Executive Summary
Two converging crises — a documented public safety emergency and a measurable post-pandemic developmental debt — define both the urgency and the opportunity of wheelWISE.
An estimated 115,713 e-scooter injuries were treated in U.S. emergency departments in 2024 — more than double 2023 — consistent with CPSC's documented 23% average annual increase since 2017. Children ages 11–14 represent 38.3% of all pediatric e-scooter injuries nationally, with children 14 and under comprising 36% of all micromobility injuries. These same students carry a measurable post-pandemic developmental debt: documented deficits in impulse control, peer communication, empathy, and conflict resolution — the precise competencies that predict long-term workforce success and safe decision-making.
An analysis of crash narratives and trauma center data finds that 79% of all e-bike and e-scooter crashes involve at least one identifiable decision-making failure — no helmet worn, excessive speed, traffic law violation, distracted riding, or peer-pressured risk-taking. This is not primarily a vehicle engineering problem. It is a judgment and safety education problem. wheelWISE is designed precisely at that gap.
wheelWISE is a structured 12-session micro-mobility safety and character development program for grades 6–8, delivered through the teenWISE platform. It runs as an after-school club — no new staff, no schedule disruption, no prerequisite course. Every student who completes the program earns the designation of wheelWISE Safety Ambassador by researching, drafting, peer-reviewing, and publicly presenting four peer-to-peer public service announcements, one per safety domain.
wheelWISE is built on the W.I.S.E. Learning Model — Watch, Investigate, Share, Empower — and the parallel W.I.S.E. Character Framework: Wonder, Integrity, Service, Empathy. Together they address both Bloom's cognitive and affective taxonomies and all five CASEL SEL competencies.
Schools that adopt wheelWISE gain a structured, evidence-informed program that addresses a public safety emergency, a measurable developmental deficit, and a workforce preparation imperative — simultaneously, within existing resources, with a performance-based assessment system that generates pre/post data for district reporting and grant compliance.
In April 2026, the American Academy of Pediatrics launched its formal "Borrowed Speed" community health program, explicitly framing the pediatric e-bike crisis as an adolescent developmental problem — not an equipment problem — and calling for school-based safety education as the primary intervention. This directly validates the wheelWISE model.
The Dual Crisis
Two independent trends are converging in America's middle schools. Their intersection defines both the urgency and the opportunity.
E-bikes and e-scooters now reach 20 to 28 miles per hour and are ubiquitous among middle schoolers. The injury data reflects this shift with alarming clarity.
| Indicator | Figure | Source |
|---|---|---|
| E-scooter ED visits 2024 | 115,713 | CPSC NEISS / ERideHero 2025 |
| Change vs. 2023 | +80% single-year | ERideHero 2025 |
| Average annual growth since 2017 | 23% | CPSC NEISS 2023 |
| E-bike head trauma growth 2017–2022 | 49× increase | JAMA Surgery, Aug 2023 |
| Non-helmeted rider head injury odds | 1.9× higher (p=0.005) | JAMA Surgery, Aug 2023 |
| Children ≤14 share of all injuries | 36% | CPSC NEISS 2023 |
| Ages 11–14 share of pediatric e-scooter injuries | 38.3% | CPSC NEISS 2023 |
| NYC battery fire deaths 2023 | 18 fatalities | FDNY 2023 |
| NYC fire deaths after UL mandate | 1 fatality (2024) | FDNY 2024 |
| E-bike trauma fatality rate (serious crashes) | ~11% vs. 0.3% bicycles | CPSC / trauma center data |
Rady Children's (Orange County, CA): 1 patient (2021) → 201 patients (2025) — a 200-fold increase in four years.
Wolfson Children's (Jacksonville, FL): 3 patients (2022) → 115 patients (2025).
Stony Brook University Hospital (NY): 900% increase in two years (2023–2025).
Penn State Children's (PA): Treated more patients in 2025 than in the prior three years combined.
These are four independent institutions in four different states, all reporting the same directional surge.
E-bikes are governed under 16 CFR Part 1512 — a bicycle safety standard written in the 1970s for human-powered vehicles. It contains no braking standard for a 40–80 lb vehicle at 28 mph, no age restriction, no mandatory training requirement, and no speed limiter anti-bypass rule. In March 2026, a bipartisan coalition introduced the Safe SPEEDS Act (H.R. 7839), directing CPSC to create national e-bike classification standards for the first time. The bill has not yet passed. In the absence of federal action, schools are the most reliable and scalable intervention point available.
The cohort now in grades 6–8 was ages 3–10 during the 2020–2022 pandemic disruptions — a period that interrupted foundational peer interactions through which social-emotional development occurs.
