Sep 12, 2026News & Insights
EV Imports to the US and EU: A 2026 Compliance Handbook
A 2026 EV import compliance handbook for distributors covering CE, FCC, UL, CPC, EN 71, EN IEC 62115 and UKCA across kids ride-ons, e-bikes and e-motos.
WHY ONE CERTIFICATE IS RARELY ENOUGH
EV import compliance is rarely a single document. A program that mixes kids ride-ons, electric balance products, commuter e-bikes, and higher-powered electric motorcycles touches four distinct regulatory frameworks between the United States and the European Union, and each framework expects a different paper trail. The job of this handbook is to make that paper trail legible before you commit a container, and to show how a multi-line program is documented in practice. The goal is to help you ask the right questions of any supplier, including us, rather than to assert legal positions on your behalf.
HOW THIS HANDBOOK IS STRUCTURED
Four frameworks, one workflow
Section 1 covers the boundary between electrically power-assisted cycles (EPAC) and L-category vehicles in the EU, because that single line decides whether your product is sold like a bicycle or registered like a moped. Section 2 covers children products, where EN 71, EN IEC 62115 for electric toys, the US Consumer Product Safety Improvement Act, the Children's Product Certificate, and the UK route to market all apply in different combinations. Section 3 covers battery and electrical safety, where UL standards, the CE marking, and FCC requirements overlap depending on the category. Section 4 turns all of that into a procurement checklist you can hand to a supplier, and Section 5 lists the pitfalls we see most often when the documents are incomplete. A short closing section explains how we support customers through OEM and ODM stages.
SECTION 1: EPAC AND THE L-CATEGORY LINE
Where EPAC sits in EU law
In the European Union, an electrically power-assisted cycle is excluded from the L-category vehicle framework under Regulation (EU) No 168/2013, when it meets a defined set of conditions. EN 15194 is the harmonized standard that provides a presumption of conformity to those conditions, and is the standard most importers reference at customs. The headline thresholds are a maximum continuous rated power of 250 W, motor assistance that cuts out above 25 km/h, and a propulsion system that only assists while the rider is pedaling. A bicycle that meets all three conditions is treated as a regular bicycle for type-approval purposes, which means it does not require vehicle registration, insurance, or a driving license to ride on public roads. The thresholds look simple on paper, but each one is interpreted strictly, and a unit that misses any one of them stops being an EPAC and becomes something else.
Where a product falls into the L category
A product that goes above 25 km/h, or above 250 W, or that drives the wheel without pedaling, is no longer an EPAC under Regulation (EU) No 168/2013. In the EU it then falls into the L-category vehicle framework, which is a motor-vehicle type-approval regime. L1e covers two-wheeled mopeds, with two subcategories. L1e-A covers powered cycles up to 1 kW and up to 25 km/h with pedal-assist, which is the typical landing spot for higher-powered electric bicycles that no longer fit the EPAC definition. L1e-B covers two-wheeled mopeds with a maximum design speed not exceeding 45 km/h. Whole-vehicle type approval is a different paperwork process from EN 15194 testing and is normally carried out by a technical service against a UNECE or EU regulation. This is the step where many importers first get stuck, because the documents, the homologation plate, and the certificate of conformity are not interchangeable with an EN 15194 declaration.
United States has no single federal on-road permit
The United States does not operate a federal type-approval regime that maps cleanly to either EPAC or L1e. Federal law, at 15 U.S.C. 2085(b), defines a low-speed electric bicycle as a two- or three-wheeled vehicle with operable pedals, a motor of less than 750 W, and a top motor-assisted speed of less than 20 mph. Most states adopt a three-class system on top of that federal definition, and the class boundaries, including the conditions under which a throttle is permitted, are set by state law and vary across jurisdictions. Class 1 is pedal-assist only, Class 2 adds throttle operation up to the same assisted-speed ceiling, and Class 3 raises the assisted-speed ceiling for pedal-assist only; the throttle allowance of Class 2 is the practical difference between Class 1 and Class 2, and it is what lets a rider move off the line without pedaling. Anything that crosses the federal ceiling on power or assisted speed is typically treated as a moped or a motor-driven cycle and is subject to state-level registration, titling, and helmet rules. Importers who plan to place higher-powered units into multiple US states should confirm the destination state rules before shipping rather than relying on a generic federal assumption.
