Shipping Laptops With Lithium Batteries: 2026 Rules

Shipping a laptop with a lithium-ion battery is allowed in many cases, but the rules depend on how the battery is shipped, its Watt-hour rating, its condition, the transport method, and the carrier.

For most company laptop shipments, the battery is installed inside the device. This is generally classified as UN3481, lithium-ion batteries contained in equipment. A spare battery packed in the same box follows a different pathway, while a battery shipped by itself is generally classified as UN3480.

That difference matters. Packaging, marking, documentation, state-of-charge requirements, and carrier acceptance can change depending on the battery configuration.

For IT teams sending laptops to employees across countries, battery compliance should therefore be checked before choosing a shipping service or preparing the package.

Can you ship a laptop with a lithium-ion battery?

Yes. Laptops with lithium-ion batteries can generally be shipped when the battery, device, packaging, and shipment meet the applicable requirements.

Lithium batteries are regulated because damage, short circuits, or improper packaging can create heat and fire risks during transportation. U.S. Department of Transportation rules require lithium batteries to meet applicable testing and packaging requirements, while air shipments must also follow aviation rules such as the IATA Dangerous Goods Regulations.

How are laptop batteries classified for shipping?

Most modern business laptops use rechargeable lithium-ion batteries. For shipping purposes, however, the important distinction is not simply the battery chemistry. It is how the battery is packed in relation to the laptop.

The battery configuration determines which classification and packing requirements apply.

A battery is considered contained in equipment when it is installed in the device that it powers.

This is why a laptop with its normal battery installed should not be treated the same way as a box containing only replacement batteries.

What changed for lithium battery shipping in 2026?

One important 2026 change affects lithium-ion batteries packed with equipment.

From January 1, 2026, IATA requires lithium-ion batteries packed with equipment under Packing Instruction 966 to be offered for air transport at no more than 30% of their rated capacity, subject to the applicable provisions and approval rules. This applies to batteries above 2.7 Wh under the relevant Section II provisions, which includes normal laptop batteries.

There is an important distinction for laptops with the battery already installed.

For lithium-ion batteries contained in equipment under Packing Instruction 967, IATA recommends shipping them at no more than 30% state of charge, or an indicated battery capacity no higher than 25%. That remains a recommendation rather than a universal mandatory 30% requirement in 2026.

What should IT check before shipping a laptop?

Before a laptop enters the shipping workflow, IT should confirm several details.

Battery configuration. Check whether the battery is installed in the laptop, packed separately with it, or being shipped on its own.

Watt-hour rating. The battery’s Watt-hour rating affects which regulatory provisions apply. Under U.S. rules, lithium-ion batteries at or below 100 Wh may qualify for smaller-battery exceptions when the other requirements are met. Batteries above 100 Wh can face additional packaging, labeling, documentation, and transport requirements.

Battery condition. Do not assume a used laptop is safe to ship simply because it still turns on. Check for swelling, physical damage, overheating, recalls, leaks, or other signs of battery failure.

Mode of transportation. Air shipping can have stricter requirements than ground transportation.

Origin and destination. International shipments may also need to comply with national regulations, customs requirements, and destination restrictions.

Carrier requirements. DHL, UPS, FedEx, and USPS do not necessarily apply identical acceptance rules to every route or battery configuration.

For international shipments, the battery check should happen before the carrier is selected, not after the laptop has already been packed.

How should you prepare a laptop and battery for shipping?

The preparation steps depend on whether the lithium-ion battery is installed inside the laptop or packed separately in the same shipment. These two configurations can follow different requirements, so IT teams should identify the battery setup before packing.

Laptop with the battery installed

For a laptop with the battery installed, completely power down the device before shipping. Protect the power button against accidental activation and secure the laptop so it cannot move freely inside the package.

The laptop and battery should also be protected against physical damage during transit. PHMSA requires equipment containing lithium batteries to be protected against movement and accidental operation during transportation.

UPS similarly advises shippers to power laptops down completely and protect them against accidental activation.

For a full packing process, refer to the dedicated how to pack a laptop for shipping guide.

Battery packed separately with the laptop

If the battery is removed from the laptop but packed in the same shipment, it is generally classified as UN3481, lithium-ion batteries packed with equipment.

The battery should be placed in suitable inner packaging, protected against short circuits, and secured so it cannot move or come into contact with conductive materials.

For air transport, this configuration is particularly important in 2026 because IATA’s 30% state-of-charge requirement applies to lithium-ion batteries packed with equipment under the relevant Packing Instruction 966 provisions.

