What the Illinois Law Requires from January 2027
From 1 January 2027, Illinois will require riders of e-bikes capable of exceeding 28 mph (approximately 45 km/h) to hold a valid driver's license and carry liability insurance. The law applies to any e-bike that can reach or exceed that threshold, regardless of how the motor is marketed or labelled. Riders caught without a license or insurance face fines and potential confiscation of the vehicle.
The 28 mph limit is close to the European speed-pedelec threshold of 45 km/h, the point at which EU law reclassifies a bicycle as a light moped. Illinois lawmakers chose this speed because it marks the boundary where a two-wheeled vehicle begins to share performance characteristics with motorised traffic rather than human-powered bicycles.
The law targets a specific problem: motors sold as bicycles but capable of speeds and power outputs that place them in the moped category. Many of these machines are marketed with a nominal rating of 750 W — the US federal limit for e-bikes — but deliver peak power well above 2000 W. When ridden by young or inexperienced users on cycle paths and pavements, they create safety risks that existing bicycle regulations were not designed to address.
All figures, speed limits, and legal requirements in this section are specific to Illinois and do not apply in Europe. European riders are subject to EU and national regulations, which are covered in the sections that follow.
Why Illinois Acted: The Safety Concerns Behind the Law
The Illinois law responds to a sharp rise in injuries involving young riders on high-speed e-bikes. Emergency departments in Chicago reported increasing numbers of serious crashes, many involving riders under 16 on machines capable of 30 mph or more. In several cases, the e-bikes involved were purchased online, delivered without assembly instructions or safety guidance, and ridden without helmets or training.
The core issue is not the technology itself but the gap between how these machines are sold and how they perform. A motor labelled as 750 W can deliver 2000 W or more at peak output, enough to accelerate a lightweight frame to speeds that exceed the design limits of bicycle brakes, tires, and geometry. When those machines are accessible to riders too young to hold a moped license, the regulatory framework breaks down.
Throttle-equipped motors compound the problem. Unlike pedal-assist systems, which require the rider to pedal and modulate effort, a throttle allows full power on demand with no physical input. A rider with no cycling experience can reach top speed in seconds, often without the muscle memory or reaction time needed to handle the machine safely in traffic or on shared paths.
European cities report similar patterns. Youth riders on throttle-equipped bikes, unclear classification of high-power motors sold online, and enforcement gaps where police lack the tools or training to distinguish a compliant pedelec from a modified machine. The ABC7 Chicago report on the Illinois law cites testimony from parents, teachers, and hospital staff who described the same concerns now being raised in France, Germany, and the Netherlands: powerful machines in the hands of riders who lack the training to use them safely.
How Europe Already Regulates High-Speed E-Bikes
European law divides e-bikes into two categories. Pedelecs — pedal electric cycles — provide motor assistance only while the rider pedals, cut off at 25 km/h, and are limited to 250 W continuous rated power. They are classified as bicycles and require no license, insurance, or registration in any EU member state.
Speed-pedelecs assist up to 45 km/h and are classified as L1e-B light mopeds under EU vehicle type-approval rules. They require registration, third-party liability insurance, and a helmet. The rider must hold at least a moped license, though some countries require a full car license. Speed-pedelecs are not permitted on all cycle paths; local and national rules vary, with some countries restricting them to roads only.
The 250 W limit applies to continuous rated power, not peak power. A motor can legally deliver higher output for short periods — climbing a steep gradient, for example — as long as its rated continuous output does not exceed 250 W. This distinction creates enforcement challenges, because a motor labelled 250 W can produce 500 W or more at peak without violating the letter of the law.
Country-by-country variation adds complexity. In Germany, speed-pedelec riders must hold at least an AM moped license, available from age 15. In France, the minimum age is 14, and riders under 18 must wear a helmet. In the Netherlands, speed-pedelecs are restricted to roads and dedicated cycle paths where local signage permits; they are banned from most urban cycle lanes. Belgium requires a number plate and insurance but no license for riders over 16.
Enforcement remains inconsistent. Online marketplaces sell motors, conversion kits, and display software that bypass power and speed limits, often with no clear indication that the resulting machine will be illegal to ride on public roads. Riders who modify their bikes — whether by installing a more powerful motor or unlocking the speed limiter in the display settings — reclassify the vehicle as a moped under EU law, but many do so without understanding the legal consequences.
The Grey Zone: Motors That Exceed Legal Limits
The distinction between rated and peak power creates a grey zone that complicates enforcement. A motor with a rated continuous output of 250 W can legally deliver 500 W or more for short bursts, making it difficult for police to determine compliance without testing equipment. Manufacturers exploit this ambiguity by marketing motors with conservative ratings while delivering significantly higher real-world performance.
Throttle-only operation removes the pedal-assist requirement that defines a pedelec under EU law. A machine that provides power without pedalling is not a bicycle, regardless of its motor rating. Yet throttle-equipped e-bikes are widely available online, often marketed as legal for off-road use but sold without any restriction on where buyers can ride them.
Display software presents another enforcement challenge. Many e-bike systems allow the rider to unlock higher speeds or power outputs by entering a code or connecting the display to a smartphone app. The modification leaves no visible trace, and the bike can be returned to compliant settings in seconds. Riders who unlock their bikes in this way often believe they are simply accessing performance the motor already possesses, without understanding that doing so reclassifies the vehicle and invalidates their insurance.
Italy's 2024 enforcement action, detailed in our earlier coverage, shows that regulators are beginning to act. Authorities seized thousands of e-bikes sold as compliant pedelecs but capable of exceeding legal speed and power limits. The operation targeted both retailers and online marketplaces, but enforcement remains inconsistent across borders, and many non-compliant machines continue to circulate.
