Ukraine's current drone consumption has been quoted at 9,000/day, or 270k/month.
A million drones won't last long in a peer conflict. Most of the drone parts come from china. What we really need is to build our own drone supply chain that does not rely on china.
Right now, it is virtually impossible to have a supply chain completely removed from China for the manufacturing of low-cost drones. They are literally world class in production of PCB's and even PCBA.
There simply isn't enough engineers, capital expenditure and factory space to move away from this paradigm
Yeah U.S. has a really serious problem with the deprioritization of science education over the last 45 years. There are very few really skilled scientists and engineers in the U.S, they are concentrated in specific geographic metros, and many of them are immigrants or the children of immigrants.
If the U.S. got into a serious peer conflict, the relative lack of human capital is a huge problem. In WW2 we could get away with a few scientists and engineers designing military equipment that's produced in bulk and then lots of foot soldiers employing it. Today, with the increasing complexity of modern weaponry and the ability for the weaponry itself to be an incredibly lethal force, the bottleneck is in building out the supply chain. Each component requires a skilled engineering team optimizing it and ensuring it fits into the overall whole.
Our next "Sputnik Moment" is coming. At some point we're going to be forced to reorient our education system away from performative progressive ideology and towards achieving practical results.
> reorient our education system away from performative progressive ideology and towards achieving practical results.
NCLB was cooked up by Republicans along with defunding schools, school choice, and the homeschooling. You are correct that it is performative but there is nothing progressive about the last 20 years of public education.
You're pointing the the wrong direction there, look at the groups actually attacking and refusing to fund public schools better in the US... The actual issue is the systematic dismantling of public education for religious and ideological reasons; evolution, climate change, vaccinations all ideologically convenient to the religious conservative right in the US.
We need adequate funding for public schools but there is no real correlation between funding levels and student outcomes. A lot of that money is simply being frittered away. One of the best ways to start would be to destroy teacher's unions because they usually act in ways contrary to students' best interests.
Going to need one hell of a citation on that first claim because there's a lot of evidence showing reality follows the opposite intuitive correlation, additional funding does provide better outcomes. [0]
> destroy teacher's unions
States have tried doing essentially that and it's not worked for decades. So I say we should actually fund schools, pay and support teachers like we actually want educated kids before we try yet again to blame underpaid, undersupplied teachers trying to wrangle ballooning class sizes of rowdy kids.
We do have PCB manufacturing and assembly in the US though, it's just far cheaper and plentiful overseas so companies usually go there for mass manufacturing. The true bottleneck is the components those are barely made in the US at all.
If it's not price competitive then it is functionally useless.
The only reason we have PCB manufacturing in the USA is probably because of DoD requirements and the government doesn't want to risk TS information falling in the hands of foreign adversaries. By extension these manufacturers don't give a toss about your average person, and they have insane MOQ's (10,000+) rather than PCBWay or JLCPCB where you can get MOQ for as low as 5 PCB/PCBA
You know who has capital? The US government. It's very plausible that the Army could fund the infrastructure needed for this industry as a national security imperative.
Manufacturing is often thought as this concept that you can just throw money at any time, I'm afraid to say often you are throwing your money into a void.
Equipment is one thing, but engineers are literally the lifeblood of production infrastructure. Without them you are pissing into the wind
The Army already has a branch specifically devoted to engineering, the Army Corps of Engineers. While its primary focus is civil engineering, training and employing electrical and electronics engineers certainly doesn't seem out of the question.
Sure, but we can start to take incremental steps in that direction. I think everyone has finally realized that offshoring strategically important manufacturing sectors was a mistake and so now we have to reindustrialize regardless of the cost.
It seems like it but the USA v China angle is way more complicated than these types of super power rivalries have been in the past. The USA is a massive part of the Chinese economy. It'd be weird for a country to attack either the largest part of it's supply chain or it's largest customer.
I'm struggling to find an academic source to provide any level of detail beyond confirming this basic fact, but Germany and Britain's economic ties before WW1 were actually not too different. They were rivals but also major trading partners.
I won't try to shoehorn the past into the present, but for the very specific point about intertwined economies, it has in fact happened before.
Ukraine is using drones as a substitute for many military capabilities it doesn't have, and is fighting a war where it is in desperate need of whatever munitions it can get to be used over a relatively short distance. Drones have undoubtedly become part of the battlefield, but a war between great powers being waged on the opposite side of the world is going to look very different from a small nation holding off it's neighbor.