Removing the battery from the laptop can therefore change the shipping requirements. IT teams should confirm the battery configuration before preparing the shipment.

Laptop battery shipped by itself

A lithium-ion laptop battery shipped without the laptop is generally classified as UN3480.

This configuration is more restricted than shipping a battery inside or with the device. Standalone lithium-ion batteries are prohibited as cargo on passenger aircraft and must follow additional packaging, state-of-charge, labeling, and carrier requirements when transported by cargo aircraft.

Carrier acceptance may also be more limited for standalone batteries.

IT teams sending replacement batteries should therefore treat these shipments as a separate process rather than using the same procedure as a normal laptop shipment.

Do laptop shipments need lithium battery labels?

Not every laptop shipment requires the same mark, label, or dangerous-goods declaration.

Requirements depend on factors including:

• whether the battery is contained in equipment, packed with equipment, or shipped alone
• the Watt-hour rating
• the number of batteries and packages
• the transport mode
• the applicable packing instruction
• the origin and destination
• carrier-specific requirements

For example, some qualifying smaller lithium batteries contained in equipment can be excepted from certain marking requirements when shipment quantities remain within defined limits. More regulated shipments may require lithium battery marks, hazard labels, shipping papers, or dangerous-goods declarations.

This is why a universal instruction such as “put a lithium battery label on every laptop box” can be misleading.

IT teams should identify the shipment classification first, then apply the marks and documents required for that specific shipment.

Carrier-specific requirements

Carrier rules can vary depending on battery configuration, transport mode, route, and service. IT teams should check the latest requirements for the actual shipment before booking.

DHL

DHL treats lithium batteries as Dangerous Goods, whether they are installed in equipment, packed with equipment, or shipped separately.

What you need to know:

• Lithium batteries can be accepted only when they meet the applicable IATA and DHL requirements
• DHL Express may require a pre-approved account for lithium battery shipments
• A laptop with the battery installed is generally handled under UN3481, lithium-ion batteries contained in equipment
• Batteries packed separately with a laptop follow different requirements from batteries installed inside the device
• Damaged, defective, or recalled batteries are not accepted through normal DHL battery shipping procedures
• Packaging, marking, and documentation requirements can vary by battery configuration and route
• Destination-country rules and customs requirements should also be checked before shipping

DHL specifically notes that battery acceptance can depend on local law, customs rules, aviation requirements, and the origin and destination of the shipment.

📌 Check the DHL laptop and battery requirements before shipping.

UPS

UPS accepts qualifying lithium battery shipments, but the required packaging and documentation depend on the battery type, Watt-hour rating, and transport method.

What you need to know:

• Confirm the battery’s Watt-hour rating before preparing the shipment
• A laptop containing its battery should be fully powered down and protected against accidental activation
• The device and battery must be secured against movement and damage during transit
• Packaging, marking, labeling, and documentation requirements can change depending on whether the shipment travels by air or ground
• Damaged, defective, or recalled lithium batteries face much stricter restrictions
• UPS accepts those damaged or defective battery shipments only under specific approved ground procedures in eligible U.S. locations
• Shippers are responsible for following applicable DOT and IATA rules

UPS specifically warns that battery classification and shipment requirements vary based on battery size and mode of transportation.

📌 Check the UPS laptop and battery requirements before shipping.

FedEx

FedEx distinguishes between lithium-ion batteries shipped alone, packed with equipment, and contained in equipment.

What you need to know:

• UN3480 applies to lithium-ion batteries shipped alone
• UN3481 applies when lithium-ion batteries are packed with or contained in equipment
• For qualifying smaller lithium-ion batteries, the common limits are 20 Wh per cell and 100 Wh per battery
• Batteries must be protected against short circuits, movement, and physical damage
• Packaging, markings, labels, and documentation depend on the applicable IATA packing instruction
• FedEx does not accept recalled or defective batteries through its normal shipping network
• Some regulated dangerous-goods shipments cannot be dropped at standard FedEx retail or partner locations

FedEx follows IATA and ICAO requirements for lithium battery shipments and applies additional operator-specific rules in some cases.

📌 Check the FedEx laptop and battery requirements before shipping.

USPS (United States Postal Service)

USPS has some of the most restrictive policies for international laptop battery shipments, especially for used devices.