Youth Riders and Access: The Core Policy Question
Standard pedelecs have no age restriction in most EU countries. A child can legally ride a 250 W, 25 km/h e-bike on public roads and cycle paths, provided local traffic rules allow bicycles. Speed-pedelecs typically require a minimum age of 14 to 16, depending on the country, and riders under 18 must often wear a helmet.
The Illinois law targets the gap between these categories: powerful machines accessible to riders too young to hold a moped license. A 13-year-old in Illinois can currently buy or ride an e-bike capable of 40 km/h with no training, no insurance, and no legal oversight. The new law closes that gap by requiring a driver's license for any e-bike exceeding 28 mph, effectively setting a minimum age of 16.
European cities face the same question. Should a young teenager be able to purchase and ride a machine capable of moped-like speeds on shared infrastructure designed for bicycles? The answer depends on whether you view the machine as a bicycle with assistance or a moped without registration. Current EU law draws the line at 25 km/h, but enforcement of that limit is weak, and many riders — young and old — operate machines that exceed it.
Policy options include age limits, mandatory training, or stricter enforcement of existing power and speed limits. France has proposed requiring all e-bike riders to complete a road safety course before purchasing a machine capable of exceeding 25 km/h. Germany is considering a registration requirement for all e-bikes, regardless of speed, to improve traceability in the event of theft or accident. The Netherlands has tightened rules on where speed-pedelecs can be ridden, effectively banning them from most urban cycle infrastructure.
Insurance and Liability: Who Pays When Something Goes Wrong?
Speed-pedelecs in Europe already require third-party liability insurance, just as mopeds do. The insurance covers damage or injury the rider causes to others, but not damage to the rider or the machine itself. Premiums vary by country and insurer but typically range from €50 to €150 per year.
Standard pedelecs do not require insurance, but many riders carry personal liability cover as part of a household policy. In Germany, for example, private Haftpflichtversicherung typically covers bicycle use, including e-bikes up to 25 km/h. Riders should check their policy documents to confirm that e-bike use is included and that the cover extends to the speeds and power outputs their machine can achieve.
The Illinois law extends the insurance requirement to all high-speed e-bikes, not just those classified as mopeds. This approach reflects a view that any machine capable of moped-like speeds should carry moped-like liability cover, regardless of how it is marketed. Europe may follow if injury claims involving high-speed e-bikes continue to rise, particularly if courts begin to rule that riders of modified or unlocked machines are liable for damages because they were operating unregistered motor vehicles.
Riders who modify their bikes risk invalidating their insurance. If you unlock your display to exceed 25 km/h, you have reclassified your pedelec as a moped under EU law. If you then cause an accident, your household liability policy will not cover the claim, and you may be personally liable for damages. The same applies if you install a more powerful motor or a throttle: the machine is no longer a bicycle, and bicycle insurance does not apply.
What This Means for European Riders and Regulators
The Illinois law is a signal, not a model. European regulations already cover speed-pedelecs, and the framework is clearer than the patchwork of US state laws. But enforcement lags, and the gap between how e-bikes are sold and how they perform continues to widen. Expect tighter controls on online motor sales, conversion kits, and display software that unlocks speed or power limits.
Riders who modify their bikes should understand the legal and financial risks. Unlocking your display or installing a more powerful motor reclassifies your e-bike as a moped. You must then register it, insure it, and hold the appropriate license. Riding an unregistered modified bike can result in fines, confiscation, and personal liability in the event of an accident. The fact that the modification is reversible or invisible does not change the legal classification.
If you ride a standard pedelec within legal limits — 250 W, 25 km/h, pedal assist only — nothing changes. The rules are stable, and enforcement focuses on machines that clearly exceed those limits. If you ride a speed-pedelec, ensure your registration and insurance are current, and check local rules on where you are permitted to ride. Some countries restrict speed-pedelecs to roads, and fines for riding on prohibited cycle paths are increasing.
For regulators, the Illinois law highlights the difficulty of drawing a bright line between bicycles and mopeds when motor technology makes it easy to cross that line with a software change. The 25 km/h threshold in EU law is clear, but only if it can be enforced. That will require better tools for roadside testing, clearer rules on what constitutes a legal modification, and stronger penalties for retailers who sell non-compliant machines as bicycles. The alternative is a continued erosion of the distinction between the two categories, with safety and insurance implications that neither riders nor cities are prepared to manage.
Frequently asked questions
Do I need a license to ride an e-bike in Europe?
No license is required for pedelecs limited to 250 W continuous rated power and 25 km/h assist. Speed-pedelecs, which assist up to 45 km/h, require a moped or car license, depending on the country. The minimum age and license type vary across EU member states, so check your national rules before purchasing or riding a speed-pedelec.
Do I need insurance for my e-bike?
Speed-pedelecs require third-party liability insurance in all EU countries, just as mopeds do. Standard pedelecs do not require insurance, but personal liability cover is recommended and is often included in household policies. Modified bikes that exceed legal power or speed limits may invalidate your insurance, leaving you personally liable for any damage or injury you cause.
Can I modify my e-bike to go faster?
Modifying a pedelec to exceed 25 km/h or 250 W reclassifies it as a moped under EU law. You must then register it, insure it, and hold the appropriate license. Riding an unregistered modified bike can result in fines, confiscation, and personal liability in an accident. The modification does not need to be permanent or visible to change the legal classification.
What is the difference between a pedelec and a speed-pedelec?
Pedelecs provide motor assistance only while you pedal, cut off at 25 km/h, and are limited to 250 W continuous rated power. No license or insurance is required, and they are classified as bicycles. Speed-pedelecs assist up to 45 km/h and are classified as L1e-B mopeds. They require registration, insurance, a helmet, and at least a moped license. Speed-pedelecs are restricted to roads in some countries and cannot use all cycle paths.
