As electric forklifts become increasingly popular in warehouses, logistics centers, factories, and ports, international transportation requirements have also become more complex — especially for lithium battery forklifts.

Unlike diesel forklifts, lithium-powered forklifts involve battery safety regulations, dangerous goods documentation, and special shipping procedures. Understanding how electric forklifts are transported can help importers avoid customs delays, shipping rejections, and unexpected costs.

In this guide, we explain how electric forklifts — particularly lithium battery forklifts — are safely shipped worldwide.

Why Electric Forklift Transportation Is Different

Traditional diesel or LPG forklifts are usually treated as standard cargo during ocean freight transportation. However, electric forklifts powered by lithium batteries are regulated differently because lithium batteries are classified as potentially hazardous goods during transport.

Most modern electric forklifts use Lithium Iron Phosphate (LFP) batteries due to their:

• Higher safety performance

• Longer cycle life

• Fast charging capability

• Low maintenance requirements

• Better environmental performance

Although LFP batteries are safer than other lithium battery types, international shipping regulations still require special handling procedures.

Common Shipping Methods for Electric Forklifts

1. Fully Assembled Container Shipping

This is the most common shipping method for:

• Electric counterbalance forklifts

• Reach trucks

• Pallet stackers

• VNA forklifts

• Electric pallet trucks

The forklift is driven directly into the container and secured using steel belts, wheel chocks, and wooden blocks.

Advantages

• Minimal installation work for customers

• Reduced risk of missing parts

• Faster deployment after arrival

Disadvantages

• Lower loading quantity per container

• Higher freight cost per unit

2. Semi Knocked Down (SKD) Shipping

To maximize container space, some forklift manufacturers partially disassemble the equipment before shipping.

Common removed components include:

• Mast

• Forks

• Overhead guard

• Battery compartment components

Advantages

• More units per container

• Lower shipping costs

• Better freight efficiency

Disadvantages

• Requires assembly after arrival

• Installation expertise may be needed

How Lithium Battery Forklifts Are Classified for Shipping

Lithium battery forklifts are usually classified under international dangerous goods regulations.

Common UN classifications include:

Most shipping lines classify electric forklifts as:

Battery-powered vehicle

This means additional documentation and safety procedures are required before shipment approval.

Required Documents for Lithium Forklift Shipping

When exporting lithium battery forklifts, the following documents are typically required:

1. MSDS (Material Safety Data Sheet)

The MSDS provides safety information about the lithium battery chemistry and emergency handling procedures.

2. UN38.3 Test Report

This certification proves that the lithium battery has passed international transportation safety tests.

Without UN38.3 certification, most shipping lines will reject the cargo.

3. Battery Specifications

Includes:

• Battery capacity

• Voltage

• Cell type

• Manufacturer information

4. Dangerous Goods Declaration

Some shipping lines require formal dangerous goods declarations before booking approval.

5. Packaging Declaration

Wooden packaging materials may require fumigation certification depending on destination country regulations.

Lithium Battery Forklift Shipping Process

Step 1: Reduce Battery Charge Level

Most shipping lines require the battery State of Charge (SOC) to be below 30% before shipment.

This reduces fire risks during transportation.

Step 2: Disconnect and Secure the Battery

The battery must be:

• Properly fixed

• Electrically isolated

• Protected against short circuits

• Prevented from movement during transport

Step 3: Cargo Securing Inside Container

Forklifts are secured using:

• Steel belts

• Wooden wedges

• Anti-slip blocks

• Container lashing systems

Proper securing prevents movement during ocean transportation.

Step 4: Dangerous Goods Booking Approval

The freight forwarder submits all battery documents to the shipping line for approval before loading.

This process may take several days depending on the carrier.

Common Challenges in Shipping Lithium Forklifts

Shipping Line Restrictions

Some carriers restrict:

• Large lithium battery capacity

• Certain battery chemistries

• High SOC batteries

• Dangerous goods to specific destinations

Restrictions are often stricter for:

• South America

• Middle East

• Africa

Inexperienced Freight Forwarders

Not all freight forwarders understand lithium forklift transportation requirements.

Improper handling can lead to:

• Booking rejection

• Port inspection delays

• Customs issues

• Additional storage charges

Working with experienced dangerous goods forwarders is highly recommended.

Why LFP Batteries Are Preferred in Forklifts

Today, most electric forklift manufacturers prefer LFP batteries because they offer better transport safety compared to ternary lithium batteries.

Advantages of LFP Forklift Batteries

• Improved thermal stability

• Lower fire risk

• Longer service life

• Faster charging

• Better compliance for export shipping

This is one reason why lithium electric forklifts are rapidly replacing diesel forklifts in modern warehouses.

The Future of Electric Forklift Transportation

As global logistics and warehousing industries move toward electrification, demand for lithium-powered forklifts continues to grow.

Manufacturers and exporters must now focus not only on forklift performance, but also on:

• International dangerous goods compliance

• Safe battery transportation

• Proper export packaging

• Reliable shipping documentation

Professional forklift suppliers with experience in lithium battery export procedures can help customers avoid costly transportation problems.

Why Choose VIWINT Forklift

VIWINT Forklift specializes in electric forklifts, lithium battery forklifts, pallet stackers, reach trucks, and warehouse material handling equipment.

VIWINT provides:

• Professional export packaging

• Lithium battery shipping support

• UN38.3 compliant battery systems

• Global ocean freight solutions

• OEM & customized forklift services

With extensive international shipping experience, VIWINT helps customers safely transport electric forklifts worldwide.