Meaning
Aviation safety regulations set strict packaging, labeling, and operational requirements for shipping standalone lithium ion cells by commercial cargo aircraft. Compliance with ICAO PI 965 mandates that standalone lithium ion batteries move exclusively on cargo aircraft with state-of-charge levels strictly capped at thirty percent of rated capacity. The regulation governs air transport safety for loose cells destined for battery pack integration.
Standards stop applying once cells are fully assembled into equipment or packed alongside device housings under separate packing instructions.
Technical Requirement
International civil aviation authorities establish rigid packaging rules to prevent in-flight thermal events. Executing ICAO PI 965 requires rigid outer packaging meeting UN performance standards along with inner packaging that completely encapsulates each individual cell. Packages must withstand specific drop and stack tests without short-circuiting or cell movement.
Outer boxes bear clear lithium battery hazard labels and cargo-aircraft-only markings.
Compliance Verification
Air carriers inspect every standalone cell shipment against international transport standards prior to flight acceptance. Meeting ICAO PI 965 requires shippers to provide written state-of-charge verification certificates backed by batch testing logs from manufacturing facilities. Express cargo handlers conduct visual inspections of outer box integrity and dangerous goods declarations.
Non-compliant packages face immediate grounding and regulatory penalty notices.
Operational Limitation
Strict capacity limits restrict total gross weight per package based on cell size and section categorization under the instruction. Operating under ICAO PI 965 excludes passenger aircraft transport entirely regardless of batch size or commercial urgency. Volume shipments require splitting large consignments into smaller compliant packages across multiple flights.
Logistics teams plan air freight routes based on specialized cargo carrier capacity.
