Defence procurement requires packaging that goes beyond standard industrial solutions and demonstrably meets MIL-STD requirements. By translating requirements for protection, preservation, marking, documentation and materials into the packaging early, Faes helps prevent non-compliance. The result is protected defence materiel during transport, storage and handling, with control over quality and risk.
Summary of this article
Defence equipment must do more than simply arrive undamaged. It must remain demonstrably deployable after transport, storage and intensive handling. This makes packaging part of the technical performance of the system itself. For procurement professionals, this means that a robust case alone is not enough: material selection, preservation, marking, testing and documentation must all align with both contractual requirements and the conditions in which the equipment will actually be used.
A common mistake is to treat ‘MIL-STD’ as if it were a single certification or one universal packaging requirement. It is not. Different military standards address different aspects of packaging, protection and testing.
MIL-STD-810, for example, describes how environmental stresses and test methods should be tailored to the equipment and the conditions it will encounter throughout its lifecycle. The standard explicitly does not prescribe the exact same test sequence for every system. MIL-STD-2073-1 focuses on the development and documentation of military packaging requirements, including protection against corrosion, deterioration and physical damage during storage, handling and transport. MIL-STD-129 covers military marking for shipment and storage. For testing packaging materials and containers, MIL-STD-3010 provides uniform test methods.
For defence procurement, the relevant question is therefore not simply: ‘Does this packaging comply with MIL-STD?’ A better question is: which specific standard, revision, method, test conditions and acceptance criteria must this solution demonstrably comply with?
A reliable defence packaging solution starts before the first design is created. At Faes, we first want to understand what needs to be protected, where the product is vulnerable, how it will be transported, how long it will be stored and under which conditions it will ultimately be deployed. Handling, stackability, maintenance, reusability and rapid access in the field can also influence the design.
A technically sound set of requirements should explicitly address topics such as:
A significant amount of risk can be eliminated at this stage. If requirements are only made specific after the packaging has already been designed, this can result in overengineering, unnecessary weight or insufficient protection. Discovering a deviation late in the process may also lead to redesign and additional testing. That is why we help customers translate technical and operational requirements into concrete packaging specifications and an appropriate test plan as early as possible.
Non-compliance goes beyond transport damage. A product may be physically well protected and still be rejected if, for example, its marking, test evidence or documentation does not match the contractually agreed requirements. Conversely, a documentation package can appear complete while the physical protection is insufficiently aligned with operational use.
For defence procurement, this directly affects three areas: delivery reliability, contractual certainty and operational availability. Rejection can lead to repacking, additional tests, extra storage, renewed transport and delays. For mission-critical equipment, the impact can be far greater than the cost of replacing the packaging itself.
At Faes, we therefore do not treat compliance as a final inspection at the end of a project. The standard, requirements specification, design, production and test plan must be aligned from the very beginning.
At Faes, we do not approach defence applications by simply selecting an existing case. We design around the equipment and its intended use. Within one project, we can combine packaging development, custom engineering, production and assembly, and testing. When packaging becomes part of a functioning technical system, we can also provide system integration: technical or electronic components are integrated into the enclosure so that the solution does more than protect the equipment and can contribute directly to operational deployment.
Our added value is therefore not limited to manufacturing the final packaging solution. We help engineering and procurement teams translate requirements into a manufacturable design, substantiated material choices and a verifiable testing strategy. When qualification, certification or compliance with standards forms part of the project, we can support the definition of test methods, acceptance criteria, evidence and technical documentation.
This is not simply a theoretical approach. For the Dutch Ministry of Defence, for example, we developed a custom packaging solution for the vertical tail of an F-16 at Volkel Air Base. Because technical drawings were unavailable, we captured the geometry using 3D scanning. We then designed and manufactured parts of the packaging in-house and ultimately assembled the case around the F-16 tail on location. That project demonstrates precisely why defence packaging is more than just a case: dimensions, protection, logistics, handling and the practical deployment context must be treated as one integrated engineering challenge.
Our approach starts with understanding the system and its mission context. Based on the requirements, we translate the application into structural design, interior configuration, fixation, material selection, sealing, preservation and handling. We then determine what level of verification is required. This may range from design reviews and material documentation to a formal test plan and qualification according to the relevant test methods.
The difference lies in how these disciplines are connected. We do not treat design and validation as separate activities. During the design phase, our engineers already take into account the criteria against which the solution will later be assessed. Production and assembly must then ensure that the approved specification is consistently maintained. This creates a traceable line from requirement to design, testing and final delivery.
Defence has its own specific requirements, but the discipline behind them is also familiar to us from other critical and regulated environments in which Faes operates. Requirements must be unambiguous, material choices must be substantiated and performance must be demonstrable. Ultimately, it is the combination of engineering, production, testing and documentation that determines whether packaging merely looks robust or is genuinely suitable for the application.
For us, MIL-STD packaging is therefore not a standalone product category. It is an engineering challenge in which product protection, compliance, logistics and operational deployability come together.
Do you have a requirements specification, tender document or existing packaging solution and want to know whether the requirements have been translated correctly? We start with the technical challenge, not with selling a case. We identify which environmental loads are relevant, which requirements need to be demonstrated and where risks may still exist in the design, testing or documentation.
This is how we work towards packaging that does more than simply mention ‘MIL-STD’ in its specification. It becomes clear why the solution is suitable, how that suitability is verified and how the packaging contributes to reliable, mission-ready 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.