SECTION 2: CHILDREN'S PRODUCTS, EN 71, EN IEC 62115, ASTM F963 AND THE UK ROUTE
The EU toy standards and electric-toy safety
For children's ride-on toys and balance-style products sold into the European Union, the harmonized toy safety standard is EN 71, a family of standards that covers mechanical and physical properties, flammability, and the migration of certain chemicals. EN 71 is the right reference for the toy-side hazards of the product, such as small parts, sharp edges, and accessible materials. Electric ride-on toys also fall within the scope of EN IEC 62115, the safety standard for electric toys, which addresses the electrical hazards that EN 71 does not cover. The battery and charging system are assessed as part of the EN IEC 62115 test program and against any standards the lab applies to those subsystems. The CE marking on a children's product is normally backed by an EN 71 test report, an EN IEC 62115 test report where the product is electric, and a declaration of conformity drawn up by the manufacturer or importer.
CPSIA, the Children's Product Certificate, and ASTM F963
In the United States, children's products are governed by the Consumer Product Safety Improvement Act, which sets mandatory testing and documentation rules. Two documents matter at import. The first is a Children's Product Certificate, the certificate mandated by CPSIA, which is a written declaration by the importer or manufacturer that the product complies with all applicable children's product safety rules, and which lists the testing lab, the date, the rule sections covered, and the contact information for the certifier. The second is the third-party test report that backs the certificate, normally against ASTM F963, the US toy safety standard, along with rules on lead and phthalates where applicable. Without a Children's Product Certificate, US Customs and Border Protection can hold the shipment, and without a third-party test report from a CPSC-accepted laboratory the certificate itself does not satisfy the regulation. The certificate travels with the product or is furnished to the distributor before distribution in the United States.
The UK route to market for toys
For Great Britain, the current position is that CE marking continues to be accepted for toys on the GB market, with UKCA marking available as an alternative. Toys placed on the market in Northern Ireland follow the EU framework, including the CE marking, under the Windsor Framework arrangements. Importers that split shipments between the EU, Great Britain, and Northern Ireland should treat these as different regulatory destinations with their own labeling and document expectations, and should confirm the current UK position before each shipping season rather than assuming yesterday's rules still apply.
Practical matching between EU and US paper trails
Many of the children's ride-on models we produce for the European market carry an EN 71 test report and, where the product is electric, an EN IEC 62115 test report, which are exactly the documents EU importers ask for at customs. The same physical product going into the United States is not automatically covered by those reports, because ASTM F963 and CPSIA rules are a different compliance regime and require their own third-party testing through a CPSC-accepted laboratory. Distributors carrying both regions usually plan two parallel test programs and maintain a separate Children's Product Certificate per shipment or per production batch. For teams that treat kids toy import compliance as a recurring workstream across seasons, this kind of side-by-side mapping is what turns a certificate library into a working file rather than a drawer of expired PDFs.
SECTION 3: BATTERIES, ELECTRICAL SAFETY, UL, CE AND FCC
Battery standards are category-dependent
Lithium-ion-powered products on our line up range from low-voltage kids ride-on toys to 48 V e-bikes and higher-voltage e-moto packs, and the applicable battery safety standards are not the same across these bands. For light electric vehicles and personal e-mobility devices, the relevant UL family of standards covers the electrical drive train, the battery pack, and the charger. For children's products, the electrical hazards of the toy itself are addressed under EN IEC 62115 in the EU and under ASTM F963 together with the relevant CPSIA electrical rules in the United States, rather than under a separate UL listing. Importers should therefore ask which standard the test report cites, and confirm that the cited standard matches the destination market and the product category, rather than assuming that any UL mark covers everything.
