IATA Releases 2027 Cargo Rules: Why Must Procurement Specifications for Battery-Powered Products Update Transport Conditions at the Same Time?
Being able to manufacture a battery-powered product does not mean it can be shipped by air as planned. If procurement specifications ignore transport classification and packaging, delivery problems may only emerge after mass production.
Key takeaway
When sourcing battery-powered products, transport conditions should be fixed at the sample stage, just like voltage, capacity, and certification.
On September 7, IATA released the 2027 editions of its cargo and ground-operations manuals. Updates to the dangerous-goods rules include requirements for spare batteries and power banks, lithium-battery-powered mobility aids above 300 Wh, new operator obligations, and changes to transport provisions and packing instructions for sodium-ion and hybrid lithium-ion batteries.
This means that as battery technology changes, air-transport rules are becoming more detailed as well.
Four issues buyers most often overlook
1. What battery is installed in the product?
It is not enough to write “rechargeable battery.” Buyers need to confirm the chemistry, rated capacity, watt-hours, cell or battery-pack configuration, and whether the battery is installed in the equipment.
2. How will the battery ship with the product?
Different packaging and transport conditions may apply when batteries ship separately, in the same package as equipment, or installed in the equipment.
3. Will emergency replenishment require air freight?
Many buyers use ocean freight for mass production but switch to air freight for after-sales supply or the first replenishment order. If this is not verified at the RFQ stage, they may discover during an emergency that the packaging, state of charge, labels, or documents do not meet air-transport requirements.
4. Do old templates cover new battery systems?
Sodium-ion batteries, hybrid batteries, and new energy-storage solutions cannot simply reuse traditional lithium-battery transport templates.
Recommended RFQ transport fields
| Field | What buyers should confirm |
|---|---|
| Battery chemistry | Lithium-ion, lithium metal, sodium-ion, or hybrid system |
| Rated energy | Watt-hours and capacity |
| Configuration | Separate, packed with equipment, or contained in equipment |
| Air shipment | Whether air transport is supported |
| Test evidence | Applicable tests and documents |
| Packaging | Packaging, labels, and restrictions |
| Emergency replenishment | Transport plan for urgent orders |
Procurement action
For consumer electronics, energy-storage products, tools, wearables, smart-home products, medical devices, and similar categories, buyers should require suppliers to provide both a product-specification package and a transport-specification package when samples are approved.
Scope and limits
The actual dangerous-goods classification, packing instructions, and operator restrictions must be confirmed using the cargo's actual parameters and the latest IATA rules. Individual airlines and countries may also impose additional requirements.
FAQ
Does compliance for ocean freight also mean compliance for air freight?
No. The two transport modes have different requirements.
Is an MSDS from the supplier enough?
Usually not. Transport also involves classification, testing, packaging, labeling, and declarations.
Which SKUs should be checked first?
Products containing high-capacity batteries, spare batteries, power banks, and items that may require emergency replenishment by air.