- →Jones et al. (2026): Average executive function scores fell 7.5 points (half a standard deviation) following pandemic-era school closures — 3,100+ children tested (Child Development, DOI: 10.1093/chidev/aacag003)
- →Oklahoma study (2025): Executive functioning growth stagnated — 11–12 months of growth lost, recovery at 65–74% of pre-pandemic rates (Developmental Psychology, PMC12700346)
- →CDC (2024): An additional 1 million children diagnosed with ADHD in 2022 vs. 2016 — total 7.1 million (Journal of Clinical Child & Adolescent Psychology)
- →JAMA Pediatrics (2025): U.S. kindergarten cohorts show significantly lower communication, problem-solving, and personal-social domain scores vs. all pre-pandemic cohorts
- →Scott et al. (2024): Lower false-belief (perspective-taking) scores post-pandemic, largest gaps in lower-SES children — the same population most exposed to micromobility (Scientific Reports, PMID: 39578638)
Why Middle School
Middle school is not a waiting room. It is the critical developmental window — the period when habits around risk, independence, peer influence, and identity solidify. The research is unambiguous on three counts: the need is concentrated here, the opportunity is greatest here, and the cost of inaction is highest here.
Children ages 11–14 account for 38.3% of all pediatric e-scooter injuries while representing approximately 18% of the youth population. Males ages 11–14 account for 70.1% of pediatric e-scooter injuries. The risk behavior patterns associated with the 15–24 age group — the highest-injury adult cohort — are established during these years.
While e-scooter injuries remain larger in absolute numbers, e-bike injuries are now growing faster and producing more severe outcomes. E-bikes routinely reach 20–28 mph — two to three times the average speed of a conventional bicycle — and weigh 40–80 lbs. Research on serious e-bike crashes documents a trauma fatality rate of approximately 11%, compared to 0.3% for conventional bicycles. This severity differential reflects not an engineering defect but a speed and mass problem that only behavioral preparation can meaningfully address.
FHI 360's research synthesis identifies seven skills most developmentally adaptable at ages 12–14: positive self-concept, self-control, higher-order thinking, social skills, communication, empathy, and goal orientation. A 2025 meta-analysis found that middle school SEL interventions produce stronger academic effects (g=0.122) than elementary programs (g=0.075) — early adolescence is a more responsive window, not a harder one.
Non-Hispanic Black consumers represented 29% of micromobility injuries despite comprising 13% of the population. Helmet use gaps are compounded by education and access inequities. Pandemic developmental losses are largest in lower-income communities and among students of color. The same population most exposed to shared micromobility devices with the lowest helmet use rates is the same population with the largest unaddressed developmental gaps.
The habits students form around e-bikes and e-scooters in grades 6–8 are the first real-world expression of the same skills novice drivers must apply at 16–17. The IPDE sequence that wheelWISE teaches — Identify, Predict, Decide, Execute — is the same cognitive framework that underpins effective driver education. wheelWISE functions explicitly as a pre–driver education intervention, building hazard scanning, impulse regulation, and peer-pressure scripts in a lower-speed context before students encounter formal driver education.
The W.I.S.E. Framework
The W.I.S.E. Learning Model integrates four empirically supported traditions in educational research: social learning theory, constructivist pedagogy, peer teaching science, and experiential learning.
The W.I.S.E. model addresses all five CASEL competencies: Self-Awareness (Watch/Wonder), Self-Management (Investigate/Integrity), Social Awareness (Share/Service), Relationship Skills (Share/Empathy), and Responsible Decision-Making (Empower/all phases). Standards also align to NGSS, SHAPE America NHES, Common Core ELA, and the IPDE driving process.
Program Design
12 sessions. 4 safety domains. 4 PSA projects. 1 Safety Ambassador graduation. No new staff, no new course, no prerequisite.
PSA work begins at Session 1 and runs through Session 10. This is not creative enrichment — it is the primary mechanism through which the program builds peer communication, perspective-taking, and identity-based character development. Every student presents publicly. The Safety Ambassador designation documents demonstrated competency, not test performance.
Evidence Base
The evidence for wheelWISE spans three independent research streams: the micro-mobility injury literature, the post-pandemic developmental research, and the SEL and character education effectiveness literature.
- ✓Durlak et al. (2011): Meta-analysis of 213 SEL programs, 270,000+ students — average 11-percentile-point academic achievement gain, with 13-point long-term gains (CASEL)
- ✓2025 meta-analysis: Middle school SEL produces stronger academic effects (g=0.122) than elementary programs (g=0.075) — early adolescence is the higher-return window
- ✓CASEL SAFE criteria: Sequenced, Active, Focused, Explicit instruction — the standard that distinguishes effective from ineffective SEL. The W.I.S.E. model's four-phase architecture directly meets this standard.