At some point there's going to be on the ground fighting from either force invading the territory of one of the power poles in the conflict or their neighbors who are not aligned with the nearest pole; in US v Russia that would be happening somewhere in Europe in one of the NATO allies, US v China probably Taiwan/Philippines/Japan/Korea/India depending.
Wherever that happens to be will be a good candidate for the kind of warfare we see in Ukraine right now. There's basically no way it doesn't reach that at some point unless it's a very brief skirmish and even then for some pairings there's the inevitable border sparing even if there's minimal direct land conflict.
Drones for Ukraine provide cheap low material risk precision strike options that would normally be done by the US using precision artillery/missiles (expensive per shot cost and very vulnerable to counter battery fire) or airstrikes (relies on establishing air superiority which has proven difficult for Ukraine and Russia, anti air is long enough range it's difficult to strike so no one has fully knocked their opponent's system offline). Russia proved to be a bit of a paper bear but there's no guarantee the US would be able to establish the kind of air superiority we enjoy in all our recent conflicts (heavily punching down power wise) in a fight with China or maybe even Russia.
nah NATO would own the skies pretty hard. Different story vs. China, but Russia's aerospace forces are a shadow of the USSR's.
Russia's AA has been seriously degraded -- still more than enough to dominate the AFU's aircraft, but not a real airforce -- and Ukraine's limited AA has been enough to check the VVS's air dominance.
there is a reason its mostly a ground war involving disposable drones.
> A million drones won't last long in a peer conflict.
That depends on the geostrategic context of the peer conflict. If the belligerents are separated by 1000 miles, then saturation attacks with drones don't work. Drones occupy only a small niche in this context, such as reconnaissance or sabotage. The Iran-Israel war was a clear-cut example of this.
In my view, the more important thing is to ensure you have the capability to disable the enemy's industrial production (meaning: only the key nodes relevant to the armament supply chain) with stealth bombers. This is the X-factor that flips the script. In the Ukraine-Russia war, neither party has aerial superiority because they lack the technology to achieve it, so it becomes a WW2-esque war where industrial production is paramount.
The US, on the other hand, does have such capabilities thanks to modern stealth bombers, and using that capability is no more escalatory than sending 1,000,000 attack drones at the enemy.
Drones (and anti-ship missiles) in my view are more crucial to Taiwan itself, both because of their proximity to their likely belligerent and because they lack stealth bombers.
> The US, on the other hand, does have such capabilities thanks to modern stealth bombers, and using that capability is no more escalatory than sending 1,000,000 attack drones at the enemy.
Stealth bombers exist to deploy nukes, and were created to match the number of Soviet cities that the US Airforce planned on hitting if/when WW3 happened.
No amount of modern stealth bombers, even the F-35, could seriously crush a national-level industrial production regime. Esp. not China's which is massive.
The US would have better luck setting off nukes underwater near the coast and letting the tsunami wash away most large Chinese urban areas.
In an actual shooting war most surface vessels are going to last about 10 seconds, so it's the subs and their munitions that are going to carry the war, combined with air power.
Arguably an even greater leverage point is to have the ability to select your enemy. Don't fight wars with belligerents that are 1000 miles away. Instead, fuel nationalist and separatist sentiments within elements of your adversaries that are much closer to them. Instead of having to fight your adversaries, get them to fight themselves, and destroy their country from within.
Russia is doing a masterful job doing this to the U.S. Biden's foreign policy also was pretty brilliant - get Russia bogged down in a quagmire with Ukraine, while supplying just enough weaponry to Ukraine to keep the war going but not enough to win it. Strategy is also used throughout the globe; see all the various proxy wars going on.
If the U.S. honestly wanted to have the best chance defeating China, the optimal strategy would probably to protect and fund Chinese billionaires political ambitions, so that they could provide a countervailing (and ultimately rivalrous) force to the ruling Communist Party.
The role of drones in this is largely in protecting supply lines and information collection/dissemination points. If you want to arm your enemy's adversary and give them a shot at challenging the ruling power structures in their country, you need to be able to get weapons and information to them.
> Russia is doing a masterful job doing this to the U.S. Biden's foreign policy also was pretty brilliant - get Russia bogged down in a quagmire with Ukraine, while supplying just enough weaponry to Ukraine to keep the war going but not enough to win it.
