Campus E-Scooter Safety: Universities and Brands Team Up for Rider Training

NEW YORK, NY – May 06, 2026 – On the bustling Central Quad of California State University, Fullerton (CSUF), a different kind of lesson was underway. Instead of textbooks, students handled handlebars, navigating a course of cones and obstacles designed to teach a critical skill for modern campus life: how to ride an e-scooter safely. The Titan E-Scooter Safety Lab, a hands-on event hosted by the CSUF Police Department on April 29, represents a growing, crucial trend in higher education—a direct response to the meteoric rise of micromobility and the alarming safety crisis accompanying it.

Sponsored by e-scooter manufacturer Hiboy and smart helmet company Lumos, the event brought together law enforcement and industry to provide practical training for students, faculty, and staff. This collaboration highlights a pivotal shift, as institutions and companies acknowledge that the convenience of zipping across campus must be balanced with robust education and a culture of responsibility.

A National Crisis on Campus Sidewalks

The need for such initiatives has never been more urgent. The proliferation of e-scooters has created a public health challenge that is particularly acute on university campuses, where dense pedestrian traffic and a young, mobile population create a perfect storm for accidents. National data paints a grim picture. According to the U.S. Consumer Product Safety Commission (CPSC), injuries related to micromobility devices, including e-scooters, have skyrocketed, leading to an estimated 360,800 emergency department visits between 2017 and 2022. E-scooters alone accounted for nearly half of those incidents.

Studies reveal that rider inexperience, excessive speed, and a pervasive failure to wear helmets are primary drivers of these accidents. Head injuries are among the most common and severe outcomes, yet helmet use among scooter riders remains dangerously low compared to cyclists. For many students, the scooter is seen as a casual mode of transport, leading them to underestimate the potential for serious trauma from a fall at 15 miles per hour.

This national trend has a deeply personal impact on campuses. At UC Irvine, collisions involving scooters, bikes, and skateboards jumped from 51 in 2024 to 89 in 2025. The urgency at CSUF is underscored by a recent tragedy, where a women's soccer player died from injuries after her e-scooter collided with a truck near campus. These incidents are a stark reminder that the risks are not merely statistical; they are real-world tragedies that devastate communities. The core problem often lies in infrastructure and behavior—campuses designed for walking are now shared with fast-moving electric vehicles, and riders often lack the training to navigate these complex environments safely.

A Proactive Approach to Rider Education

In response, the Titan E-Scooter Safety Lab provided a model for proactive intervention. From 11 a.m. to 1 p.m., the university quad transformed into a training ground. Under the supervision of CSUF Police personnel, participants maneuvered through a guided obstacle course that simulated common campus riding scenarios. The focus was on fundamental skills: controlled braking, smooth turning, obstacle avoidance, and, most importantly, situational awareness.

Officers reminded students of critical campus regulations, such as adhering to designated Pedestrian Only Zones and the importance of wearing helmets—a point reinforced by co-sponsor Lumos, known for its safety-focused helmet technology. The interactive format proved beneficial for both novice riders and daily commuters, allowing them to test their abilities and build confidence in a controlled setting, away from the unpredictability of live traffic.

“The goal is to help students stay safe and thrive by encouraging responsible riding, awareness of their surroundings, and compliance with university regulations,” said CSUF Police Chief Anthony Frisbee. He emphasized that hands-on training reinforces skills that students can apply to their daily commutes.

His colleague, Detective Adam Kashe, noted the value of the partnership. “This collaboration with Hiboy allows us to educate the campus community on the rules of the road and ensure proper safety equipment is worn,” he stated. To further incentivize participation and safe practices, attendees who completed the course were entered into a raffle for Hiboy e-scooters and other safety gear.

The Role of Corporate Responsibility

Hiboy's sponsorship of the CSUF event signifies a broader trend in the micromobility industry: a move toward corporate citizenship. As e-scooters have transitioned from disruptive novelties to essential transportation tools, manufacturers face increasing pressure to address the safety implications of their products. By funding and participating in educational events, companies like Hiboy are acknowledging their role in the ecosystem extends beyond the point of sale.

“Hiboy is committed to supporting the safe adoption of personal mobility devices,” a company representative stated in the event's press release. “By partnering with universities and public safety organizations, we help riders of all experience levels build confidence, understand local regulations, and contribute to safer shared spaces.”

This approach marks a maturing of the industry. It demonstrates an understanding that long-term success depends not just on product innovation but on successful, safe integration into communities. Proactive engagement helps build trust with universities and municipalities, potentially warding off the outright bans that some cities have enacted in response to safety and nuisance complaints. Investing in user education is not just good ethics; it is smart business, fostering a more sustainable market where riders are empowered to be responsible community members.

Charting a Safer Path Forward

While events like the Titan Safety Lab are a vital step, experts agree they are one piece of a larger puzzle. A truly effective solution requires a multi-faceted approach that combines education with infrastructure and policy. Universities across the country are grappling with this challenge, implementing a patchwork of solutions that includes designated dismount zones, campus speed limits, and strict parking regulations to prevent walkways from becoming cluttered with abandoned scooters.

However, many campus safety advocates argue that real progress depends on physical changes to the environment. The creation of dedicated, protected lanes for micromobility is widely seen as the most effective way to separate riders from both pedestrians and vehicle traffic, reducing the potential for conflict and collision. This requires significant planning and investment, but it addresses the fundamental design flaw of forcing new technologies onto infrastructure built for a different era.

Furthermore, the National Transportation Safety Board (NTSB) has highlighted the critical need for better data collection to understand the full scope of the problem and craft effective policies. As e-scooters, e-bikes, and other personal electric vehicles continue to evolve, the collaboration between educators, manufacturers, and policymakers will be essential. Initiatives like the one at CSUF serve as a powerful template, proving that when stakeholders work together, the path toward a safer, more efficient future for campus mobility becomes much clearer.