Legal Here, Illegal There: North America’s Micromobility Rulebook Problem

Imagine beginning a trip in a community where your e-scooter is permitted, crossing an almost invisible municipal boundary, and entering a city where the same device is prohibited on the road, in the bike lane, on the sidewalk and on the trail.

The rider has not changed. The vehicle has not changed. The street may look almost identical. Only the rulebook has changed.

That is the reality facing micromobility riders across North America. Provinces, states, municipalities, parks authorities and transportation agencies are creating separate – and sometimes incompatible – rules governing e-bikes, e-scooters, electric unicycles, one-wheel devices, electric skateboards and other emerging vehicles.

Volume III of The Micromobility Safety Revolution — Safer Cities: Infrastructure, Regulation, and the Road to Zero describes the result as “less a rulebook than a chaos.” It observes that a single journey can cross several incompatible regulatory regimes without any sign or warning telling the rider that the rules have changed.

The problem is not simply that the rules are complicated. It is that rules people cannot reasonably learn are rules they cannot reliably follow.

Most road laws were constructed around three familiar categories: the pedestrian, the bicycle and the motor vehicle.

Micromobility devices do not fit neatly into any of them.

An e-scooter is powered like a motor vehicle but is much lighter and slower. An e-bike may look like a conventional bicycle, a cargo bike, a moped or even a small motorcycle. An electric unicycle has no pedals, handlebars or conventional seat. A one-wheel device may not satisfy the legal definition of either a bicycle or a motor vehicle.

Regulators are therefore forced to decide whether each new device should be treated as a bicycle, a moped, a motor vehicle, a recreational device – or something entirely new. That classification decision is not a minor legal technicality. It determines where the device may be used, how fast it may travel, what equipment it must carry, how old its rider must be, whether licensing or insurance applies and who may be liable after a collision.

Even two products commonly marketed as “e-bikes” may be governed differently. Toronto, for example, permits pedal-powered e-bikes in protected bike lanes while excluding e-bikes that can move without pedalling. Different rules also apply to heavier or moped-style e-bikes on trails, paths, ferries and public bicycle parking infrastructure.

Electric unicycles, electric skateboards, one-wheel devices and hoverboards face an even more severe classification problem. In Toronto, these devices cannot legally be operated on public streets, in bike lanes, on sidewalks or in parks. They may be used only on private property, even though they remain commercially available.

Consumers may see a range of similar-looking products in the same store. The law may see completely different vehicles.

Ontario’s e-scooter pilot framework allows individual municipalities to decide whether e-scooters may be operated locally. Toronto chose not to participate. As a result, e-scooters cannot legally be ridden on Toronto’s public roads, bicycle lanes, cycle tracks, trails, sidewalks or parks.

They can still be sold in stores.

A consumer can therefore legally purchase an e-scooter in Toronto but cannot legally ride it home through a public space. In another Ontario municipality participating in the provincial pilot, the answer may be different.

British Columbia has also adopted a pilot structure. Participating communities can designate the locations in which electric kick scooters may be used, while provincial rules establish requirements such as helmet use. Riders must consequently understand both the provincial framework and the bylaw of the particular community in which they are travelling.

The same layering appears in the United States. New York State permits e-scooters on certain streets with speed limits of 30 mph or less, but municipalities may further regulate when, where and how the devices are used. New York City permits e-scooters in bike lanes and on qualifying streets, limits them to 15 mph, prohibits sidewalk riding and imposes specific helmet rules for younger riders.

These jurisdictions are not necessarily making irrational decisions. Dense downtown streets, suburban road networks, recreational paths and rural communities can present very different conditions.

The difficulty is the combined effect of hundreds of local decisions that use different definitions, thresholds, signs, exceptions and enforcement practices. A system may preserve local control while still becoming almost impossible for an ordinary rider to understand.

As Safer Cities states:

“Rules that vary unpredictably cannot be learned, and rules that cannot be learned cannot be followed.”

When riders cannot determine what is legal, many default to what appears convenient. When the public cannot understand the distinctions, respect for the rulebook declines. When enforcement is applied to rules that were difficult to find or changed at an unsigned boundary, it can appear arbitrary – even when the underlying rule has a legitimate safety purpose.

The consequences extend beyond tickets and fines

Where a device is permitted to operate may be the most important safety decision a regulator makes.

A rule that sends a rider into high-speed traffic, one that pushes the rider onto a crowded sidewalk and one that directs the rider into a protected lane create three very different risk environments. The rider and vehicle may be identical, but the regulatory decision determines the conflicts they will encounter.

A rider who is told to stay off the sidewalk but sees no safe bicycle facility may enter fast traffic. Another rider, afraid of that traffic, may illegally use the sidewalk and create a new danger for pedestrians. Inconsistent rules can therefore move risk from one road user to another rather than resolving it.

Micromobility devices are often sold online and in major retail stores without a clear explanation of where they may legally be operated.

“The ability to purchase a device does not mean it is legal for a child to use, legal on public roads or legal in the buyer’s municipality. It also does not mean that the vehicle satisfies the legal definition printed in a provincial or state statute.”

