Question 1

Discover the 7 mandatory declaration elements for vehicle export clearance. Learn crucial details like vehicle brand, engine type, and VIN accuracy, and understand conditions that may prohibit export.

Accepted Answer

1. Vehicle brand and model; 2. Engine type (diesel, petrol, electric motor, etc.); 3. Number of seats; 4. Whether supplied as a complete set of parts (CKD); 5. Whether it is a China-market-spec vehicle; 6. Whether new or used; 7. Battery capacity.In particular, the commodity code, engine type and model must be consistent with the content of the export licence, and the VIN must be exact. Take care to distinguish the letter "O" from the digit "0" and the letter "I" from the digit "1", so that character confusion does not hold up clearance.

Question 2

Understand the vital documents needed for vehicle export customs declaration. Learn about export licenses, commercial invoices, packing lists, bills of lading, and other essential forms.

Accepted Answer

The customs declaration form, export licence, commercial invoice, packing list, sales contract, bill of lading and customs brokerage authorisation; the vehicle conformity certificate and chassis number certificate. Where the goods fall within the licensing scope, an export licence must be obtained; loading and shipment may proceed only after customs has reviewed the documents and released the goods following inspection.

Question 3

Learn what a VIN (Vehicle Identification Number) is, its unique 17-character structure, and discover key methods to verify it using nameplates, registration, or vehicle certificates.

Accepted Answer

The Vehicle Identification Number, commonly called the chassis number, consists of 17 letters and digits; it is unique and never repeated.Main ways to verify the VIN: 1. Nameplate: the metal plate on the bus body door frame, in the engine bay or on the chassis frame (most common); 2. Vehicle registration certificate / motor vehicle registration certificate (the "big green book"), on which the VIN is printed directly; 3. The vehicle conformity certificate and factory certificate also bear the VIN.

Question 4

Discover critical guidelines for RO-RO vehicle transport. Ensure proper fuel levels, secure brakes, use protective film against corrosion, and protect glass/mirrors for safe shipping.

Accepted Answer

Fuel level must be controlled in line with the carrier's requirements; the parking brake must be applied and the wheels chocked; the body should be covered with protective film to prevent salt-water corrosion and scratches; glass and mirrors must be protected.

Question 5

Discover why comprehensive vehicle photos at factory exit and loading are vital. They ensure identity, condition, aid customs verification, provide traceability, and prevent disputes during transit.

Accepted Answer

Photographing the vehicle as it leaves the factory before entering the port provides the original evidence of its identity and condition. Focus on the nameplate, clearly recording the brand, model, VIN (chassis number) and date of manufacture; this serves as the first-hand basis for later document review and customs verification, ensuring the vehicle's identity data is accurate and traceable. Photos taken at loading (parking position, wheel-chock securing, etc.) are the most direct record of the vehicle's condition in transit. Should damage or displacement occur in transit or after arrival, these photos allow responsibility to be traced. All materials are archived together: they are evidence of performance for the customer and the basis for later claims and dispute handling.

Question 6

Learn why cutting vehicle's main power after inspection is vital for ocean transport. Prevent auxiliary battery drain from GPS/diagnostics, ensuring it starts at destination, avoiding delays.

Accepted Answer

To prevent systems such as self-diagnostics and GPS tracking from drawing power continuously during the ocean voyage and draining the 12V auxiliary battery. If the auxiliary battery runs flat in transit, the vehicle cannot be started to drive off at the destination port, which seriously affects delivery and incurs additional handling charges. The main power must therefore be switched off per the manufacturer's procedure before loading, so as to cut off this hidden power drain.

Question 7

Manage on-site anomalies: oversize, power failure, poor securing. Report immediately, re-measure, diagnose power, rectify securing, and document steps for resolution.

Accepted Answer

Report it immediately and arrange on-site handling at the same time: for a measuring anomaly, re-measure under supervision and refuse to sign the anomalous document; for a power-on anomaly, first diagnose the cause (recharge, deactivate transport mode, deal with the auxiliary battery); for inadequate securing, require the operator to rectify and re-secure. Keep records of every exception-handling step and report back, releasing the vehicle for loading only after the issue is fully closed out.

