Infant Learning Walkers: Balancing Benefits and Safety
When a baby begins to show signs of wanting to move and explore, parents often look for ways to support this development. Baby walkers, designed to provide mobility to pre-walking infants, have been a popular choice. However, it’s crucial to understand the potential benefits and, more importantly, the safety concerns associated with their use.
What are Baby Walkers?
A traditional baby walker is a device with a seat suspended within a frame on wheels. Babies, typically between 6 and 15 months old, sit in the seat with their feet touching the ground, allowing them to propel themselves around. While they may seem like a fun way to encourage movement, it’s essential to consider the potential downsides.
Are Walkers Bad for Babies? Understanding the Risks
The short answer, according to pediatricians, is often yes. Baby walkers with wheels pose significant risks to a child’s safety and development.
Falls: The Biggest Danger
Falls are the most common and serious hazard associated with baby walkers. Walkers allow babies to move faster and farther than they can on their own. This increased mobility can quickly lead them to stairs, steps, or uneven surfaces, resulting in falls and injuries. Babies may tip over, fall out, or crash into furniture, leading to bumps, bruises, and even traumatic brain injuries. Emergency rooms have seen a number of traumatic brain injuries related to baby walker use. According to the National Electronic Injury Surveillance System (NEISS), an estimated average of 2,467 children under the age of five were treated annually between 2021 and 2023 for injuries related to baby walkers, jumpers or exercisers. It’s crucial to remember that most injuries occur even when an adult is nearby.
Increased Speed and Reach
Once a baby learns to scoot around in a walker, they can pick up speed quickly. This can lead to dangerous situations, as they can quickly move away from a caregiver and reach hazardous items. Examples include reaching for a hot pot on the stove or grabbing the cord of a hot iron, resulting in burns.
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Developmental Concerns
From a developmental perspective, baby walkers place a child in an atypical standing position, which may inadvertently promote external rotation and pointed toes. Walking isn’t just about moving legs-it involves pulling up, balancing and taking unsupported steps. Babies who spend time in walkers miss out on developing those essential skills. Research shows there’s no developmental advantage to using a walker; in fact, they may delay a baby’s ability to walk independently.
Misleading Safety Certificates
There are misleading safety certificates on these items that make people believe they’re safe. But these certifications only mean that the product itself won’t injure the child during normal use. They don’t account for environmental risks like open staircases, hot surfaces or reachable hazards.
The Debate on Developmental Delay
While baby walkers are widely used, some researchers suggest they can cause developmental delays. Baby walkers are known as fun entertaining equipment used for infants between 4 to 12 months of age globally. About 50%-77% of parents of infants 3 to 12 months use baby walker. The use of baby walker is based on cultural beliefs and personal interests of parents. Despite the popularity of baby walkers, there are notable concerns about them. They are highly associated with accidents and injuries, happening in 12% to 50% of users. However, the missing point not neglected is the developmental delay that may occur among walker users.
The possible developmental delay can be discussed from two aspects. First, they provide precocious locomotion in infants, which may interfere with the natural process, that an infant needs to take to develop. Second, they prevent visual experience of moving limbs because of their design, believed to have a critical role in development of motor systems. For these reasons, especially walker related injuries, baby walker sale has been banned in Canada since 1989 and the American Association of Pediatrics has not recommended baby walker as well.
One study evaluated the effect of baby walker on child development, published in full manuscript, and written in English. The review included both interventional and observational studies as well as case reports. Two reviewers evaluated eligible articles and data were extracted about the first author, year of publication, title, journal, study population, sample size, study design, methods, demographic factors, study outcomes, study findings, and study limitations.
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Totally, 315 articles were found in PubMed, 1630 in Google Scholar, 18 in EMBASE, and 38 in Scopus. Reviewing the titles and abstracts followed by the review of the full manuscripts of relevant articles, led to identification of nine articles that met selection criteria including two clinical trials, six observational studies, and a case report.
The first clinical trial on this issue was conducted that enrolled six pairs of twins, with mean age of 10 months. One child from each pair used walker for two hours per day (mean) and they were followed until starting walking four steps independently, and the mean age of gait acquisition was compared between walker users and non-users. No statistically significant difference was reported in gait acquisition age between two groups. A major methodological problem in this study was the mean age of participants at the beginning of the study (10 months) which is late considering the age in which families start using walkers.