What you need to know:

• International shipments generally require lithium batteries to be properly installed in the equipment
• Lithium-ion batteries must not exceed 100 Wh per battery or 20 Wh per cell
• Batteries packed separately with the laptop are generally prohibited in international mail
• Standalone lithium batteries are generally prohibited in international mail
• International shipments are limited to a maximum of four lithium-ion cells or two lithium-ion batteries per mailpiece
• Used, damaged, defective, or recalled devices containing lithium batteries generally cannot be mailed internationally
• An exception exists for devices that are new in original packaging or manufacturer-certified new or refurbished
• For qualifying international shipments, USPS says lithium battery markings should not be displayed on the package

That last point is important because the old article said all USPS laptop battery shipments needed a lithium battery warning label. For qualifying international mail with batteries properly installed in equipment, current USPS guidance says the opposite.

📌 Check the USPS laptop and battery requirements before shipping.

Employee training and awareness

Let’s face it: even with the right policies in place, mistakes still happen—especially when team members aren’t fully trained on how to ship laptop batteries the right way.

That’s why employee training is one of the most overlooked but critical pieces of the puzzle. When your staff understands the risks, requirements, and processes, you reduce the chance of costly errors and ensure compliance from end to end.

Why training matters

Here’s what can go wrong without proper training:

• A well-meaning employee ships a lithium battery without the correct labels
• Someone sends a package overseas with a defective battery, not realizing it violates IATA rules
• An admin accidentally ships batteries packed separately from devices, triggering extra inspections or fines
• A support rep gives the wrong packaging instructions to a new hire

Each of these slip-ups can disrupt business operations and lead to compliance violations.

What employees need to know

At a minimum, any team member handling IT equipment should be trained on:

• Battery classifications (e.g., lithium-ion, lithium metal, nickel metal hydride, etc.)
• Basic packaging requirements for each battery type
• The difference between batteries shipped with equipment vs batteries shipped alone
• How to recognize and avoid short circuiting risks
• Proper labeling requirements, including lithium battery handling labels
• When and how to document shipments under 49 CFR and other global regulations

Tools and resources for training

You don’t have to reinvent the wheel. There are several reliable and often free resources available:

• PHMSA’s Lithium Battery Training Modules (U.S. DOT)
  Link
  These interactive guides walk you through U.S. hazmat rules and battery shipments.
• IATA’s Lithium Battery Shipping Guidelines (LBSG)
  A must-have if your company ships internationally via air.
• Carrier training tools
  Carriers like UPS, FedEx, and DHL often provide Dangerous Goods training for customers. Check their websites or ask your account rep.
• Esevel’s IT management platform
  For companies with distributed teams, Esevel takes this one step further by integrating safe device provisioning and logistics directly into your workflow. From real-time support to global compliance, we help your team ship smarter and safer.

Pro tip: Make training part of your onboarding

Include shipping and logistics SOPs in your onboarding checklist for IT managers, operations, and admin teams. A 30-minute training now can prevent thousands of dollars in damage control later.

Make laptop shipping easier to manage

Battery compliance is only one part of sending laptops to distributed employees.

IT teams also need to coordinate device preparation, employee details, carrier selection, customs information, delivery tracking, asset assignment, support, retrieval, and redeployment. Each extra country adds another set of routes, carrier requirements, and local processes.

Esevel helps distributed teams connect laptop delivery with the wider device lifecycle, from procurement and deployment through support, retrieval, and reuse. This allows IT teams to manage the device and the operational process around it instead of treating every shipment as a separate logistics task.

Frequently asked questions

Can you ship a laptop with a lithium-ion battery?

Yes. A laptop with a qualifying lithium-ion battery installed can generally be shipped when the battery, packaging, transport mode, and carrier meet the applicable requirements.

Is a laptop with a battery classified as UN3481?

A lithium-ion battery installed inside the laptop it powers is generally classified as UN3481, lithium-ion batteries contained in equipment. A battery shipped by itself is generally classified as UN3480.

Does a laptop battery need to be below 30% charge for shipping?

It depends on the configuration. In 2026, IATA requires the 30% state-of-charge limit for lithium-ion batteries packed with equipment under the applicable PI 966 provisions. For lithium-ion batteries contained inside equipment under PI 967, 30% remains a recommendation rather than a universal mandatory limit.

Can you ship a laptop with a swollen battery?

A swollen or otherwise damaged or defective lithium battery should not be shipped through a normal laptop shipping process. Damaged and defective lithium batteries are subject to special requirements and are prohibited from air transport under applicable rules.

Can you ship a laptop battery separately from the laptop?

Yes in some situations, but a standalone lithium-ion battery is classified differently from a battery installed in a laptop and faces stricter requirements. Carrier acceptance, packaging, labeling, documentation, and transport mode should be checked before shipping.