Micromobility Safety Has a Problem We Already Know How to Solve

E-bikes and e-scooters are changing how young people move.

They offer independence. They can replace short car trips. They are affordable, efficient and increasingly part of everyday transportation.

But for parents watching a child leave the driveway on an e-bike or e-scooter, there is another side to that freedom.

Has anyone actually taught them how to ride safely?

Not simply how to balance.

Not how to make the vehicle move.

But how to recognize a developing hazard. How to approach an intersection. How to anticipate a turning vehicle. How to manage speed. How to position themselves where drivers can see them. How to respond when something unexpected happens.

For many young riders, the answer is no.

And that may be one of the most important gaps in micromobility safety today.

Micromobility feels new.

The safety problem isn’t.

As Safer Riders, Volume I of The Micromobility Safety Revolution, observes:

“Every transformative transportation technology in history has outrun its safety doctrine at first.”

The automobile did exactly that.

Early cars entered streets that had never been designed for them. Pedestrians, horses, bicycles and motor vehicles suddenly occupied the same space without traffic signals, lane markings or widely understood expectations about who should yield to whom.

The answer was not to abandon the automobile.

Society built a safety system around it.

Driver education taught people how to operate vehicles safely.

Licensing created minimum expectations before drivers were permitted onto public roads.

Engineering brought better brakes, seatbelts, lighting, tires and eventually sophisticated crash-protection systems.

Roads acquired signals, signs, markings and purpose-built infrastructure.

Governments established enforceable rules governing speed, right-of-way, impairment, vehicle standards and driver behaviour.

The automobile became progressively safer because education, engineering, infrastructure and regulation developed together.

Micromobility now needs the same maturation.

Being Able to Ride Is Not the Same as Knowing How to Ride Safely

A teenager may become comfortable operating an e-bike or e-scooter remarkably quickly.

That confidence can be deceptive.

Operating the controls is only the beginning.

Safe riding requires something much more sophisticated: anticipation.

A safer rider learns to recognize situations in which a collision could develop before the emergency exists.

A vehicle waiting at a driveway.

A parked SUV obscuring an intersection.

A driver preparing to turn right.

A pedestrian stepping toward a bike lane.

A wet surface approaching a corner.

A car door that may suddenly open.

A large vehicle with a blind spot.

A rider travelling too quickly to stop within the distance they can see.

Those are not primarily balance problems.

They are judgment, perception and decision-making problems.

And those skills can be taught.

For generations, parents have understood that handing a teenager the keys to a car comes with responsibility.

There are lessons.

There is supervised practice.

There are rules.

There is testing.

There is a gradual progression toward independent driving.

Micromobility has largely skipped that process.

A young person can receive an e-bike or e-scooter and, sometimes within minutes, be travelling alongside cars, crossing intersections and navigating driveways and parking lots.

The vehicle may be new.

The traffic environment is not.

The laws of physics certainly are not.

And enthusiasm is not a substitute for experience.

Parents therefore deserve something better than advice that amounts to:

“Wear a helmet and be careful.”

Helmets are critically important, but helmets are primarily a last line of protection.

The larger objective should be preventing the collision from developing in the first place.

That requires education.

Micromobility regulation frequently begins with questions such as:

• Where may these vehicles operate?
• What maximum speed should be permitted?
• What equipment must the vehicle have?
• What age should a rider be?
• Should helmets be mandatory?
• What rules should municipalities adopt?

Those are important questions.

But there is another question that deserves equal attention:

That question changes the policy conversation.

It moves micromobility safety beyond simply regulating the machine.

It recognizes that a safe transportation system has three interconnected components:

the rider, the vehicle and the environment.

A city can build an excellent bike lane.

A manufacturer can build an excellent e-bike.

But neither can ensure that a young rider recognizes a left-turn conflict developing ahead.

Infrastructure can reduce risk.

Technology can reduce risk.

Education can change what the rider sees coming.

The answer does not necessarily need to be another complicated licensing bureaucracy.

Micromobility gives policymakers an opportunity to create something far more accessible.

Short, mobile-first education.

Age-appropriate instruction.

School-based safety programs.

Parent-and-rider learning.

Community courses.

Progressive online modules.

Municipal information that riders can understand before they ride.

Practical defensive-riding instruction focused on the situations that actually cause conflicts.

The objective should not be to create barriers to micromobility.

It should be to make safe participation easier.

Because the extraordinary potential of e-bikes and e-scooters should not require accepting preventable injuries as the cost of progress.

The history of transportation safety gives us the roadmap.

When automobiles transformed our streets, society eventually responded with four complementary systems:

Education.
Engineering.
Infrastructure.
Governance.

Micromobility needs all four.

We should continue building protected infrastructure.

We should demand safer vehicles and better technology.

We should establish clear and consistent rules.

But we cannot continue treating the person operating the vehicle as though safe behaviour will somehow emerge automatically.

That is the lesson at the heart of Safer Riders:

“This first volume, Safer Riders, begins where every safe journey begins — with the person on the vehicle.”

And perhaps its most important challenge to policymakers, parents and the micromobility industry is this:

“We have poured attention into vehicles and infrastructure, and rightly so. But we have largely skipped the step that the automobile age treated as foundational — teaching people how to ride safely before, and while, they ride.”

That gap is fixable.

We know how to teach hazard recognition.

We know how to teach defensive behaviour.

We know how to teach young people to manage speed, space and visibility.

We know how to build progressive learning systems.

What is missing is the decision to make education a serious part of micromobility safety policy.

For a parent, that means asking a different question before buying an e-bike or e-scooter.

Not just:

“Is this vehicle safe?”

But:

“Is my child ready to operate it safely?”

And for governments, municipalities and transportation regulators, the question is larger:

If we believe education is essential before a young person operates a car, why would education be optional when that same young person enters traffic on a powered vehicle with almost none of the protection of a car?

Micromobility can become one of the most positive transportation changes of this generation.

But adoption alone is not success.

Safe adoption is.

And the next chapter of micromobility safety should begin exactly where Safer Riders begins:

with the rider.

Adapted from Safer Riders — The Human Side of Micromobility Safety, Volume I of The Micromobility Safety Revolution.

Safer Riders. Safer Vehicles. Safer Cities. One complete framework for the future of micromobility safety.