Essay: The United States will remain unable to produce an adequate missile defense for itself and allies for the foreseeable future
A recent update from Kiev Post reported that Lockheed Martin announced its inability to guarantee favorable timelines for the production of the Patriot missiles system:[1] Template:Cwoute The report notes that Lockheed intends to raise annual Pac-3 production from ~650 to 2,000 missiles by 2033. Consider how tiny that is: 650 per year is a measly 54 per month—that’s for the entire world. Ukraine alone needs far more than that per month, particularly when you take into account that, doctrinally, multiple interceptors have to be fired at each threat, particularly a ballistic threat. Minimum two are necessary, and sometimes as many as four or even six Patriots per Iskander.
Even when production increases to an "ideal" 2,000 per year by 2033, this still amounts to merely ~166 per month for the entire world, including the US itself. And the article implies that this ideal may never be realized because many problems still remain unresolved.
A separate WSJ report inJune 2026 tackled what the issues are, precisely:[2] This particular piece states that the 2,000 per year target isn’t expected to be reached until the end of the 2030s. The challenges are many:
| “ | Lockheed is facing a litany of challenges to hit its target, from component bottlenecks to tight markets for local labor. A Lockheed spokeswoman said the company is working with the government and its suppliers to "eliminate bottlenecks and shorten lead times wherever possible, while still maintaining the rigorous performance and safety standards required." | ” |
Shockingly, the article states that each single Pac-3MSE missile takes over two years to build.
Granted, there are many being built at the same time, but the total lead time for the manufacture of all the different parts, and then final assembly—which itself takes six weeks—apparently totals over the two year mark. The main reason is that there are over 400 different companies supplying parts to this single missile type, which all manufacture their various components at different rates and scales. The components themselves then all have to be individually tested before final delivery. This entire complex process explains why expanding the supply chains all at once is nearly impossible, and why the ambitious goal of 2,000 per year will likely never be even remotely approached.