Subjects were followed that could walk three steps independently, and found no statistically significant difference in gait acquisition age between two groups. Besides, 66 infants were enrolled aged 8-12 months and divided them into three groups of high-user, low-user, and non-user, and interviewed their caregiver to evaluate motor development. The high-user group was showed delay in onset of prone locomotion; however, no difference was seen between age at onset of sitting or walking among groups. Overall, 185 infants (167 of them using walker) were studied and evaluated developmental delay using Denver Developmental Screening Tool (DDST-S). Among walker users, 12 (7.2%) had abnormal DDST-S results and six (3.6%) had questionable results while all of walker-non-users had normal results. In addition, among 18 cases with abnormal or questionable results, 17 of them showed gross motor developmental delay and one showed speech and language developmental delay. Using baby walker might cause developmental delay. A major limitation of this study was absence of a control group.
A retrospective cohort was designed with enrolling 109 infants with mean age of 4.8 months of onset of using walker in the study. A cross-sectional study was designed to 190 children and evaluated delay followed by infant walker with 102 children in walker-user group and were reported that crawling, standing alone, and walking alone occurred later in this group significantly. They reported strong associations between the amount of using baby walker and extent of developmental delay and claimed that using infant walker may lead to delayed development. Age of gait acquisition was compared between children using baby walker and non-users and showed no statistically significant difference between two groups (376.17 ± 32.62 d and 378.75 ±27.99 d, respectively).
In this study, 26 infants were enrolled, among them 14 infants used baby walker, and gait acquisition was defined as ability to take five steps without any support. Finally, a recent study compared age at walking skills development and current motor development (using Alberta Infant Motor Scale) between two groups of walker users and non-users (10 subjects in each group). They reported earlier age of walking skills development in walker user group compared to non-users (11.44 ± 1.87 months compared to 13.44 ± 2.00, respectively; P-value=0.044) while no difference was found between current motor development of two groups (P-value=0.566). Besides, a case report in 1999 reported two cases that experienced disharmonic and delayed motor development, contractures of the calf-muscles and motor development mimicking spastic diplegia, and claimed that these symptoms occurred because of early use of baby walker.
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Although there are claims that using baby walker may lead to developmental delay in locomotor function and cognition, very small number of studies have evaluated these theories and approved them. Although pediatricians were aware of the risks and disadvantages of baby walker, 89% of them believed that there was lack of evidence on the subject. Both of these trials showed no developmental delay followed by baby walker; however, they had major limitations that decrease the validity of their findings. Both of these trials were designed with very small number of subjects and they had defined the gait acquisition differently.
Among them, two cross-sectional studies and a retrospective cohort had reported findings against baby walker and its negative effects on development. The study had a more powerful design compared to other observational studies. A relatively large sample was enrolled and evaluated child development through two different methods, clinical assessment and Bayley motor and developmental scores. A study with the largest sample size (190 children) reported strong associations between the amounts of baby walker use and extended of developmental delay.
Delay in prone locomotion was reported among baby walker high users; however, authors found no delay in sitting or walking onset. Developmental delay using was evaluated DDST-S, which has a very different method compared to other studies. Although no delay among subjects was reported, findings could not be compared to similar studies. No developmental delay was reported in group, however, the number of patients was very small (26 subjects) in this study compared to other observational studies. The latest study in the issue was performed and had a qualitative design, using self-report questionnaires. Although they reported earlier age of walking skills development among walker users, their sample size is very small (20 subjects) and they have a problematic methodology.
Data regarding negative role of walkers on child development is insufficient and conflicting, and a clear conclusion cannot be adapted.
Why Parents Use Walkers
The main reasons for using baby walker among parents are as follows: providing enjoyment, facilitating child development, helping child to walk, safety of home environment, keeping the child quiet, encouraging mobility, providing exercise, and others. The main factor (in 79% of subjects) inhibiting mothers from using baby walker is the probability of accidents, while two third of infants with walker related injuries, continue using walkers. Parents do not believe baby walkers are dangerous. In addition, decision making on using of baby walker was not associated with awareness of its risks by parents.
Global Regulations and Recommendations
Due to safety concerns, baby walkers have been banned in Canada since 1989. Health experts in Europe, Australia, and New Zealand have also pushed for bans. The American Academy of Pediatrics (AAP) has called for a ban on the manufacture and sale of baby walkers with wheels.
Safe Alternatives to Baby Walkers
Instead of using a walker, there are several safer options to support your baby’s development:
- Stationary Activity Centers: These centers offer a safe and engaging way for babies to play and develop motor skills without the risk of mobility.
- Playpens or Secure Play Areas: These provide a safe space for babies to explore and move around without the dangers of a walker.
- Supervised Floor Time: Plenty of supervised floor time, including tummy time and crawling, is essential for developing the necessary skills for walking.
- Encouraging Pulling Up and Cruising: Encourage your baby to pull up on stable furniture and practice walking with the help of a caregiver.
