The defense industry places demands on suppliers that go beyond simply making a component that complies with a technical drawing .
Also important are production repeatability, risk control, material traceability, information security, complete documentation and the ability to maintain continuity of supply.
This applies to both manufacturers of complete systems and smaller companies providing individual components, subassemblies, welded structures or machining services as part of a larger supply chain.
What metal components can be used in the defense sector?
The range of metal components used in the defense sector is extensive. They include equipment, vehicles, transportation systems, technical devices, infrastructure, logistics systems, and solutions supporting equipment operation and maintenance.
Industrial production may include, among others:
- frames and supporting structures,
- handles and brackets,
- technical housings,
- panels and covers,
- assembly elements,
- vehicle parts and auxiliary equipment,
- components of transport systems,
- CNC machined components,
- welded structures,
- spare parts,
- prototypes and test series.
The exact requirements always depend on the documentation, application, component classification and contract terms.
Not every component used by the defense sector requires the same level of oversight. However, it’s unacceptable to assume that a standard process used in commercial production will automatically meet the requirements of a military project.
CNC machining for the defense industry
CNC machining enables the production of precise components with complex geometry and controlled dimensions.
In the case of projects for the defense industry, the following may be relevant:
- tight tolerances,
- repeatability between batches,
- properties of the material used,
- ability to work in difficult conditions,
- mechanical and environmental resistance,
- method of securing the surface,
- material traceability,
- documentation change control,
- archiving measurement results.
The manufacturer should work with the current, approved version of the documentation. Any changes to the material, tolerances, or manufacturing method should be agreed with the authorized party.
Even seemingly beneficial optimization should not be implemented alone when it may impact the function, reliability, or compatibility of the component.
Welding structures for the defense sector
Welded structures are used in vehicles, technical devices, transport systems, housings, frames and infrastructure equipment, among others.
The quality of a welded structure depends not only on the welder’s skill. It is also influenced by:
- preparation of material,
- identification of the material type,
- qualified welding technology,
- the order of making joints,
- welding supervision,
- environmental conditions,
- parameter control,
- testing and acceptance,
- non-conformity management,
- documenting the process.
Requirements may result from welding standards, technical specifications, customer documentation and contract provisions.
The company carrying out the order should confirm before starting work that it has all the required qualifications, procedures and control capabilities.
Why is traceability key?
Traceability allows you to link a finished item to the material, documentation, production process and inspection results.
Depending on the project, it may include:
- material batch number,
- material certificates and documents,
- version of the technical drawing,
- production order number,
- machines and technologies used,
- personnel performing special processes,
- measurement and test results,
- deviations from documentation,
- corrective actions,
- serial number or other element designation.
If a nonconformity is detected after delivery, proper traceability allows for the identification of the affected components. Without it, the entire batch may need to be treated as potentially nonconforming.
Documentation and change management
In defense production, documentation is part of the product and process, not an administrative addition.
The manufacturer should have a system to control:
- validity of drawings,
- change history,
- approving new versions,
- staff access to documentation,
- withdrawal of outdated instructions,
- recording of inspections,
- data archiving,
- protection of customer information.
A particularly dangerous situation is when different departments work on different versions of a drawing. A component may be manufactured correctly based on the document used on the shop floor, yet not meet the customer’s current requirements.
AQAP Requirements in the Defense Supply Chain
AQAP is NATO’s publication on quality assurance in defense contracts.
AQAP 2110 incorporates ISO 9001 requirements, expanded to include additional NATO requirements for quality design, development, and production. AQAP 2131 addresses final inspection and testing. Depending on the contract type, other documents from the AQAP family may also be used. [1]
The requirement for AQAP compliance or certification does not automatically apply to every defense-related contract. However, it may be specified by the contracting authority in the procurement procedure, contract, or quality requirements. [2]
Therefore, before accepting the order, the supplier should determine:
- what quality requirements apply,
- whether an AQAP certificate is needed,
- whether compliance with specific procedures is sufficient,
- what quality plan should be prepared,
- whether supervision by a contracting authority representative is required,
- whether supervision by a contracting authority representative is required,
Simply having an ISO 9001 certificate does not automatically mean that you meet all AQAP requirements.