I would classify these as two different things - hybrid warfare and offshore balancing. But they are both tools that can create more strategic depth and push conflict further away.
> "We expect to purchase at least a million drones within the next two to three years," Driscoll said.
> "And we expect that at the end of one or two years from today, we will know that in a moment of conflict, we will be able to activate a supply chain that is robust enough and deep enough that we could activate to manufacture however many drones we would need."
This order should come with a mandate to build domestic manufacturing capacity.
The drones aren't important. The manufacturing capacity is.
America should be using every opportunity it can to subsidize reindustrialization. Especially for key industries, components and inputs, places where we make our money, critical supply chain items we rely upon, and dual use / defense tech.
Everything important. Machining, electronics, chemicals and plastics, pharmaceuticals...
It's going to be painful to play 20 years of catch up. But we need to bite the bullet and do it.
This is where subsidy and government purchases can really help.
It seems like the USA's goal to bring chip manufacturing back into the country only targeted cutting-edge chips. Refocusing on building "old-gen" chips is quicker and more affordable. Drones don't need the latest tech. Most consumer goods don't. I believe Germany did this to some success.
I'm not just suggesting preventing a hot war, but also ensuring we remain an economic peer.
America can't just "not lose" a war. It needs to maintain its economic growth and comfort of living for its citizens. We need lots of opportunity surface area in the future, and that means making sure we're broadly capable and competitive. Not painted into a corner, feeble, dependent.
Playing chess with decades of foresight.
I expect China to do the same. I expect that this rivalry will make both of our nations stronger.
In the three decades since the collapse of the Soviet Union, we've been resting on our laurels. Competition will inject a much-needed sense of mission and urgency.
using all these personal adjectives to describe the world economy strikes me as very chauvinistic, and I am not convinced the cold war was such a good thing that we need another!
Everyone has a personal ideal view of what life should be. Some people are content to chill and have creature comforts, no stress. I've no problem with that view, but it's not my disposition. I want to push boundaries.
It just so happens that competition pushes technology further. It puts a sharp edge on investment dollars and intellectual capital. A lot of money gets spent, but it gets spent smartly.
WWI and WWII - horrible and tragic - pushed us so hard that people alive as teenagers during the invention of flight lived to see a man walk on the moon.
The cold war created the PC, internet, and planted the seeds for the smartphone and AI.
We had a whole lot of incrementalism in the 00's - 20's. Ad tech, emojis on smartphones, so many social networks. I want to see all of that turned on its head, everything pushed forward 10x. By the time I die, I want to see robots, whole body transplants, autonomous everything, brain uploads, VR indistinguishable from life, cures to every cancer, decelerated aging, widespread access to middle class standard of living. I have so much desire for this and it's all I want for.
That's going to require pushing through an economic and technological salient. Competition accelerates that.
It's time for America to stop being weak and naive. Lazily greedy. To stop spending on ad tech upgrades and instead sow the seeds of a scientific and industrial powerhouse.
When we focus on protecting rather than optimizing eyeball engagement and becoming pilfering middle men, we make the greatest strides.
This isn't about WWIII. This is about influence, dominance, and independence.
The US domestic industrial base is tightly coupled to a China. You need to bite the bullet if you want independence from an adversary and if you want to preserve global hegemony.
It did, the point is to build up the manufacturing base:
“Driscoll said his priority is getting the United States into a position where it can produce enough drones for any future war, stimulating domestic production of everything from brushless motors and sensors to batteries and circuit boards.”
To be fair Ukraine's drones seem to mostly be commercial units with an explosive strapped to them. I imagine the failure rate/hits are quite low compared to what they could be with something purpose built.
They're also relying mostly on human operators rather than autonomy, human operators come with all the usual caveats of reaction time and requiring video to be sent back.
I don't want people to think I'm denouncing their drone operators though, they're doing what needs to be done with limited resources, stress and psychological tolls.
Oh yes for sure - but most of the domestic production is still "plugging drone bits from China together".
I think they're definitely working on more autonomy etc but I think it kind of proves that even the current ones are actually pretty effective. A well designed drone with AI/autonomous capabilities is terrifying. People could point to switch-blade but the cost per unit for the functionality you get is just absolutely insane.