CE marking scope and what it depends on
CE marking in the European Union is a manufacturer declaration that the product complies with all applicable EU directives and regulations, and the declaration is backed by test reports against the harmonized standards for each one. For most electric-mobility products the picture involves the Machinery Regulation (EU) 2023/1230, which replaces Machinery Directive 2006/42/EC from 20 January 2027, the Radio Equipment Directive where radio modules are present, and the EMC Directive for electromagnetic compatibility. EN 15194 is added for EPAC products, and the toy safety directive plus EN IEC 62115 are added for children's products. A common point of confusion is the Low Voltage Directive, which covers 50 V to 1000 V AC and 75 V to 1500 V DC. A 48 V DC battery pack sits below that range, so the Low Voltage Directive is generally not the right framework for a 48 V e-bike. For many product categories the CE declaration can be drawn up by the manufacturer, but certain categories and certain radio modules require a notified body to be involved; importers should ask the supplier whether a notified body has issued any certificate relevant to the model in question. The CE mark is not a quality seal awarded by an outside body, it is a declaration supported by documentation, which is one reason importers should always request the underlying test reports and not just the mark on the carton.
FCC scope and the post-2017 framework
In the United States the comparable electrical framework is run by the Federal Communications Commission. FCC regulates unintentional and intentional radio-frequency emissions, which covers electromagnetic compatibility and any Bluetooth, Wi-Fi, or remote-control modules built into the product. FCC is not the electrical-safety regulator; product electrical safety in the US is handled under CPSIA and applicable UL standards rather than under FCC rules. Since 2017 the older Verification procedure has been largely replaced by the Supplier's Declaration of Conformity procedure for most equipment, with Certification still required for some intentional radiators. FCC compliance and CE marking are separate exercises and are not interchangeable.
How to read our product pages
Our company-level statement is that CE, FCC, UL, and CPC certified models meet the safety and compliance requirements of major international markets. That statement is a catalog-level position, not a per-model guarantee. Certification availability depends on the series, the destination market, and the production revision, so any specific certificate scope, certificate number, or test report has to be confirmed per model and per shipment. A number of our kids ride-on models carry EN 71 test reports as documented on the relevant product pages. Certain e-bike models in the line are described on their product pages as built to CE and FCC standards. Models such as our H26 commuter e-bike are described as supported with international certification packages during OEM and ODM stages, rather than as carrying a fixed certificate set out of the catalog. The adult electric motorcycle G73 product page does not display a specific certificate, which is consistent with the reality that higher-powered L-category type approval is a project-based homologation exercise rather than a catalog certificate. Certified models are available depending on series and market, and the specific model certificate package for any given shipment is confirmed on request.
SECTION 4: WHAT TO ASK A SUPPLIER BEFORE YOU BUY
Confirm scope per model, not per catalog
An EV import compliance file is most useful when each line names the test standard, the testing lab, the report number, and the report date. Ask the supplier to send that confirmation in writing before any purchase order is signed. For the United States, ask specifically for the Children's Product Certificate for each children's model, the ASTM F963 report behind it, and the FCC Supplier's Declaration of Conformity or certification file where radio features are present. For the European Union, ask for the EN 71 or EN 15194 test report as applicable, the EN IEC 62115 report where the product is electric, the EU declaration of conformity, and the technical file index that ties the report to the declaration. For the United Kingdom, ask which marking the supplier intends to use on the GB market and whether the supporting assessment is the EN standard or a UK designated standard. For battery-driven products in any region, ask which UL family standard was applied and whether the report covers the pack, the charger, or the whole system.
Documents that should travel with the shipment
Beyond the certificates themselves, several practical documents help a shipment clear without delay. A commercial invoice that states the model number, the destination, and the unit value in the currency your broker expects. A packing list that matches the invoice line by line, including the production batch or serial range. A test report or certificate file that is dated within the freshness window the destination authority and your broker accept, because standards and their citations get revised over time and a report issued several production revisions ago may not be acceptable for the current lot. Labelling samples or photographs showing the marks, the warning text, and the importer of record information as it will appear on the retail packaging in the destination market, including the crossed-out wheeled bin symbol where required. For L-category vehicles in the EU, the homologation plate, the certificate of conformity, and the owner's manual in the destination language are additional documents that have to be present at the time of registration rather than at import.