Information security
Defense projects may include technical documentation, commercial data, or restricted information.
The manufacturer should adhere to the principle of minimum access. Documentation should be provided only to those who need it to perform their assigned tasks.
Requirements may include, among others:
- how to transfer files,
- places where documentation is stored,
- access to IT systems,
- ability to copy data,
- use of private devices,
- making documentation available to subcontractors,
- destroying or archiving data,
- publishing photos from the implementation.
Please don’t assume that the absence of a classified document designation constitutes permission for public use. Images, 3D models, project names, and recipient information should not be published without formal consent.
Security and continuity of supply
In the defense sector, supplier reliability means not only product quality, but also the ability to fulfill orders on time and for the intended period.
The European Defence Agency defines security of supply as the ability to provide the appropriate quantity of products and services needed by a country to meet its security and defence obligations. [3]
From the manufacturer’s perspective, this means the need to analyze:
- availability of materials,
- dependence on a single supplier,
- the possibility of replacing the machine in the event of a breakdown,
- availability of qualified personnel,
- data security,
- continuity of energy supply and services,
- deadlines for the implementation of external processes,
- stocks of critical materials and tools,
- risks related to subcontractors.
A company declaring its ability to implement a project should take into account the entire supply chain, not just its own processing time.
Component quality control
The scope of the inspection depends on the project requirements.
May include:
- control of input material,
- dimensional measurements,
- first article inspection,
- inter-operational control,
- visual research,
- other non-destructive tests,
- coating and surface inspection,
- final inspection,
- verification of the completeness of documentation,
- product approval before shipment.
Requirements should be described in technical documentation, quality plan, control plan or contract terms.
Simply stating that an item has been “tested” is insufficient. It is necessary to specify what was tested, by what method, according to what criteria, and with what results.
The role of the prototype and the first production series
For new or complex components, it may be wise to produce a prototype or a short trial run.
This allows you to verify:
- possibility of making an element,
- fit,
- dimensional stability,
- material reaction to machining and welding,
- risk of deformation,
- method of control,
- lead time,
- completeness of documentation,
- repeatability of subsequent pieces.
A prototype doesn’t eliminate all risk. However, it can reveal problems before larger-scale production begins.
How to prepare a request for quotation?
In order for the manufacturer to reliably assess the feasibility of implementation, the inquiry should include:
- current technical drawing,
- 3D model, if available,
- required material,
- required material,
- tolerances,
- welding requirements,
- required standards and certificates,
- scope of tests and measurements,
- documentation requirements,
- marking method,
- information protection requirements,
- expected date,
- conditions of receipt.
The lack of this data may lead to an incomplete quote, incorrect assumptions about the scope of work or subsequent cost changes.
FEMET as a potential production partner
FEMET has experience in CNC machining, welding, prototyping, and manufacturing metal structures and components for demanding industrial sectors.
However, each project for the defense sector requires a separate analysis.
Before accepting an order, it is necessary to confirm:
- technical scope,
- required standards,
- certification level,
- principles of documentation protection,
- the possibility of using subcontractors,
- scope of control,
- scope of control,
- conditions of receipt.
Not all projects can be implemented solely based on a standard production quote. Some may require additional approvals, qualifications, a client audit, or implementation of contract-specific procedures.
Are you looking for a metal fabricator?
Are you looking for a metal fabricator?
We will check the technological possibilities, the scope of required control, the availability of materials and the conditions necessary to prepare a prototype or mass production.
Contact FEMET and discuss your project requirements.
Frequently asked questions
Does every defense supplier need to have AQAP?
No. The AQAP requirement depends on the contract, the client, the product type, and the supplier’s responsibilities. However, it may be required by procedure or contract.
Czy ISO 9001 zastępuje AQAP 2110?
No. AQAP 2110 uses the requirements of ISO 9001 but expands them to include additional NATO quality assurance requirements.
Can FEMET make a component prototype?
FEMET produces prototypes and series of metal components based on customer documentation. In the defense sector, feasibility also depends on quality requirements, information security, and necessary approvals.
Can I publish photos of completed military items?
Not without the client’s consent. Documentation, photos, project names, and recipient information may be subject to contractual, commercial, or regulatory restrictions, even if not designated as confidential.
