Many parents worry more about the bicycle ride to school than the walk. A child on two wheels, sharing space with cars, can feel like the greater danger. But a 12-year analysis of fatal crashes points to a different concern: near schools, child pedestrian deaths were two to three times more common than child cyclist deaths.
The finding comes from a 2026 analysis of child pedestrian and cyclist deaths near U.S. schools. It examines children ages 5 through 18 and compares fatal crashes near schools across U.S. metropolitan areas. The result is important for parents and educators, but it needs to be read carefully: the comparison describes fatality counts, not the risk of one walking trip versus one cycling trip.
The surprising pattern in 12 years of school-zone crash data
The study focuses on fatal crashes involving children ages 5–18 and measures deaths within two distances of a school: 800 meters and 400 meters. It reports rates per 100,000 children so metropolitan areas with different population sizes can be compared fairly. Across the leading locations, pedestrians made up most of the deaths recorded near schools.
That does not mean walking is inherently more dangerous than biking on every trip. More children may walk than cycle, which creates greater exposure to pedestrian traffic. Still, the pattern identifies a practical safety priority. The area around a school can be especially challenging for children on foot, who must navigate crossings, driveways, turning vehicles and busy arrival and dismissal periods. Independent research on injury and fatality risks for child pedestrians and cyclists on public roads similarly highlights how strongly exposure and environment shape these outcomes.
The analysis also reports that approximately 17% of all U.S. child traffic fatalities involve pedestrians. That figure places school-zone concerns within a broader child-safety context: stepping into or alongside a roadway remains a serious risk even when a destination is close to home or school. For families who walk the same streets every weekday, this is a quiet but meaningful reminder that routine does not equal safety.
The numbers behind the rankings
The 800-meter measure covers roughly half a mile, while the 400-meter measure captures the area immediately surrounding a school. Provo–Orem, Utah, ranks first at 5.01 deaths per 100,000 children. The metro recorded eight child deaths within 800 meters of a school, all involving pedestrians; three of those deaths occurred within 400 meters.
Oxnard–Thousand Oaks–Ventura, California, ranks second at 4.22 per 100,000 children. It recorded six deaths within 800 meters, with approximately half occurring within 400 meters. Des Moines–West Des Moines, Iowa, ranks third at 3.88 deaths per 100,000 children, with five deaths within 800 meters of a school — four pedestrians and one cyclist.
Salt Lake City, Utah, ranks fourth at 3.66 per 100,000 children. The metro recorded nine deaths within 800 meters, all involving pedestrians. Utah therefore appears twice among the top four metros. Las Vegas–Henderson–Paradise, Nevada, recorded the highest total number of deaths in the ranking: 13 within 800 meters of a school. Its reported rate was 3.41 per 100,000 children, and 11 of those deaths involved pedestrians.
These figures show why both rates and raw totals matter. A rate helps compare places of different population sizes, while the total number of deaths indicates the scale of the problem in a particular community. Neither measure predicts what will happen at one specific school, but both can help communities decide where to ask better questions.
Why walking can look riskier than biking near schools
Exposure is the first explanation. If more children walk, more children are present as pedestrians during the morning and afternoon periods when school traffic is concentrated. Raw counts therefore cannot establish a per-trip comparison between walking and cycling. A national assessment of the relative risks of school travel reaches a similar conclusion: comparing travel modes fairly requires accounting for how much of each type of travel actually occurs.
The physical environment also matters. Children may cross at intersections, mid-block locations or driveways, sometimes while judging the speed and intentions of several vehicles at once — a skill that develops gradually through adolescence. Drivers turning into or out of school streets may have limited sightlines, especially when parked cars, buses or other vehicles crowd the curb. Speed increases the seriousness of a collision, and congestion during drop-off and pickup can make it harder for drivers and children to see one another. Morning darkness in the winter months adds one more layer of risk. These factors help explain why the blocks around a school deserve deliberate design and supervision, not just hope.
What parents and schools can do
The data are not a reason to discourage walking. Walking to school gives children physical activity, independence and a predictable start to the day. The findings are a reason to make the route more predictable and to reduce conflicts between children and vehicles. Families and school communities can begin with practical steps:
- Walk the route before school starts. Practice at the time of day your child will travel, in the lighting conditions they will actually face. Identify blind corners, driveways, complicated intersections and places where parked cars block the view.
- Choose the safer crossing, not merely the shorter one. A crossing guard or signalized intersection is generally preferable to a quick, unmarked mid-block crossing, even when it adds a few minutes.
- Practice “stop, look, wave, wait for eye contact.” Teach children to stop at the curb, look for traffic, signal their intention and wait until a driver has clearly seen them before entering a crossing. A walk signal does not guarantee that a turning driver is watching.
- Avoid the most crowded part of the drop-off lane. When possible, park a block away and walk in rather than allowing a child to move between idling cars and opening doors. The goal is to reduce vehicle-pedestrian conflicts, not to create a race to the front entrance.
- Watch turning vehicles carefully. Drivers may look for a gap in traffic and miss a child in a crosswalk. Children should continue watching until they have completed the crossing.
- Improve visibility. In darkness, rain or glare, bright or reflective clothing and backpacks can make a child easier to see. More time also helps: rushing creates pressure to cross before a vehicle has stopped.
- Raise infrastructure concerns through the PTA or school district. Families can ask about sidewalks, crossing guards, lighting, traffic calming, curb extensions and Safe Routes to School improvements near campus.
These habits work best when adults model them consistently and schools reinforce the same expectations. A short practice walk can reveal problems that are easy to miss from a car, and children who rehearse a route with a parent are better prepared to handle the unexpected on their own.
Turning the rankings into local advocacy
A national ranking is a starting point, not a verdict on an individual school. A metro that does not appear near the top is not automatically safe, and a school in a highly ranked metro is not automatically dangerous. Local conditions can differ from the regional average, and the blocks immediately around one campus can behave very differently from the metro as a whole.
Parents and educators can request crash information from a school district, transportation department or other local agency, then compare those records with what they observe during arrival and dismissal. Repeated speeding, blocked sightlines, missing crossings or near-misses can help focus a conversation about speed enforcement, signs, crossing supervision and street design. Bringing several families together around the same documented pattern usually carries more weight than a single complaint.
The central lesson is straightforward: the walk to school deserves the same careful planning that families often give a bike route. The study’s rankings help identify where attention may be needed, while local data and community observation show what a particular school actually requires. Safer school travel is built through small habits, responsible driving and infrastructure that recognizes how many children use these streets every day.
