Power Banks on Planes: What’s Allowed on Australian Flights

Yes, you can take a power bank on a plane in Australia. Pack up to two in your carry-on, keep each at or under 160Wh (power banks over 100Wh need airline approval), and don’t use or charge them during the flight. They are never allowed in checked baggage.

Power banks keep your devices charged through the busiest parts of a trip. Airline safety rules have tightened, so here’s what applies and how to fly prepared.

up to 100WhOver 100Wh up to 160WhOver 160Wh
Allowed?YesYes, with airline approval (Virgin Australia: declare at check-in)Not permitted
How many?Two per passenger in totalTwo per passenger in totalN/A
Where?Carry-on onlyCarry-on onlyN/A

Many power banks print the Wh rating on the label. If yours doesn’t, use this formula: Wh = mAh × voltage ÷ 1,000

CapacityTypical cell voltageWatt-hours
5,000mAh3.7V18.5Wh
10,000mAh3.7V37Wh
20,000mAh3.7V74Wh
about 27,000mAh3.7Vabout 100Wh

Cell voltage varies by product, so check the label or manual. Most everyday power banks are well under 100Wh, so they travel without approval.

Airlines and aviation regulators have tightened the rules because of lithium battery incidents on aircraft. Lithium batteries are safe when used correctly, but a fault in a crowded cabin is serious, so airlines want power banks in the cabin, within reach and switched off.

Verbatim power banks have clear capacity labelling that makes it easy to check airline limits. Explore our range, including the new SnapQub, our first semi-solid-state power bank.

Yes. You can carry up to two power banks in your carry-on, each 160Wh or less. Power banks over 100Wh need airline approval.

No. Power banks must always travel in carry-on baggage.

No. Qantas, Jetstar, QantasLink and Virgin Australia don’t allow power banks to be used or charged on board, and the ICAO rule that took effect in March 2026 prohibits recharging them in flight.

Two per passenger in total on Qantas, Jetstar, QantasLink and Virgin Australia.

Check the label. Otherwise multiply capacity in mAh by voltage, then divide by 1,000.

No. The rules apply regardless of battery chemistry.