Aerospace cargo sits at the intersection of two demanding requirements: components that are often irreplaceable, temperature- or shock-sensitive, and worth enormous sums, moving under some of the strictest export control frameworks that exist for any category of goods.
Export Control Is Often the Binding Constraint
Aerospace and satellite components frequently fall under dedicated export control regimes like ITAR in the United States, which impose licensing requirements, restrict which countries and even which individuals can access the technology, and carry severe penalties for non-compliance. These rules can override standard trade agreements entirely.
Handling Requirements Don't Pause for Customs
Many aerospace components require continuous environmental monitoring — temperature, humidity, shock exposure — throughout transit, including during customs holds. A compliance delay that would be a minor inconvenience for standard cargo can compromise a sensitive component if handling requirements aren't maintained during the hold.
Documentation Precision Mirrors Engineering Precision
Given the stakes, aerospace shipments demand exact documentation — end-use certificates, export license references, and precise technical descriptions that leave no room for a customs officer to make an incorrect assumption about the cargo's classification or destination use.
Our Aerospace logistics practice is built around this dual requirement: export control precision paired with continuous, verifiable handling standards throughout transit.