Here are some safe and developmentally appropriate alternatives to baby walkers:
Convertible Play Table
This fun activity center allows babies to swivel and bounce once they’re ready to use their little feet to explore. It supports proper leg alignment at a variety of ages and stages, and a removable bounce plate lets babes bounce before their tiny tootsies even reach the floor. As your little one grows, removable and repositionable toys give way to a simple tabletop space perfect for playing, coloring or snacking.
Ocean Baby Jumper
Satisfy baby’s need to move and bounce with this brightly colored bouncer from Baby Einstein. Have them sit in the 360-degree swiveling chair and twist and turn to meet a whole host of fun underwater friends, from a striped white and yellow fish and mask-wearing sea turtle to a seafaring octopus and smiling starfish. Each plaything provides auditory and tactile stimulation for your curious little one, and since the seat is suspended from the top of the toy, they can bounce till their heart’s content.
Stationary Walker Alternative
Here’s a unique spin on a baby walker with wheels: This toy combines a wheeled walker with an interactive and enriching activity table. A seat on one end of the toy sits on wheels, which allows baby to safely circle around the activity table without the whole contraption moving around the room.
Light-Up Learning Table
When baby is preparing for those first tentative steps, a learning table offers a great way to encourage movement. This bright and colorful VTech table is loaded with interactive toys that light up and sing. As baby begins to take steps, they’ll love cruising from one side of the table to another, grabbing the steering wheel, pressing buttons, flipping book “pages” and twisting the gear-looking knobs-with all the sights and sounds that come along with it.
Roomy Playard
If it’s freedom that baby craves, try giving them more space and less restriction with the help of an extra-large playpen. This oversize option affords baby the liberty to scoot and crawl and attempt those first steps without risk-and parents can find peace of mind without feeling like we’re confining our tiny adventurers.
Wooden Push Toy
Sturdy push toys are an alternative to traditional baby walkers with wheels. Just make sure your pick has a bar for baby to hold on to, and check that the toy won’t tip while in use. Younger babies can use this toy to play, while early walkers will benefit from the support the toy offers as they push it and practice their steps. Keep in mind that caution and supervision is always necessary when baby uses a toy with wheels.
Push Toy Walkers: A Safer Alternative?
If you're considering a walker to help your baby learn to walk, you're faced with two main options: push toy walkers and sit-in walkers. While both are marketed as walking aids, they have dramatically different effects on your baby's development and safety. Push toy walkers are significantly better for walking development, while sit-in walkers can hinder progress.
Push toys require full weight bearing through the legs and the ability to balance with minimal support, which activates muscles in a manner similar to natural walking. This helps babies develop the strength, coordination, and balance they need for independent walking.The appropriate timing for each type reflects their different purposes and safety considerations.Push toy walkers are suitable for babies who are already standing and cruising along furniture, typically around 9-12 months old. Your baby should be able to pull themselves to standing and take steps while holding onto furniture before using a push toy safely.
Push toy walkers can be safe when used properly with constant supervision. Babies can easily let go if they feel unsteady, and they're learning to balance on their own feet rather than being supported by a device. Babies can push them too fast, lose control, or encounter obstacles. But with an attentive parent nearby, push toys can provide good practice for walking patterns while building confidence.Unlike sit-in walkers, most injuries with push toys are minor bumps rather than serious falls or accidents.
Push toy walker benefits include promoting walking patterns closer to natural walking, helping babies gain confidence in their walking ability, providing motivation for more practice, and supporting proper muscle development and balance skills.Push toys support development while sit-in walkers prioritize convenience.Push toy walker guidelines include providing direct supervision at all times, ensuring your baby can already stand and cruise independently, using them in safe areas away from stairs and hazards, and remembering they're supplemental to natural movement practice.
The medical and developmental community has clear preferences based on research and safety data.Push toy walkers receive cautious approval from most pediatric physical therapists when used appropriately. They're seen as potentially helpful but not necessary, with emphasis on proper timing and supervision.
Prioritizing Natural Movement
Natural movement opportunities provide the best foundation for walking development without the risks associated with walkers. For developing walking skills, focus on providing safe spaces for floor play, encouraging tummy time to build core strength, creating opportunities for crawling and exploration, offering stable furniture for pulling to stand and cruising. For entertainment and engagement, consider stationary activity centers, floor-based play mats with toys, playpen areas, push toys that convert to ride-on toys, and interactive play with caregivers.
These alternatives support development while eliminating the safety risks and potential delays associated with traditional walkers.
tags: #infant #learning #walker #benefits #and #safety
