Short answer: Importing large e-bikes from China runs through eight steps: fix the legal specification for your target market, select a qualified factory, approve a sample, document the battery, produce, inspect before shipment, book a dangerous-goods sailing, then clear export and ship to the destination port. Two things separate it from a normal bicycle: the battery is Class 9 dangerous goods, and exceeding power and speed limits can move the product out of the "bicycle" category into a light vehicle that needs type approval, registration and insurance.
What counts as a large electric bike?
These are the categories beyond the ordinary city e-bike: fat-tyre models on 20×4 and 26×4 inch rims, cargo and long-tail bikes built for delivery work, and machines with motors typically between 500 W and 1000 W paired with 48 V batteries of 15–25 Ah. Packed gross weight usually lands between 30 kg and 45 kg — roughly double a standard e-bike, and that fact alone changes the freight, cost and compliance maths.
The most dangerous requirement: when does a bicycle stop being a bicycle?
This is the single biggest cause of shipments being held at the port, and most first-time importers miss it.
In the European Union, an e-bike is treated as a bicycle (an EPAC) under EN 15194 on two conditions: continuous rated power no greater than 250 W, and assistance cutting off at 25 km/h, with pedal-based assistance. Exceed either limit — which most large e-bikes do — and the product leaves the bicycle scope and falls under vehicle approval Regulation (EU) 168/2013 in categories L1e-A or L1e-B, which demands type approval, registration, a plate and insurance: an entirely different route in cost and time.
In the United States, CPSC 16 CFR 1512 sets the bicycle framework, the federal definition caps an e-bike at 750 W with a throttle-only top speed of 20 mph, and the three-class system (Class 1/2/3) is regulated state by state. The market is moving firmly towards requiring UL 2849 for the electrical system and UL 2271 for the battery, already mandatory in local markets such as New York City.
The practical rule: define the market first, then request the specification — never the reverse. Changing a motor or reprogramming a speed limit after production is expensive; after shipping it is close to impossible.
Certification and documents required
| Market | Requirement |
| European Union | EN 15194 for e-bikes, EN ISO 4210 for the mechanical parts, CE marking, REACH — or type approval under (EU) 168/2013 once the limits are exceeded |
| United Kingdom | UKCA marking with the same EN standards |
| United States | CPSC 16 CFR 1512, UL 2849 for the system, UL 2271 for the battery, FCC for wireless components |
| Battery (for shipping) | UN 38.3 test report, MSDS/SDS safety data sheet, dangerous-goods declaration |
| Factory | ISO 9001, a valid export licence, and a social audit such as BSCI where required |
| Customs classification | Normally classified under HS 8711.60 — confirm with a broker in the destination country |
Battery shipping rules: the real difference
A lithium battery is Class 9 dangerous goods under the IMDG maritime code, and the UN number depends on how it travels: UN 3171 when the bike ships with the battery fitted, UN 3480 for batteries alone, and UN 3481 for batteries packed with or contained in equipment. In every case a UN 38.3 test report, a safety data sheet and a dangerous-goods declaration are required, along with approved packaging and state-of-charge limits.
In practice: not every carrier accepts these shipments, not every port handles them equally smoothly, and booking needs a longer lead time than ordinary cargo. That side is covered in detail in a separate article: shipping e-bike lithium batteries.
From supplier selection to the destination port — and Alshumul's role
- Fixing the legal specification: we agree the power and speed limits and the certification regime your market needs before any factory is approached.
- Factory selection: we shortlist factories with a real export record in this specific category and valid test reports — not merely the ability to build one.
- Sample and approval: we follow the sample build, inspect it and record the approval in writing so it stands as the reference in any dispute.
- Contract and payments: we lock the specification, penalties and Incoterm, and tie the final payment to a passed inspection.
- Battery documentation: we obtain the UN 38.3 report and safety data sheet and verify they match the cells actually in production — not an older sample cell.
- Production and inspection: we follow the line and run a pre-shipment inspection covering electrical performance, brakes and packaging.
- Dangerous-goods booking: we book with a carrier that accepts Class 9 and prepare the declaration and loading plan.
- Export to the destination port: we complete export clearance, issue the shipping documents, track the container and hand a complete file to your broker.
Container and weight: the surprise for most importers
With ordinary bicycles, container capacity is governed by volume. With large e-bikes the load reaches the permitted weight limit before the volume fills, because a packed unit can weigh three times a standard bike. The result is that the number of units fitting a 40 ft high-cube is far lower than importers expect, and the loading plan has to be calculated on weight rather than volume. We work that out before the order is confirmed, not after.
Common and costly mistakes
- Asking for "the most powerful motor available" without checking the target market's limits.
- Accepting an old UN 38.3 report that does not match the cells now in production.
- Ignoring a local certification requirement such as UL 2849 until after shipping.
- Planning the container by volume instead of weight.
- Booking with a carrier that does not accept dangerous goods, delaying the shipment by weeks.
Frequently asked questions
What is the minimum order for large electric bikes?
Usually between 25 and 50 units per model. Full brand customisation, a frame change or a dedicated mould raises that floor, while some stock models allow a smaller start inside a shared container.
Can the bike ship with the battery fitted?
Usually yes, and it then travels under UN 3171 as a battery-powered vehicle. The decision depends on the carrier and destination port, and separating the battery is sometimes easier to handle.
How long does the whole process take?
Roughly 60 to 90 days from specification sign-off to container arrival. It runs longer where the market needs type approval or a fresh UL certificate, because the testing itself takes weeks.
Do the duties differ from a normal bicycle?
Usually yes, because the classification differs (HS 8711.60 for e-bikes) and additional duties may apply in some markets. Confirm the current rate with a customs broker in the destination country, or with us before ordering.
What if the shipment is rejected at the destination port?
Most rejections come from a non-compliant specification or an incomplete battery document — both fixable before production, not after. That is why we fix the specification and paperwork in writing at the sample stage.
Can you manufacture under my own brand?
Yes — OEM to put your brand on an existing model, or ODM for a design that starts from your specification. See the manufacturing page.
How Alshumul handles this for you
Source of Bikes is operated by Guangzhou Alshumul Trade Consulting Co., Ltd., based in Guangzhou. Being inside China means we visit the factory, follow the line, inspect before shipment and negotiate in the supplier's language — instead of you managing all of it remotely. For this category specifically we handle: matching the specification to your market's limits, verifying the battery documents are valid, booking Class 9 space with a carrier that accepts it, and calculating the loading plan by weight.
Send us the target model, quantity, destination port and end market, and we will come back with a compliant specification, an execution plan and a realistic timeline. Message us on WhatsApp +8617702000155 or [email protected], or browse the catalogue.
