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Comment by Alupis

3 months ago

The problem clearly is, once a need is identified - it can be costly or ruinous to wait 20+ years to realize the solution. The DoW is clearly signaling they want the "Need -> Solution" loop tightened, significantly, sacrificing cost for timeliness.

That puts the US on good footing, ready to face peer and near-peer, next-generation warfare.

If Ukraine has taught us anything, it's off-the-shelf - ready today - weapons are needed in significant quantity. Drone warfare has changed almost everything - we're seeing $300 off-the-shelf drones kill millions of dollars of equipment and personnel. If the military needs anti-drone capabilities, it can't wait 20+ years to field them.

We don't just need to pick on new/next-generation military technologies either. The US currently produces between 30,000-40,000 155mm artillery shells a month, but Ukraine (at peak) expended 10,000 per day[1]. The loop is far too long...

[1] https://www.reuters.com/investigates/special-report/ukraine-...

> The US currently produces between 30,000-40,000 155mm artillery shells a month, but Ukraine (at peak) expended 10,000 per day[1].

Wars are incredibly expensive, and the US should not be producing weapons, in peacetime, at the rate they would be expended during an active war. What we should have the ability to rapidly scale production.

  • Weapons need to be replaced, even ones never used. To be capable of scaling production you need at least some degree of production constantly simmering in the background. Yet even then, there is a limit to how much you can scale up on demand.

    The best and cheapest weapons are the ones never used, but making no weapons at all is the most expensive choice in the end.

    • The problem is you have these hugely expensive facilities like the tank plant in Lima that's pretty much only good for making tanks. Transitioning manufacturing to production lines that can be economically kept online because they make non-tank products when we're not fighting anyone is the way to go.

      There's a ton of work going on in this area, and has been for a while (check out DARPA's AVM project for some of it).

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    • > The best and cheapest weapons are the ones never used, but making no weapons at all is the most expensive choice in the end.

      As a big part of Europe is learning at great cost.

  • > What we should have the ability to rapidly scale production.

    How should the US make the manufacture of, say, the primers for artillery shells "rapidly scalable" in a way that is different from building a large stockpile? Be specific. Would you nationalize factories but leave them idle? You certainly won't have time to build or retool factories and staff them during a peer conflict. How would you present this to Congress vs. running those factories in peacetime as a jobs program?

    • > Would you nationalize factories but leave them idle?

      Yes. Historically, these would be the national armories, Navy Yards, and Air Force plants. You know, Springfield Armory (of .30-06 Springfield fame, now a museum), Watertown Arsenal (now a fucking Home Depot, among other things), Charlestown Navy Yard(Boston, now largely a museum), Philadelphia Navy Yard (redeveloped? not my area), Air Force Plant 42 (near LA, still in use by Skunk Works among others), and others.

      Having the capital idle/underutilized but maintained and a core group of people with the institutional knowledge ready to pass on during that rapid scaling up is what would make the factories able to scale up. Gun barrels (of all sizes) are relatively specialized from a manufacturing standpoint. Nobody is seriously arguing for having capacity to scale up to build 16" guns for battleships, but 5" guns are extremely common in naval use and 155mm guns are common for artillery. Being able to surge production of those without having to go through a learning curve would be a really great ability to have.

      Interestingly, Goex, maker of black powder, is located on a military facility (Camp Minden) because that process remains both hazardous and surprisingly relevant to modern military use.

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    • Invest in technology that makes the facilities that manufacture primers useful for more than just that one product. One might do that by changing the nature of the manufacturing facility towards a multipurpose "forge", changing the nature of primers so they're more like commercially attractive products, or some combination. DARPA has been working pretty hard on these topics over the years.

      I was working on one when we got shut down due to a political squabble resulting in sequestrations. Reminds me of our recent shutdown in many ways.

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    • We have scaled artillery shell production, it's about 3 times what production was prior to the conflict in Ukraine. And the Pentagon claims they'll double that again by next Spring.

      Given that the actual peer conflict that matters to the US will almost certainly be decided by air and sea power, this all seems very much like pointless distraction.

      But evidently it can be done, because it is being done. I suppose we are now more ready for some weird anti-matter goldilocks outcome where the PRC can somehow land and supply forces in Taiwan, while still somehow also being incapable of preventing the US from sending forces and supplies to the island. Seems like a weird fixation, but hey, it doesn't cost that many billions of dollars to accommodate Elbridge Colby.

      Of course, our ally who actually needs artillery shells for counter battery fire, South Korea, can produce them in vast quantities. They are also conveniently located in the Pacific. It is one thing for them to be wary about doing too much help Ukraine. Russian can complicate their life quite a bit.It would be quite another thing if the US actually asked for shells in the middle of a war with China.

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Sure because we decided to gut manufacturing in this country. It was deliberate decision made not by DoD following Federal Acquisition rules but by beancounters who didn't want to spend money on keeping manufacturing alive. Since we don't have civilian manufacturing base in this country and military does not want to buy a ton of artillery shells just for them to go idle, here we are.

  • Manufacturing in western countries was gutted by treasonous politicians bribed by corporations to do an end-run around the environmental laws, workplace regulations, and human rights that had been hard-won by the people over the previous 50-100 years, by allowing these abuses to continue elsewhere without even being required to pay commensurate tariffs or penalties.

    • Manufacturing in western countries was gutted by the price of labor (read: rising standard of living relative to global averages).

      1. It's difficult to manufacture competitively when a local living wage is in the upper echelons of global wages.

      2. It's often cheaper to manufacture something semi-manually (e.g. 80% automated) than invest in buying and maintaining full automation.

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$300 drones are not doing much of anything in Ukraine. Maybe some light weight ISR, but they don't even go-to the front line before having several grand of hardened radio equipment put on them - at which point they're not $300 anymore...

The flippant commentaries about drones help no one: they're a significant change in the intel environment, but nobody carefully inspects assumptions about cost efficiency or on the ground conditions.

Expensive drones are being used to fulfill roles which artillery fires could fulfill far more effectively, except both sides of the conflict don't have enough artillery but for vastly different reasons (whereas significant amounts of supplies are coming from a party which is more or less arming both of them: China's factories).

It should be noted that Ukraine has invested significant effort attempting to acquire US spec long range weapons like ATACMS and Tomahawk, and F-16 and HIMARS were both a big deal which took significant effort to get. Drones have created a new warfare dimension, but I find the way they're often discussed lacks of a lot of rigor or bearing on how they're actually being used.