Regulatory Frameworks for Low-Speed EVs in Major Overseas Markets: Three Different Paths — EN 15194, EU 168/2013

1. Distinguish the Three Product Types First — Then Regulation Becomes Discussable

The most common mistake overseas customers make is treating every "electric two-wheel, three-wheel or four-wheel" product as the same category for certification purposes. In reality the regulatory paths differ fundamentally, determined by three variables: presence of pedals/assist, maximum design speed, and whether the vehicle falls into a motor vehicle category.

Important notice: the following is a general summary of publicly available regulatory frameworks intended to help customers build classification awareness. Specific applicable clauses, test items and exemptions must be determined per the original legal texts together with the local transport authority and Notified Body in writing. Compliance decisions must not be made on the basis of this article alone.

2. Path One: EPAC (EN 15194)

Applicable to: two-wheelers with pedals, assistance triggered by pedalling, continuous rated motor power not exceeding 250W, and assistance cutting off at 25 km/h.

• Primarily governed by EN 15194 (safety standard for electrically power-assisted cycles), with accompanying electrical safety and EMC requirements;
• In the EU generally not treated as a motor vehicle — no registration or licence required, and permitted on cycle paths (subject to individual Member State national law);
• Key point: pedals present, assistance triggered by pedalling, cut-off at 25 km/h — these three determine whether a product falls within the EPAC category.

Removing pedals, converting to pure electric drive, or allowing sustained assistance above 25 km/h may move the product out of EPAC and into the next category.

3. Path Two: L-Category Vehicles (Regulation (EU) No 168/2013)

EU Regulation No 168/2013 establishes the type-approval and market surveillance framework for two-, three- and four-wheel vehicles (L-category). The regulation subdivides by vehicle class, for example:

• L1e: two-wheel mopeds, where L1e-A covers powered cycles and L1e-B covers two-wheel mopeds (typically limited to 45 km/h);
• L2e: three-wheel mopeds (typically limited to 45 km/h);
• L6e / L7e: light quadricycle categories, commonly used for four-wheel low-speed mobility vehicles.

Falling into an L-category means: type approval is required, the vehicle must meet applicable braking, lighting, EMC, noise and safety-component requirements, and registration, plates, insurance and licensing typically apply (implemented per Member State).

This is the classification question that must be resolved in advance for leisure tricycles and low-speed four-wheelers exported to Europe — many customers wrongly assume they can clear customs as EPACs or "electric toys", only to have the goods classified as uncertified motor vehicles on arrival.

4. Path Three: US LSV (FMVSS 500)

The United States has a dedicated federal motor vehicle safety standard FMVSS 500 for Low-Speed Vehicles (LSVs), operating in conjunction with state-level road-use rules. Typical LSV defining characteristics: four wheels, maximum flat speed within a specified range (generally associated with the 32–40 km/h band), and a gross vehicle weight limit.

Safety equipment required under FMVSS 500 typically includes: headlamps, stop lamps, turn signals, mirrors, windshield, seat belts and parking brake. In addition, states differ on LSV road-use permits and permitted road types — federal compliance does not guarantee state-level road legality.

For two- and three-wheel leisure products, classification more often falls under state-level moped / motor-driven cycle or non-motor-vehicle categories, requiring state-by-state verification.

5. Comparison of the Three Paths

6. Compliance Preparation Checklist for Overseas Customers

1. Define the product first: pedals present or not, maximum design speed, number of wheels, vehicle mass, rated power;
2. Obtain written confirmation of classification from the target market's Notified Body or transport authority, and retain the written reply;
3. Prepare the corresponding tests for the confirmed category (braking, lighting, EMC, battery UN 38.3, etc.);
4. The model, parameters and factory address on certificates must match the shipment;
5. Confirm road-use conditions in advance (plates, insurance, licence, permitted road types) and include them in end-user documentation.

Losses from misclassification far exceed certification costs themselves: entire shipments detained on arrival, inability to register, customer returns. All of this can be avoided by spending two extra weeks confirming classification at the project definition stage.