The American Academy of Pediatrics' April 2026 "Borrowed Speed" program formally frames the pediatric e-bike crisis as an adolescent developmental problem — not an equipment problem — and calls for school-based safety education as the primary intervention. Published outcome targets: 25% increase in observed helmet use within 12 months, 75% of youth demonstrating improved safety knowledge per session, and 70% of parents reporting increased confidence in safety conversations. These benchmarks are directly adoptable as wheelWISE evaluation targets.
A single serious pediatric traumatic brain injury carries an estimated lifetime cost of $1M–$4M, encompassing rehabilitation, long-term care, assistive technology, and reduced earning capacity. With an estimated 3,400+ youth TBIs attributable to e-bikes annually, the implied lifetime burden from a single year of cases exceeds $10 billion. School-based prevention programs that reduce injury rates by even 10–15% would produce returns measured in hundreds of millions of dollars annually. (Brain Injury Association of America)
Berkowitz and Bier's (2005) review of effective character education programs identified six conditions consistently present in effective programs: explicit focus on character, use of peer interactive strategies, connection to authentic contexts, school-wide reinforcement, family communication, and explicit practice of target dispositions. wheelWISE meets four of these six conditions within the club format and addresses the remaining two — school-wide reinforcement and family communication — through the Safety Ambassador designation and the Parent/Guardian Communication Pack.
Equity & Access
Pediatric micro-mobility injury data is not evenly distributed. Non-Hispanic Black consumers represented 29% of micromobility injuries despite comprising 13% of the population. Shared e-scooter and e-bike devices — with 70% lower helmet use than personal device owners — are concentrated in higher-density urban communities. College-educated parents are significantly more likely to require helmets; the lowest rates are for children aged 11 or older — the precise wheelWISE target population.
wheelWISE's Option B scenario track (Scenarios 1B, 2B, 3B, 4C) is written in urban and transit-adjacent contexts as primary content, not remedial material — ensuring that students in higher-density communities see their actual riding environment represented in the curriculum, not suburban conditions.
The after-school club format generates the peer community conditions that character education research identifies as necessary for durable behavior change: a consistent group, shared identity, repeated interaction, and visible values. The Safety Ambassador designation confers a school-visible identity that extends the program's influence into hallways, lunchrooms, and group rides — where the behavior change needs to occur.
Implementation
| What Schools Need | Detail |
|---|---|
| Facilitator | Trained staff, paraprofessional, or community partner — no specialized certification required |
| Space | Any room that can be arranged in a circle or cluster configuration |
| Materials | Provided — printed or digitally projected scenario cards, rubrics, structured prompts |
| Cohort size | 10–30 students |
| Equipment | None — no vehicles, no outdoor space, no safety gear required |
| Technology | Device-friendly; deliverable with or without 1:1 devices |
The full 12-session curriculum, PSA certification process, and Safety Ambassador graduation are delivered in three formats: after-school club (most common), before-school enrichment, or integrated into advisory / health / PE. Each session runs approximately 50 minutes.
The pre/post assessment system generates class-level data on safety knowledge gains, overconfidence reduction, and Rider Profile shifts. All data structures are compatible with district reporting requirements for Title IV-A, 21st CCLC, and SAMHSA AWARE grant funding.
Conclusion — The Opportunity
The convergence of evidence across injury data, developmental science, workforce research, and character education literature produces a single, clear conclusion: the students currently in grades 6–8 are the right population, this is the right moment, and the W.I.S.E. framework is the right approach.
The students in America's middle schools today are navigating a world their teachers did not grow up in — one where the speed of transportation, the reach of social media, and the acceleration of artificial intelligence are all arriving simultaneously. They need frameworks for making decisions under pressure, skills for influencing peers without losing them, and character dispositions that hold when no adult is watching.
wheelWISE gives them all three — through a context they are already in, a framework built on the strongest available research, and a certification model that makes their competence visible, portable, and real.
The question for school and district leaders is not whether to address micro-mobility safety, soft skill development, or post-pandemic recovery. Policy, data, and parents are already asking. The question is whether to address these needs through the standard response — a one-time assembly, a policy memo, a health class add-on — or through a structured program with a theoretical foundation, an assessment architecture, and a design rigor that matches the urgency of the moment.
wheelWISE is ready. Is your school?
No new staff. No schedule disruption. Pre/post data included. Reach out to learn more about bringing wheelWISE to your school.
Primary Sources
© 2026 NorthStar Mentors. wheelWISE and teenWISE are trademarks of NorthStar Mentors. This white paper is intended for educational and advocacy purposes. For program inquiries, partnership, or grant information, contact info@wheelwiseteens.org. The full white paper is also available in Google Docs for download and sharing.