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AOP-2310
National ordnance authorities and defence manufacturers whose 7.62 mm x 51 ammunition or link designs are submitted for NATO Qualification
NATO's technical performance specification for 7.62 mm x 51 ammunition and links, the reference nations use to test and qualify designs as functionally interchangeable across NATO forces.
AOP-2310 is a NATO Allied Ordnance Publication, promulgated as Edition A, Version 1 in June 2020, and its own cover page names it as exactly that. Its stated aim is direct: "the aim of this standard is to standardize 7.62 mm x 51 Ammunition and Link designs to ensure functional interchangeability between NATO Forces on the battlefield." It covers combat ammunition and links only; blank and training cartridges are explicitly outside its scope.
Like every Allied Publication, AOP-2310 does not bind by existing. The agreement of NATO nations to use it "is recorded in STANAG 2310," and it is that STANAG a nation ratifies, with reservations recorded against it where a nation cannot meet the requirement. Albania, for example, is recorded as unable to produce 7.62 mm x 51 ammunition at all. AOP-2310 reaches a manufacturer only once a national ordnance authority or a contract requires a design to carry NATO Qualification against it.
AOP-2310 is a specification, not a test method. It does not describe how to measure pressure, velocity, or any other characteristic itself; for every performance category it points to a specific volume of AEP-97, the Multi-Calibre Manual of Proof and Inspection, which carries the test procedures. The document states this relationship plainly: interchangeability "is understood if the ammunition is in conformance with the performance, functioning and safety criteria as detailed in AEP-97." A reader who expects AOP-2310 alone to define how a design is tested will not find it here.
Chapter 2 organises the specification into twenty-one named categories, each tied to its own AEP-97 volume: pressure, velocity, action time, function and casualty, environmental performance, linked ammunition behaviour, barrel erosion, fouling, smoke and flash, precision, terminal effects, trajectory match, tracer performance, residual stress, primer sensitivity, bullet extraction, propellant and primer mix composition, waterproof performance, packaging and storage, marking, and the qualification route for designs other than ball and tracer. Annex A adds standardization drawings and Annex B a requirements table that restates the same twenty-one categories against their AEP-97 volumes.
This page does not reproduce the numeric thresholds, dimensions, or test conditions those chapters and annexes set out. They describe how the ammunition is made and functions, and that is precisely the specification detail a design engineer works from directly in the document, not through a secondary summary.
Two points in AOP-2310 are worth knowing because they cut against what a reader might assume. Several link-specific requirements carry no NATO-set threshold at all. On salt corrosion, the document says "there are no specific NATO requirements for salt corrosion of the links for the linked ammunition to be considered NATO interchangeable"; the same pattern, clause by clause, leaves cartridge stripping, dimensional characteristics and visual inspection of links to each nation's own specification too, and a nation submitting linked ammunition instead provides its own Certificate of Conformity against that national specification. And on propellant and primer composition, NATO is explicit that it "does not specify the chemical composition" for a design submitted for qualification. Once that design is qualified, however, every subsequent production run bearing the NATO Symbol of Interchangeability has to match the composition identified in the original Qualification Approval sample. Annex A's own drawings carry a matching caution: they are for reference only and are not to be used for manufacture, with AEP-97 Volume 6 named as the actual manufacturing reference.
A design that is submitted and tested successfully is "awarded" NATO Qualification for that nature of ammunition, letting NATO Member Forces apply the NATO Symbol of Interchangeability to it. Qualification is awarded per nature of ammunition, not per individual link type: a linked configuration needs both the ammunition and the link to meet the appropriate requirements, but if the link later fails a Production Test, the ammunition itself keeps its qualified status. AOP-2310 is careful to separate this technical finding from a procurement decision: "this standard by itself should not be used for acquisition purposes." Qualification tells a nation a design meets the interchangeability requirement. It is not, by itself, the decision to buy it.
STANAG 2310 is the agreement nations ratify; AOP-2310 is the Allied Publication issued under its cover and carries the actual technical content. AEP-97 carries the test procedures and pass criteria that every one of AOP-2310's twenty-one performance categories defers to. AOP-2310 also points to AOP-2 for marking NATO ammunition and its packaging.
The work AOP-2310 requires happens in a proof house and a production line, against AEP-97's test procedures, not in a compliance platform. What a manufacturer or national authority needs is the paper trail around that work: the design record for each submitted ammunition or link nature, the qualification test results, the Certificates of Conformity a nation provides for the link requirements NATO leaves to national specification, and the production records that show a qualified design's ongoing output still matches its original Qualification Approval sample.
ComplyTrain is a place to hold and version that documentation, control who produced and approved it, and keep the training records for the people who manage submission and production conformance, in the same way it supports any other engineering or quality procedure a contract or a national authority demands. It does not run the ballistic, environmental or dimensional testing itself, does not judge whether a design meets AEP-97's criteria, and does not award or imply NATO Qualification. What applies to a given programme, and at what tier, is set by the contract and the customer's quality clause, not by any vendor. The standards explorer shows what sits alongside AOP-2310, including AEP-97 and STANAG 2310, and we are glad to talk through how you would evidence this kind of qualification work.
Tell us how you need to work with AOP-2310 and what you need from it. We will come back to you about what ComplyTrain can do.
Thank you. Your list is on its way to your inbox, and we will come back to you on what working with these standards in ComplyTrain involves, usually within one business day.
It does not bind on its own. The agreement of NATO nations to use it is recorded in STANAG 2310, which nations ratify (sometimes with reservations), and it becomes concrete for a manufacturer only once a national ordnance authority or a contract requires a 7.62 mm x 51 design to hold NATO Qualification against it.
AOP-2310 sets out which performance characteristics a 7.62 mm x 51 ammunition or link design must meet, category by category. AEP-97, the Multi-Calibre Manual of Proof and Inspection, carries the actual test procedures and pass criteria for each of those categories, referenced volume by volume from AOP-2310.
AOP-2310 describes NATO Qualification, not a third-party certification scheme. A design is tested against AEP-97 procedures and, if it meets every applicable requirement, is awarded Qualification and may carry the NATO Symbol of Interchangeability. This is a finding about a specific ammunition or link design, not a certification of a company.
No. Its scope is limited to 7.62 mm x 51 combat ammunition and links; blank and training cartridges are stated as outside the scope of STANAG/AOP-2310.
Directly from NATO. It is free of charge and retrieved from the NATO Standardization Document Database or through a national standardization authority, never as a paid or third-party copy.
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