Question 8

Understand what's checked during the RO-RO vehicle pre-loading power-on test, including starting, gear, steering, traction battery SOC, 12V battery, and transport mode to ensure smooth loading onto the ship.

Accepted Answer

A power-on test must be carried out the day before loading. Its core purpose is to confirm that the vehicle can drive itself into the ship's hold. The checks include: whether the vehicle starts normally, whether gear shifting is normal, and whether steering is normal. Focus on the traction battery SOC (recommended not below 40%), whether the 12V auxiliary battery is flat, and whether transport mode has been deactivated. A problem in any one of these items may prevent the vehicle from driving aboard under its own power and disrupt the loading schedule.

Question 9

UN3481 applies to lithium-ion batteries installed in equipment (PI966) or packed with equipment (PI967). Understand scenarios like batteries inside machines or shipped alongside in the same package.

Accepted Answer

It refers to lithium-ion batteries installed in equipment / transported together with equipment (lithium-ion batteries contained in equipment / packed with equipment).Two situations:1) The battery is already installed inside the machine (battery inside the equipment).2) The battery and equipment are in the same package but the battery is not installed (companion packaging in the same case).Air packaging: PI966 (installed in equipment) / PI967 (packed with equipment).Examples: a complete EMU with batteries already installed; equipment + spare battery exported in the same case.

Question 10

Understand what products the dangerous-goods number UN3480 refers to. Learn about bare lithium-ion battery cells, modules, and packs transported alone, including PI965 air and IMDG Class 9 sea shipping regulations.

Accepted Answer

It refers to lithium-ion batteries not installed in equipment (bare cells / bare modules) — lithium-ion batteries.1. Cargo form: lithium battery cells, modules and packs transported alone, not installed in equipment and not shipped with equipment.2. Air packaging: PI965; sea (IMDG): Class 9.Example: standalone energy-storage battery modules, locomotive backup battery modules, shipped as bare modules.

Question 11

Learn essential requirements for Ro-Ro export of construction vehicles: ensuring normal operation, low fuel, securing detachable parts, and thorough cleaning for customs and quarantine.

Accepted Answer

The vehicle must start and drive normally; drain the fuel tank to a low level (generally fuel ≤ 10%, to meet maritime fire-prevention requirements); remove detachable, easily detachable parts and secure them; clean off mud and debris — many destination countries have quarantine requirements, and mud can block customs clearance.

Question 12

Learn essential notes for Ro-Ro shipment of electric buses, including battery charge requirements (35-50%), mirror removal, and high/low-voltage switch shutdown procedures for safe transport.

Accepted Answer

1. Confirm with the shipping line in advance the battery charge requirement for electric vehicles — generally keep 35%–50% — and affix shipping marks before entry.2. It is recommended to remove the rear-view mirrors at the factory.3. The factory should also prepare in advance a video or manual on how to shut off the high-voltage switch and low-voltage switch of the electric bus; after the cargo enters the terminal, terminal staff will be asked to cut the power.

Question 13

Understand regulations for shipping hydraulic oil and cutting fluid in exported machinery by sea. Drain fluids before transport, or declare separately with MSDS and dangerous goods certification.

Accepted Answer

Before sea export, all hydraulic oil and cutting fluid must be drained; oil-bearing cargo cannot be loaded into the container. If the oil must be shipped alongside, declare it separately, provide an MSDS, and if it is dangerous goods, also obtain the dangerous-goods packaging certificate.

Question 14

Discover critical requirements for loading large energy equipment: mark COG, use wire ropes & straps, add shock absorbers, and document lashing for safe transport.

Accepted Answer

1. Mark the cargo center of gravity, lifting points and lashing points in advance.2. Secure with wire ropes, tie-down straps and anti-skid wedges; add shock-absorbing cushions for precision transformers.3. Take photos after loading for record: lashing details, full view of cargo and license plate, kept on file for future reference throughout.