Parents may understandably assume that a product displayed alongside bicycles is governed like a bicycle. That assumption can be wrong.

Police officers and municipal enforcement personnel must distinguish between devices that can look nearly identical but belong to different legal categories.

Is it pedal-assist or throttle-powered? Does it exceed the permitted motor output? Can it be propelled by muscular power alone? Is it an e-bike, an e-moped or an unclassified motor vehicle? Is the rider still within a participating pilot municipality?

“Complexity does not prevent enforcement, but it makes consistent enforcement more difficult. A rule that exists only on paper, while being routinely ignored or unevenly applied, can weaken confidence in the wider road-safety system.”

A shared-fleet operator working in numerous cities may confront different speed limits, parking requirements, fleet caps, data-sharing duties and operating zones in each one. Manufacturers must either produce jurisdiction-specific models or design to a restrictive common denominator.

The complexity becomes a regulatory tax on organizations trying to comply, while less responsible sellers and riders may simply ignore rules they regard as unknowable.

Micromobility can provide affordable transportation for people who cannot drive, cannot afford a car, are poorly served by transit or cannot comfortably walk long distances.

At the same time, devices ridden or parked on sidewalks can create serious barriers for pedestrians – particularly people with visual impairments, wheelchair users and others who depend upon a clear, predictable footway.

Both realities are true.

The answer is not to disregard pedestrian accessibility in the name of innovation. Nor is it necessarily to eliminate a mobility option that could benefit underserved residents. Better policy separates riders from pedestrians, creates appropriate parking, establishes enforceable operator responsibilities and keeps sidewalks clear.

“As Safer Cities argues, the accessibility test should be whether micromobility expands transportation for the underserved without diminishing access for the vulnerable.”

The fragmented rulebook also reflects a basic pacing problem.

E-scooters and shared micromobility fleets appeared on city streets faster than traditional legislative systems could study, debate and regulate them. In many communities the sequence became: deployment first, disorder next and regulation last.

The eventual response was often prompted by injuries, complaints, sidewalk obstruction or public pressure. That can produce abrupt bans and broad restrictions rather than a calibrated framework developed before deployment. Yet the earlier regulatory vacuum also leaves riders and pedestrians unprotected during the period when norms are weakest and uncertainty is greatest.

Well-designed pilots and regulatory sandboxes offer a better option. A new mode can be introduced under controlled conditions, monitored through meaningful data and adjusted as evidence develops. This allows deployment and learning to proceed together rather than forcing cities to choose between an unregulated free-for-all and a permanent prohibition.

North America does not need identical rules on every street. Local governments must retain the ability to respond to their own infrastructure, traffic patterns and pedestrian environments.

But local flexibility does not require legal disorder.

A more coherent framework would establish:

1. Common vehicle definitions. E-bikes, e-scooters, speed pedelecs, e-mopeds and emerging devices should be classified consistently enough that riders, retailers and enforcement officers know what each vehicle is.
2. Harmonized baseline requirements. Core rules concerning vehicle speed, power, braking, lighting, age, protective equipment and liability should not change unpredictably at every municipal boundary.
3. Defined areas for local control. Municipalities could continue deciding where devices may operate, how shared fleets are managed and where parking is permitted, provided those variations are clearly communicated and justified by local conditions.
4. Standardized signs and digital rule publication. A rider crossing into a different regime should be told that the rules have changed. Municipal regulations should also be published in accessible, regularly updated formats that can support public tools such as RideRules.
5. Adaptive pilots with scheduled reviews. Pilot projects should collect comparable data, disclose their results and move toward a clear decision. “Temporary” regulation should not become years of uncertainty.
6. Point-of-sale information and rider education. Retailers and manufacturers should clearly state that legality depends on both the device and the location. Riders should be taught not only how to control the machine, but also how to identify the rules that apply to it.

These recommendations reflect the broader approach advanced in Safer Cities: regulation should be evidence-based, proportionate, consistent and adaptive. Common frameworks should govern matters that benefit from harmonization, while local discretion should remain for conditions that genuinely vary from one street network to another.

Micromobility has the potential to reduce short car trips, extend the reach of transit and provide affordable transportation to millions of people.

“But a transportation system cannot depend on riders correctly guessing whether their vehicle is a bicycle, a moped, a motor vehicle, a recreational device – or nothing recognized by the law at all.”

Regulation is the governance layer of safety because it determines what vehicles may exist, who may operate them, where they may travel and what protections must be built around them. When that layer is clear, it enables safer riders, safer vehicles and safer streets. When it is fragmented and inaccessible, it frustrates every layer beneath it.

The immediate message for riders is simple: check the rules before every unfamiliar ride.

The larger message for policymakers is more ambitious: make those rules consistent enough to learn, visible enough to find and adaptable enough to keep pace with the next vehicle that has not yet arrived.

RideRules app provides a practical tool for navigating the rules that exist today. Volume III – Safer Cities: Infrastructure, Regulation, and the Road to Zero – sets out the broader case for building the coherent safety system North American micromobility still needs.

Micromobility regulations change frequently. RideRules provides general information; riders should confirm current requirements with the applicable provincial, state or municipal authority.