Shipping in aerospace and is high stakes, highly regulated, and highly complex. Critical aircraft parts, defense systems, and mission-ready components need to move fast—and securely—across global borders.
In this environment, traditional shipping processes break down fast. Manual work leads to compliance risks. Siloed data delays mission-critical deliveries. And poor carrier management turns simple parts replacements into grounded fleets or stalled projects.
When a grounded aircraft waits on a part—or when a compliance error triggers export violations—every second and every shipment matters. To succeed, aerospace and defense companies must ship smarter, not harder.
Here’s how leading enterprises are building more resilient, agile, and compliant shipping operations.
For businesses dealing with defense-related or dual-use goods, ITAR (International Traffic in Arms Regulations) and EAR (Export Administration Regulations) present a critical compliance challenge—especially when it comes to shipping.
Both regulations control the movement of sensitive items—even within borders. That means every shipment of regulated goods—whether it's military-grade electronics, imaging systems, or specialized components—must follow strict documentation, licensing, and tracking protocols.
With every touchpoint adding complexity, shipping teams must:
The penalties for non-compliance are severe—ranging from multi-million-dollar fines to revoked export privileges. In shipping, where speed is key, these regulations slow down processes unless compliance is built into the workflow.
In the aviation industry, every minute an aircraft is grounded (AOG) equals lost revenue, disrupted schedules, and soaring operational costs. When critical components like engines, landing gear, or electronics are needed, shipping must be immediate, precise, and compliant.
AOG shipping demands urgent coordination—parts must move across cities, countries, or even continents without delays. Missing permits, routing mistakes, or even minor handling errors can lead to major financial penalties, added diagnostic inspections, or worse, extended downtime.
Shipping teams must navigate complex logistics under extreme time pressure:
Without the right tools to automate parcel shipping processes, even a minor misstep can cost airlines hundreds of thousands of dollars per hour.
AOG shipping is mission-critical logistics where every second, and every detail, matters.
In aerospace and defense, every component—from a small sensor to an aircraft engine—must meet strict quality, safety, and regulatory standards. Ensuring full traceability of serialized parts throughout the supply chain is critical.
Today's supply chains are vast and layered, often involving multiple suppliers, subcontractors, and logistics providers across the globe. Without real-time visibility and accurate part tracking, risks multiply:
For manufacturers, MROs, and defense contractors, the ability to track serialized parts end-to-end—from production through installation, maintenance, and eventual retirement—is crucial. Yet many legacy systems and manual processes can't keep up with the complexity.
Shipping serialized aerospace parts also brings unique challenges:
In a sector where safety, reliability, and accountability are non-negotiable, enhancing parts traceability is foundational to operational success.
ITAR and EAR regulations are layered, evolving, and unforgiving. Missing a step—even unintentionally—can result in denied shipments, heavy penalties, or worse: exposure of sensitive technology.
To protect operations and reduce risk, export compliance must be built into the shipping process—not treated as a separate task.
This level of automation ensures that shipments follow all regulatory requirements by default, while giving compliance officers real-time oversight and audit-ready records.
When an aircraft is grounded, every hour costs money and operational capacity. Logistics teams must identify AOG shipments immediately—and dynamically select carriers or modes that meet extreme delivery timelines.
Aerospace and defense parts are serialized for a reason—every component’s origin, movement, and usage history must be accounted for. But many companies lose visibility beyond Tier 1 suppliers or after shipment leaves the warehouse.
Every aerospace part has a story: where it was made, how it was shipped, who installed it. Losing track isn't just inefficient—it violates regulatory traceability standards.
Shipping hazardous materials like lithium-ion batteries, specialized fuels, or aerospace-grade chemicals requires compliance with a complex web of international, federal, and carrier-specific regulations. A mistake isn't just costly; it can jeopardize safety and delay critical operations.
To meet regulatory requirements without disrupting shipping timelines, dangerous goods compliance must be an automated part of shipment planning.
By embedding ShipHAZ into shipping processes, logistics teams eliminate guesswork, protect their workforce, and keep high-risk shipments moving safely and legally—from production floor to final destination.
Facing manual compliance checks, fragmented carrier management, and inefficient tracking, VAS Aero Services adopted an integrated shipping solution to transform their operations.
After implementing ShipERP, VAS Aero Services achieved:
Read the full VAS Aero Services case study.
Smart shipping in aerospace and defense is about control at every point of the journey—from compliance to carrier selection to final delivery.
By embedding aerospace-specific automation, real-time visibility, and compliance tools directly into ERP environments like SAP or Oracle, companies gain the resilience to scale global operations without compromising safety, speed, or regulations.
When every shipment matters, smarter shipping isn’t just operational—it’s strategic.
Shipping challenges vary by industry, but the need for smarter, faster, and more resilient logistics is universal. Dive into more strategies tailored to your sector: