agess):

• Swinging: The child lies on his back or face down on a balance board. The child is assisted by a parent to swing from side to side, gradually increasing the rate of wobbling from 10 to 20 times per minute. Train the child's gravity perception.
• Kneel balance: The child kneels on the balance board, hands on the ground, to maintain the body stable. The parents nudge the balance board to create small oscillations that exercise the core muscles.
• Assisted standing: Parents hold their children by the armpits to help them stand on a stationary balance board, gradually transitioning to standing on onehand and finally standing on their own.

Advanced training (7-12 Agess):
Dynamic balance: Children perform squats, jumps, throws and catches on the balance board, combining visual (closed-eye training) and auditory (command response) multi-sensory stimulation.
Comprehensive training: Connect multiple balance plates to form a ``balance path '', setting up obstacles at different heights and angles to improve spatial awareness.
Competitive training: Two children stand at opposite ends of the balance board, trying to keep each other off balance by shifting their weight, cultivating strategic thinking and physical control.
(3) Environmental management: creating a safe environment

1. Site selection: It's best to choose soft surfaces such as wooden floors and plastic runways, and avoid hard surfaces such as tile and concrete.
2. Space Isolation: Use traffic cones or caution tape to delineate training areas when in public and maintain a safe distance of at least 3 metres from pedestrians and vehicles.
3. Weather Monitoring: Suspend if it's wet, snowy or the ground is damp. Check the ground is dry before training.

(4) Health monitoring: prevention of long-term injuries.

1. Posture Assessment: A monthly video of the child's training is conducted to observe if the child has a deformity of the spine or lower extremities. posture assessment applications can be used for quantitative analysis if necessary.
2. Joint protection: Five minutes of dynamic stretching before and after training, focusing on the ankle, knee and hip joints, to reduce the risk of muscle strains.
3. Nutritional support: Eat foods rich in calcium and vitamin D, such as milk, deep-sea fish and egg yolks, to promote bone development.

(1) Promoting the unification of standards.
It is recommended that the State Administration of Market Supervision take the lead in formulating the Technical Specification for the Safety of Children's Dynamic Balance Equipment, clarifying core indicators such as impact testing, stability and anti-skid coefficient, and including balance plates in the scope of mandatory certification.
(2) Improve Responsibility Definition
In the general provisions of the civil code, a ``liability clause for accidents involving Children's Sports Equipment"has been added to clarify the parental guardianship responsibilities, the safety and guarantee obligations of venue managers and the responsibility of producers for product defects, thus providing a basis for judicial practice.
(3) Educate Parents
Through community lectures and online courses, parents will be educated about the safety of balance boards, emphasizing the three principles of ``moderate training '', ``full supervision "and ``regular inspection" to enhance awareness of risk prevention awareness.
Conclusion:
Children's balance boards is not only a powerful tool for sensory integration training but also a potential source of safety hazards. Their safety depends on the synergy of equipment quality, usage methods and environmental management. Parents should choose their products in a scientific manner, follow strict guidelines and training, and ensure their children's health through continuous monitoring, so that the balance board really become a "balance partner" rather than the "danger factor" in children's growth path. Only then can we unleash the athletic potential of our children and build a a solid safety防线.