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Can I Take Lithium-Ion Polymer Batteries on an Airplane?

Lithium-Ion Polymer Battery Air Travel

Air travel with lithium-ion polymer (LiPo) batteries1 can be confusing due to strict airline2 and international regulations. Understanding3 the rules ensures safe and hassle-free travel.

Yes, you can take lithium-ion polymer batteries on airplanes, but they must comply with specific guidelines regarding size, quantity, and packaging for carry-on and checked baggage.

Below, I break down these regulations and provide tips for safe transportation4.

What are the basic regulations for carrying lithium-ion polymer batteries on flights?

Airplane Regulations for Batteries

Travelers can carry lithium-ion polymer batteries5, but their approval depends on the battery's capacity and compliance with the IATA Dangerous Goods Regulations6.

Batteries with ≤100Wh capacity are generally permitted in carry-on luggage, but those exceeding 160Wh must be transported as cargo.

Watt-Hour (Wh) Rating Configuration Carry-On Luggage Checked Luggage Airline Approval
≤100Wh In devices (e.g., phones) Yes Yes No
Spare batteries Yes (max 20) No No
>100 to ≤160Wh In devices or spare batteries Yes Limited Yes
>160Wh Must be carried as cargo only. No No Yes

Airlines7 may impose additional restrictions, so always check with your carrier8 before traveling.

How to safely transport lithium-ion polymer batteries?

Safe Transportation of Batteries

Transporting lithium-ion polymer batteries9 safely is essential to prevent hazards like short circuits10, overheating, or accidental activation.

All spare batteries must be placed in carry-on luggage and properly insulated to prevent short circuits.

  • Protective measures: Cover terminals with tape, use the original packaging11, or place each battery in a separate plastic bag.
  • Device precautions: Ensure devices with batteries are completely switched off12 and protected against accidental activation in checked luggage.
  • Power banks: Classified as spare batteries, these must be carried in carry-on luggage13 only.

Common Mistakes to Avoid

  1. Placing spare batteries14 in checked baggage.
  2. Failing to insulate battery terminals15.
  3. Attempting to carry batteries exceeding the 160Wh limit16 as passenger baggage.

By following these simple rules, you can travel confidently with your lithium-ion polymer batteries17.

What specific devices and batteries are permitted?

Permitted Battery Devices

The type of devices you carry also determines the rules for battery transport.

Devices containing lithium-ion polymer batteries, such as phones, laptops, and drones, are allowed in carry-on baggage. Spare batteries are permitted under specific conditions.

  • Portable Electronic Devices (PEDs): Includes cameras, laptops, and tablets. These must remain switched off in checked baggage.
  • Medical Devices (PMEDs): Devices like portable oxygen concentrators can travel with specific approval and spare batteries.
  • Smart Luggage: Batteries in smart luggage must be removable. Otherwise, the luggage cannot be checked or carried on.

Regulations by Battery Type

Battery Type Configuration Rules
Lithium-Ion ≤100Wh In devices or spares Allowed with limitations (max 20 spare batteries).
Lithium-Ion >100Wh In devices or max 2 spares Airline approval needed for carry-on or checked bags.
Lithium Metal ≤2g PED/PMED or spares Allowed with max 20 spares for ≤2g lithium content.
Power Banks Treated as spare batteries Carry-on baggage only.

These restrictions aim to ensure passenger safety and prevent in-flight incidents.

How does our company ensure compliance with airline battery regulations?

Battery Compliance

As a leading manufacturer of lithium polymer batteries, we understand the importance of safety and compliance with international regulations.

Our batteries are certified to meet UN38.3 requirements and other international safety standards, such as CE, UL, and FCC.

  • Certification for safe transport: Every battery undergoes rigorous testing to ensure it is safe for air travel.
  • Customizable battery sizes: We provide solutions for devices like drones, wearables, and medical equipment, ensuring compliance with airline limits.
  • Support for customers: We offer guidance on battery transportation and packaging for safe travel.

Certifications We Provide

Certification Focus Area Applicable Markets
UN38.3 Safe transport of lithium batteries Global
RoHS Restriction of hazardous substances Europe
UL Electrical safety USA and global

By ensuring compliance at every step, we help customers confidently travel with our lithium-ion polymer batteries.

Conclusion

Traveling with lithium-ion polymer batteries is safe and straightforward when you follow the proper guidelines. Batteries ≤100Wh can easily travel in carry-on luggage, while those exceeding this limit require special handling. Always protect spare batteries and verify airline-specific rules to avoid issues. For businesses, working with a supplier like us ensures compliance and peace of mind.


  1. Learn the fundamentals of lithium-ion polymer batteries and their applications. 

  2. Understand the rules set by airlines for traveling with lithium batteries. 

  3. Learn how lithium batteries must comply with global safety guidelines. 

  4. Avoid risks like overheating and short circuits while traveling with batteries. 

  5. Stay updated on changing airline restrictions regarding lithium batteries. 

  6. Understand how the International Air Transport Association regulates battery travel. 

  7. Check specific airline policies before carrying batteries on board. 

  8. Find direct links to airline websites for battery-related travel policies. 

  9. Learn the correct packaging and storage techniques for lithium batteries. 

  10. Learn about safety concerns and how to prevent short circuits in batteries. 

  11. Check whether the manufacturer’s packaging meets airline safety requirements. 

  12. Ensure compliance with airline rules by correctly shutting down devices. 

  13. Understand why power banks are prohibited in checked baggage. 

  14. Get precise limits on the number of batteries allowed per passenger. 

  15. Learn techniques to protect battery terminals from accidental contact. 

  16. Understand why airlines restrict batteries above this capacity. 

  17. Discover the differences in safety, performance, and air travel compliance. 

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