Findmykids location data from children ages 7\u201317 in the United States shows that the farthest observed distance from home varies across ages, but no single year marks a statistically confirmed jump. Regular trips, repeated destinations and recorded home entries offer a more nuanced view\u2014subject to substantial GPS coverage limitations.<\/p>\n
The study measures the greatest straight-line distance between an estimated or configured home location and any usable observed position over approximately one month. It does not measure the length of a journey, how far children walk, or whether they travel alone. A single distant outing can determine the maximum.<\/p>\n
The median observed maximum was 14.4 miles (23.1 km) at age 7 and 24.1 miles (38.8 km) at age 17. Intermediate ages did not form a smooth upward sequence. For example, the medians were 20.9 miles (33.7 km) at age 8, 18.9 miles (30.4 km) at age 10, and 20.3 miles (32.7 km) at age 14.<\/p>\n
By age 17, the median maximum observed distance from home reached 24.1 miles (38.8 km), compared with 14.4 miles (23.1 km) at age 7. These are monthly observed maxima, not daily or independent travel distances.<\/p>\n
Across ages 7\u201317, the median of each child\u2019s farthest observed distance from home ranged from 14.4 miles (23.1 km) at age 7 to 24.1 miles (38.8 km) at age 17. The intermediate age-specific medians were 20.9 miles (33.7 km) at age 8, 16.7 miles (26.8 km) at age 9, 18.9 miles (30.4 km) at age 10, 19.4 miles (31.2 km) at age 11, 18.9 miles (30.4 km) at age 12, 20.4 miles (32.8 km) at age 13, 20.3 miles (32.7 km) at age 14, 20.6 miles (33.1 km) at age 15, and 22.3 miles (35.9 km) at age 16.<\/p>\n
Longer trips appear in the upper end of the distribution. For example, the 75th percentile of maximum distance was 29.8 miles (48.0 km) at age 7 and 64.3 miles (103.5 km) at age 17; the corresponding 90th percentiles were 55.8 miles (89.8 km) and 175.6 miles (282.6 km). These are observed monthly maxima, not routine travel distances. The age-specific sample sizes ranged from 111 seven-year-olds to 993 thirteen-year-olds.<\/p>\n
These distances should not be interpreted as the radius of a child\u2019s everyday independent activity. The 90th percentile includes occasional long-distance travel, and each age is a different group of children.<\/p>\n
Although the median observed maximum is higher at 17 than at 7, the statistical analysis did not identify any adjacent-age jump with a family-wise 95% interval excluding zero. Small samples among the youngest children and variation in observation duration make age-by-age comparisons uncertain.<\/p>\n
In particular, the study cannot establish that a child becomes substantially more mobile at a specific birthday, nor can it track how the same child\u2019s range expands over time. At age 7, the median number of observed days was 26, versus 29 at age 17, which also affects the chance of capturing a distant journey.<\/p>\n
No single age marks a statistically confirmed jump in how far children travel from home. The analysis compares different children, not the same children as they grow older.<\/p>\n
A farthest point over a month may be a one-off trip. To distinguish this from repeated activity, analysts counted the number of distinct days on which an observed location was more than a given straight-line distance from home. This is a measure of observed recurrence within one week, not an established long-term routine.<\/p>\n
In the five-weekday analysis, 69.8% of eligible 7-year-olds (53 children) and 69.0% of eligible 17-year-olds (271 children) had observations more than 1.9 miles (3 km) from home on at least three weekdays. The similarity of these two percentages does not imply similar travel purposes, levels of independence or transportation.<\/p>\n
In the five-weekday sample, the share observed more than 1.9 miles (3 km) from home on at least three separate weekdays was 69.8% at age 7, 54.3% at age 8, 51.7% at age 9, 60.9% at age 10, 59.6% at age 11, 63.3% at age 12, 64.0% at age 13, 65.6% at age 14, 70.9% at age 15, 68.7% at age 16, and 69.0% at age 17.<\/p>\n
The stricter measure\u2014being observed beyond 1.9 miles (3 km) on all five weekdays\u2014ranged from 37.0% among eight-year-olds to 54.6% among fifteen-year-olds. For the two endpoint ages, the figures were 41.5% at age 7 and 49.8% at age 17. The underlying groups were smaller than the monthly distance sample: 53 eligible seven-year-olds and 271 eligible seventeen-year-olds. Repeated distance from home does not indicate whether the child traveled alone or with an adult.<\/p>\n
Traveling more than 1.9 miles (3 km) was observed on at least three of five weekdays for 69.8% of eligible 7-year-olds (N=53) and 69.0% of eligible 17-year-olds (N=271).<\/p>\n
Weekday and full-week denominators differ because complete observation was required within the relevant window. Missing positions were never treated as evidence that the child stayed at home.<\/p>\n
A repeated non-home zone could be identified for 704 of 1,952 children with adequate seven-day observations, or 36.1%. The zone definition required a stay of at least 20 minutes on at least three different days, with nearby observations grouped within a 250-meter radius. The center also had to be beyond the home boundary plus 500 meters.<\/p>\n
Among children with an identified repeated zone, the median distance to the farthest such zone was 2.8 miles (4.5 km) and the median frequency was four days in seven. These figures are conditional on finding a qualifying zone; they do not describe every child in the sample.<\/p>\n