Question 15

Discover why energy storage batteries, classified as Class 9 dangerous goods, require specialized transport. Learn about UN38.3 packaging, insulated compartments, and the risks of using ordinary trucks.

Accepted Answer

Lithium batteries are Class 9 dangerous goods; the carrier vehicle must have road transport qualification for dangerous goods; the compartment must be insulated, fire-proof and ventilated, and the cargo requires UN38.3 packaging and dangerous-goods marks. Ordinary truck transport is subject to hefty fines.

Question 16

Discover the best truck types for transporting diverse energy equipment, from inverters and transformers to wind turbine blades and dangerous goods like lithium batteries.

Accepted Answer

1. Inverters, control cabinets, small generator sets: ordinary flatbed/box trucks.2. Small and medium transformers: lowbed trailers.3. Large heavy main transformers (100–400 t): multi-axle hydraulic modular platform trailers.4. Wind-turbine blades: extended dedicated blade transport vehicles with rotating supports.5. Energy-storage lithium batteries: Class 9 dangerous-goods box trucks with hazardous-chemical qualification, requiring UN packaging certification.

Question 17

Explore the key differences between ordinary flatbed trucks for standard cargo and specialized oversized trailers (lowbed, multi-axle) designed for heavy-haul, over-dimensional items like transformers and wind turbine blades.

Accepted Answer

1. Ordinary flatbed trucks: suitable for regular-size, standard-weight small energy items; general flatbed and side-board trucks suffice.2. Special oversized trailers: lowbed, multi-axle hydraulic modular trailers, well-deck (concave) trailers and frame trailers; used for over-wide, over-height, over-length and overweight transformers and wind-turbine blades; adjustable platform height and axles distribute axle load to avoid bridge weight limits.

Question 18

Discover why EV Ro-Ro booking quotes need actual maximum outer vehicle dimensions, including mirrors and roof racks, to prevent inaccurate estimates and costly surcharges.

Accepted Answer

Ro-Ro vessels bill based on the actual maximum outer dimensions of the vehicle; the length, width and height must include rear-view mirrors, antennas and roof racks. If only the body size is counted, the space estimate will be too small, leading to additional surcharges later and cost overruns.

Question 19

For EV customs, the vehicle nameplate is the definitive source for brand, model, and VIN data. Ensure customs declarations match the nameplate to avoid inspection and detention risks.

Accepted Answer

The vehicle entity nameplate information must prevail; do not rely on experience or product configuration sheets. The nameplate is the official original information. Keeping the customs declaration documents fully consistent with the nameplate greatly reduces the risk of document mismatch, customs inspection and cargo detention.

Question 20

Understand the essential photo materials needed before your vehicle enters port, including nameplate details, full exterior shots, and dashboard SOC readings to prevent disputes.

Accepted Answer

Two categories of photos are needed:1) Close-up photos of the vehicle nameplate: clearly showing brand, model, VIN and date of manufacture.2) Complete vehicle materials: photos of the vehicle exterior from four directions, plus a screenshot/photo of the dashboard SOC reading, as evidence of the original factory condition, used to distinguish vehicle condition before and after transport and avoid condition disputes.

Question 21

Understand Semi Knocked Down (SKD) bus exports. Learn what parts are assembled in China, shipped separately, and what assembly tasks are completed at the overseas plant without welding or painting.

Accepted Answer

SKD (Semi Knocked Down, semi-disassembly)Done in China: body welding + painting (cab/side panels/roof welded into a body-in-white and painted), powertrain (motor/electric drive axle), chassis frame, and front/rear axles usually pre-assembled as assembly units.Shipped separately: wheels, seats, interior, lamps, glass, and some harnesses and pipes.The overseas plant only: mates body to chassis, installs interior, wheels, glass and lamps, and performs adjustment and off-line — no welding, no painting shop.Disassembly level approx. 30%–50%, lower localization rate

Question 22

Discover CKD (Completely Knocked Down) mode for bus exports. Learn about shipping disassembled parts, required overseas assembly processes, and high localization rates.

