Incorrect packaging choices for military transport can damage equipment and delay missions. Custom NATO-compliant packaging protects materiel against shocks, moisture and extreme conditions. This keeps critical systems deployable while reducing safety, contractual and logistical risks.
Summary of this article
Transporting military equipment is no ordinary logistics task. One wrong packaging choice and you risk damaged equipment, failed missions, or even dangerous situations in the field.
NATO packaging requirements exist for good reason. They are the result of decades of operational experience with what goes wrong when protection falls short. Whether you are transporting drones, communications systems, or sensitive sensor technology, packaging is not an afterthought — it is a critical component of your operational readiness.
NATO transport imposes strict requirements on packaging, and those requirements are not optional. They are laid down in international military standards that dictate how equipment must be packaged, labeled, and transported.
The core of NATO packaging requirements revolves around three principles:
Specific standards such as MIL-STD-2073 (packaging procedures) and MIL-STD-648 (containers) define exactly how mission-critical equipment must be protected. Knowledge of these standards is not a luxury — it is a baseline requirement.
Packaging that falls just short of NATO packaging requirements can have far-reaching consequences. And those consequences are rarely limited to a damaged product.
These are the most common risks associated with incorrect packaging choices in the defense sector:
Most problems do not arise from carelessness, but from a lack of knowledge of the specific standards that apply to military transport. Standard commercial packaging is simply not designed for this context.
Meeting MIL-STD standards requires more than a sturdy crate. It demands an integrated approach in which engineering, material selection, and production are all aligned.
Custom packaging for defense typically includes:
The key lies in the engineering phase. Packaging designed with knowledge of UN, NEN, and MIL-STD standards prevents problems later in the process. Making adjustments after the fact costs more time, more money, and carries greater risk.
Defence packaging is more than a case that meets a number of technical requirements. The packaging must suit the equipment, the transport route and the way the equipment is stored, moved and deployed in practice. That is why, at Faes, we do not start with a standard solution, but by mapping out the complete packaging requirement.
Our engineers translate the operational and technical requirements into custom packaging. In doing so, we consider factors such as the vulnerability of the equipment, shock and vibration loads, climatic conditions, handling, reuse and relevant MIL-STD, UN and NEN standards.
At Faes, we bring together several disciplines for this purpose:
The importance of this integrated approach was demonstrated when packaging an F-16 vertical tail at Volkel Air Base. Because technical drawings were unavailable, we measured the component on site using 3D scanning technology. Based on this data, we developed and produced custom packaging, after which we assembled the different packaging components around the part at the air base.
For complex defence transport, packaging must do more than comply on paper. The solution must also be manufacturable, manageable and reliable within the operational environment. That is why we consider engineering, production and practical use as one integrated process from the outset.
Military packaging is not used just once. It accompanies exercises, operations, and recurring shipments. That makes sustainability not an ideological choice, but a practical necessity.
Circular packaging for defense offers concrete benefits:
Packaging designed on the basis of circular principles — such as reuse, repair, and recycling — is not only more environmentally responsible. It also represents smarter capital deployment for organizations operating with limited budgets and high operational demands.
Are you unsure whether your current packaging provides sufficient protection or meets the relevant NATO and military packaging requirements? A packaging analysis is a logical first step.
During this analysis, we assess more than just the packaging itself. We also examine the equipment that needs to be protected, vulnerable components, the transport route, handling moments, storage conditions and the standards or specifications that apply to the application. This creates a complete picture of the loads the packaging must withstand throughout its lifecycle.
A packaging analysis provides insight into:
The outcome is not automatically an entirely new packaging solution. In some cases, we can improve or modify an existing solution. In others, custom packaging is needed to keep the equipment safe and operationally deployable. Our engineers determine which solution best suits the application and can then translate it into design, production and assembly.
Request a no-obligation packaging analysis and gain insight into what your equipment needs to remain protected, compliant and ready for deployment.
Michel Prins is Account Manager at Faes and a specialist in Safety & Security. Thanks to his background at the Ministry of Defense and years of experience in the sector, he advises organizations on reliable packaging solutions for critical applications. He combines practical knowledge with technical expertise to package sensitive equipment safely and efficiently.
More articles by Michel PrinsGood packaging doesn’t just happen by chance. Using a tried-and-tested approach, our specialists guide you step by step from the initial idea to the finished product.