The right paperwork question to put in writing
A short, written question that frames the conversation well is: for the model number and the destination market I am ordering into, please confirm which test standards apply, send the matching test reports with report numbers and dates, attach the declaration of conformity or Children's Product Certificate, and identify the importer of record label format you recommend for our market. The wording matters because it forces the supplier to answer per model and per market, and it makes a vague catalog-level answer less likely to slip through.
SECTION 5: COMMON PITFALLS THAT DELAY CLEARANCE
Certificate and model mismatch
A held shipment can often be traced back to a test report that covers a different model number than the one on the commercial invoice. This tends to happen when a factory tests one SKU once and then assumes the certificate carries forward to a sibling SKU with a different color, battery, or controller revision. Customs does not assume that, and neither does a careful importer. Always match the model number, the production batch, and the report number in writing before the container is sealed.
Stale documentation against a revised standard
Standards get revised, harmonized standards get superseded, and accreditation bodies update their accepted lists over time. A report against an earlier version of a standard can be challenged at customs or by a market-surveillance authority. A practical defense is a date check on every report in the file and a rule of thumb that any report older than the production run it is supposed to cover should be reviewed against the current citation before shipment.
Labelling that does not match the destination
The CE mark, the UKCA mark, the FCC Supplier's Declaration of Conformity statement, the crossed-out wheeled bin symbol, and the age or warning text all have specific format and content rules. A label that is correct for the EU but missing the UKCA mark is not necessarily a problem in Great Britain today, where CE is still accepted for toys, but it can be a problem for other product categories. A label that lists only the US importer of record is incomplete in the EU. A printed sample of every market label, kept in the file before production, is cheaper than relabeling a container at the port.
Missing records at the moment of import
A shipment that arrives without the EU declaration of conformity, the Children's Product Certificate, or the FCC Supplier's Declaration of Conformity on file at the broker's desk is treated as undocumented regardless of whether the documents exist somewhere in the supplier's office. The fix is procedural. Bundle the certificate file with the shipping documents, send a copy to the broker ahead of arrival, and keep a master copy in your own compliance archive so that any subsequent question can be answered in hours rather than weeks.
HOW WE WORK WITH DISTRIBUTORS
ODM and OEM stage support
CaddyTrail is the export brand of Shenhaiyuan, a Dongguan-based factory with a daily production capacity above 5,000 units, more than 30 technical patents, and a shipping footprint that spans more than 30 countries. We serve distributors, brand owners, and golf-course operators directly from the factory. For distributors planning a multi-line program, our OEM and ODM team builds international certification support into the project plan rather than treating it as an afterthought. That means the test report scope, the destination market language requirements, and the label artwork are discussed before tooling is finalized, not after the first production batch has shipped. Certified models are available depending on series and market, and the specific model certificate package for any given shipment is confirmed on request.
A NOTE ON THIS HANDBOOK
Regulation changes
The frameworks described in this article reflect harmonized standards, federal rules, and accreditation practices as understood at the time of publication in 2026. Standards get revised, directives get updated, designated standards change, and state rules in the United States move on their own calendars. The EU Machinery Regulation (EU) 2023/1230, for example, replaces Machinery Directive 2006/42/EC from 20 January 2027, and any reference to machinery compliance should be read against the current applicable version. Nothing in this handbook is a substitute for the current text of the regulation itself or for the advice of a customs broker or compliance professional in the destination market. Use this article as a map of the questions to ask, not as a legal opinion.
This handbook is general guidance for importers and does not constitute legal advice. Always confirm certificate scope, report dates, and labeling with your customs broker or local compliance counsel before shipment.
START A COMPLIANCE CONVERSATION
Send us your target market and the product mix you are planning to bring in, and we will return the document checklist for each line, the test report references available for the specific models, and the OEM or ODM next steps for your project. Distributors carrying more than one product line benefit most from this kind of upfront alignment, because it converts a four-framework question into a single conversation with the factory. Tell us your unit volume, your launch window, and the destination markets, and our team will line up the right model mix with the right documentation.
Visit our product pages to review the kids ride-on, e-bike, e-moto, and folding commuter lines, or contact our distributor team to begin the conversation.