Accepted Answer

CKD (Completely Knocked Down, full disassembly)What is shipped domestically is the smallest parts units: body stamping sheet metal (unwelded, unpainted), longitudinal/cross member loose parts, wire harnesses, screws/standard parts, loose motor parts, battery pack housing and cells shipped separately, etc.The overseas plant must build four major processes — stamping/welding/painting/final assembly (or at least welding + painting) — and weld the body-in-white from scratch, then paint and assemble it.Disassembly level 70%–90%, highest localization rate

Question 23

Find the precise HS codes for pure electric buses based on seating capacity, including distinctions for 10-29 seats, 30+ seats, and <=9 seats. Essential customs tariff information from HS Chapter 87.

Accepted Answer

HS Chapter 87 distinguishes by seating capacity (including driver's seat):10–19 seats: 87024020–23 seats: 87024024–29 seats: 87024030 seats and above: 870240≤9 seats (incl. driver): 870380

Question 24

Understand Malaysia's strict import policies for used construction machinery. Some categories are prohibited. Always verify the latest regulations before exporting heavy equipment to Malaysia.

Accepted Answer

Malaysia strictly controls used construction equipment, and some categories are directly prohibited from entry. Before shipment, always verify Malaysia's latest import policy to confirm whether the equipment meets market-access requirements; do not ship directly.

Question 25

Discover how re-imported equipment after overseas repair is taxed. Tax applies only to new costs: labor, replacement parts, return freight, and insurance. Equipment itself is tax-exempt.

Accepted Answer

The equipment itself is not taxed. Tax is levied only on the newly added costs: overseas labor repair fees, replacement parts costs, return-shipping freight and insurance. The value of replaced parts must be itemized separately.

Question 26

Understand the crucial packing specifications for shipping used machinery to Malaysia. Ensure safe sea transport with reinforced custom cases, fragile part protection, and anti-collision measures for smooth customs clearance.

Accepted Answer

Packing reinforcement is required — use customized wooden cases or steel-frame packing, and strengthen protection of fragile parts of the equipment. Given the rolling and shaking of sea transport, take anti-shift and anti-collision measures to avoid damage in transit, laying a good foundation for subsequent sea transport and customs clearance.

Question 27

Learn essential notes for booking high-voltage lithium batteries for electric buses. Confirm shipper, consignee, product details, weight, and volume before booking as data cannot be modified later.

Accepted Answer

Before booking, the shipper, consignee, product name, piece count, weight and volume must be confirmed. After booking, the data cannot be modified; if modification is necessary, a new booking must be made.

Question 28

Understand the mandatory rules for exporting used machinery, including critical China Inspection requirements, accurate HS code usage, and expert consultation for older equipment. Ensure smooth international shipping.

Accepted Answer

1. For old equipment over ten years old, it is recommended to consult professionals in advance. 2. The equipment HS code must be accurate. 3. All old equipment exports must pass the "China Inspection" (inspection conducted by Chinese authorized bodies), and shipment can be arranged only with the inspection report.

Question 29

Understand the uniform packing requirements for used machinery export, including mandatory wooden-case packing, adherence to international transport standards, and the essential IPPC mark for customs clearance.

Accepted Answer

For export transport of used equipment, wooden-case packing is uniformly required, and the overall workmanship must comply with international transport standards. The surface of the wooden packing must be affixed with the standard IPPC mark — this is a mandatory rule in international freight, and substandard packing directly affects customs release.

Question 30

Understand the essential documents for used equipment export, including company qualifications, basic customs declaration forms, and special supporting documents like export licenses and testing reports.

Accepted Answer

The documents for used-equipment export fall into three categories: company qualifications, basic customs-declaration documents, and supporting special documents. 1. Company qualifications: lawful import-export business rights and official filing materials; for special categories of old mechanical/electrical equipment, the Old Mechanical & Electrical Products Export License must be obtained in advance according to equipment type and destination country. 2. Basic customs-declaration documents: customs declaration form, commercial invoice, packing list and quality certificate; equipment model, specification, quotation and delivery period must be accurate in all documents. 3. Supporting special documents: certificate of origin, equipment testing report and the corresponding export license.

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