Among children with an identifiable recurring non-home zone, the median distance to the farthest such zone was 2.8 miles (4.5 km), with visits on four of seven days.<\/p>\n
The study does not identify whether these locations were schools, friends\u2019 homes, sports facilities or other places. A missing repeated zone may reflect limited observations rather than an absence of familiar destinations.<\/p>\n
A recurring non-home location was identifiable for 36.1% of eligible children overall (704 of 1,952). The share was 29.6% at age 10, 24.6% at age 11, 28.8% at age 12, 40.1% at age 13, 39.5% at age 14, 46.9% at age 15, 45.5% at age 16, and 37.4% at age 17. These percentages reflect where the data met a strict seven-day observation and repeat-visit definition; they should not be read as the proportion of children who have regular destinations in real life.<\/p>\n
Among children for whom a recurring zone was found, the median distance to the farthest such zone was 2.3 miles (3.7 km) at age 10, 2.8 miles (4.5 km) at age 13, 3.0 miles (4.8 km) at age 15, and 2.5 miles (4.1 km) at age 17. The typical identified zone was visited on four of seven days. The youngest age groups were too small for robust comparisons: only four seven-year-olds, ten eight-year-olds and twelve nine-year-olds had a qualifying zone.<\/p>\n
Among 1,041 children with sufficient classified location observations, the median recorded time outside the home zone was 4.8 hours. However, the median time with unknown location status was 12.5 hours per day. Consequently, 4.8 hours must not be described as the typical child\u2019s total daily time away from home.<\/p>\n
The median observed time outside the home zone was 4.8 hours, but the median unclassified time was 12.5 hours. The study cannot establish total daily time away from home.<\/p>\n
The estimate was built from days with at least eight hours of classified observations, using each child\u2019s median across qualifying days and then the median across children. Only five children met an 18-hour daily coverage threshold for at least five days, illustrating how difficult a full-day estimate is with these records.<\/p>\n
For ages 7\u20139, the eligible groups for this measure were particularly small (7, 9 and 26 children respectively); age-specific comparisons should not be promoted as stable findings.<\/p>\n
The analysts identified 1,625 confirmed home-entry events among 982 children. Of these observed events, 12.5% occurred after 10 p.m. This percentage is a share of events, not a share of children. Children could contribute multiple events.<\/p>\n
A confirmed entry required at least 15 minutes continuously outside the home zone followed by at least 15 minutes inside, with location gaps no greater than 15 minutes across the relevant transition. It is not evidence that the child stayed home for the rest of the night.<\/p>\n
In 1,584 of 1,625 accepted entries (97.5%), there was a later observation gap exceeding 15 minutes. For this reason, the data cannot reliably determine final nightly return times. Late entries should not be interpreted as children being out alone or arriving home unsupervised.<\/p>\n
Of 1,625 confirmed home-entry events, 12.5% occurred after 10 p.m. Because location records frequently have gaps afterward, these events do not establish final nightly return times.<\/p>\n
The confirmed-entry sample contained 1,625 events from 982 children. The proportion of these events recorded after 10 p.m. was 5.4% at age 10, 8.5% at age 11, 9.2% at age 12, 11.6% at age 13, 9.9% at age 14, 12.9% at age 15, 18.5% at age 16, and 26.6% at age 17. Among seventeen-year-olds, 10.9% of confirmed entry events occurred after midnight; that subset is already included in the 26.6% after-10-p.m. figure.<\/p>\n
The youngest age groups had very few qualifying events: eleven entries among seven children at age 7, twenty-nine among eighteen children at age 8, and thirty-three among twenty-two children at age 9. Their percentages should not be used for strong age comparisons. More importantly, 97.5% of all accepted entries were followed by a recording gap longer than fifteen minutes. These are timestamps of observed home-entry events, not reliable final homecoming times for the night.<\/p>\n
The main distinction is between the farthest observed trip, repeated non-home locations, and time actually covered by location records. The first can be driven by a one-off journey, the second identifies some recurrent destinations, and the third is limited by extensive missing time.<\/p>\n
The distance and recurrence analyses draw on 6,589 U.S. children ages 7\u201317 from a deterministic 25% account sample after eligibility checks. Maximum distance was calculated using hourly coordinates from September 8 to October 7, supplemented by available detailed coordinates from September 24 to October 7. Eligible children needed at least five adequately observed days. Weekday recurrence used five complete local weekdays, usually September 30\u2013October 6, depending on time zone.<\/p>\n
A separate later cohort of 3,391 U.S. children was used for repeated-location and outside-home analyses, with narrower eligible denominators of 1,952 and 1,041 respectively. Those analyses generally covered seven completed local dates around October 1\u20138. The confirmed-home-entry analysis used 982 children and 1,625 events. The cohorts and eligibility filters differ and must not be combined as if they represented one longitudinal path.<\/p>\n
Journalists and researchers interested in additional age breakdowns, alternative distance thresholds, observation coverage or methodology can contact Findmykids to request aggregated data.<\/p>\n