There is a current effort to document and verify sourcing of parts for unmanned systems, you can read more about it here: https://www.diu.mil/blue-uas/framework
There are some related efforts to boost domestic manufacturing. I do not disagree and think we have a very long way to go.
When I was child, our dog got hit by a car. The dog had two broken legs and was bleeding from the nose. My dad said, "Come with me son, I will show you what to do." So we went into the woods behind the house and dug a hole. I put the dog in the hole and my dad shot the dog in the head. After we filled in the hole my dad said. "Now you know what to do with me when I get old."
So my health insurance is healthy living, CrossFit, rapamycin etc. When that fails, I have a 9mm pistol I keep in the safe. I do worry about if I am somehow too incapacitated to use the pistol but not enough to die naturally. Infirmity scares me a lot more then death does.
I have buried many pets, but last year my wife got cancer and while insurance was a huge headache, it came through in terms of protecting our wealth. She's currently in remission a year later after a very, very difficult fight that she nearly lost multiple times. It was extraordinarily stressful. I learned not to worry about the insurance crap, it all eventually worked itself out despite how frustrating it all was. So I'm not sure 9mm, 45, 357, or any other caliber for the "Hunter S. Thomson" solution, would have been a smart move for us. I totally understand the sentiment, because there are fates worse than death for sure.
What didn't hold up was not our insurance but my employer, who found a sneaky way to get rid of me and not have to deal with an employee who needed to dip out for his wife's numerous medical appointments.
There are all manner of health conditions that can occur that have little to do with your own healthy living, and don't incapacitate you or make life not worth living, but will cripple you financially.
You might end up with Crohn's or all manner of autoimmune conditions where patented biologics easily costs north of $100k US a year just in medication, but your quality of life if you find a medication that works is not particularly degraded from the average person.
CrossFit will not prevent you from getting into that situation, and I think it would be a vast overreaction to commit suicide in response to such a diagnosis.
It used to be cool to be deviant and not to be accepted by society at large. Ravers, skaters, punk rockers, cross-dressers, all subcultures that did not care if they were accepted by the normies. Transgression of social norms was considered the cool thing to do.
Now everyone wants social norms to be changed so they feel included no matter what crazy ass thing they are into.
It's also just a permanent issue for sensitive instruments for scientific experiments. The Cold War bomb testing spree contaminated so much there's a whole demand for metals produced before the first atomic test because of the increased presence of fallout from the tests.
The issue is relegated to only the most sensitive equipment these days but it's a funny little side issue for several years before the test ban had been in place long enough to reduce the elevated levels back to nearly background.
When we were kids we used to catch wasps in a plastic cup, put them in the freezer until they were anesthetized, and then tie a little leash on them with sewing thread.
Then you chase your friends around the neighborhood with your personal attack wasp. Good times.
I fried them in a piece of glass tube from a neon sign, with the high voltage wires from the transformer poked into the opposing ends of the tube until it started to arc from wire to wire through the wasp. Stank.
I'm neither proud nor ashamed. Today in my more boring older age I just grab whatever random inappropriate houshold or automotive chemical is handy that squirts or sprays.
Soapy water (dish soap) in a spray bottle works wonders. Once they are wet and bubbly they can’t fly, making it safe to knock them to the ground and squish them.
If you happen to have the spray bottle in hand while they are flying at you, a quick mist in the air in their flight path will turn them away.
Slightly tangential but this was a learning moment for me.
This reminds me of a story where Sage Mandavya established the first juvenile law in Hindu mythology.
<story starts>
Long ago, there lived a great sage named Mandavya who had taken a vow of silence and spent his days in deep meditation. One day, while he sat motionless beneath a tree with his arms raised in penance, a group of thieves being pursued by the king’s soldiers fled into his hermitage. They hid their stolen loot near the sage and escaped through the other side.
When the king’s soldiers arrived, they found the stolen goods but the sage—deep in meditation and bound by his vow of silence—neither confirmed nor denied their presence. The soldiers arrested him and brought him before the king, accusing him of harboring criminals.
Despite his spiritual stature, the king ordered a severe punishment: Mandavya was to be impaled on a stake (shula)—a horrific execution where a wooden spike was driven through the body. However, due to his immense yogic powers and detachment from the physical world, the sage did not die. He remained alive on the stake, enduring the agony with superhuman patience.
Eventually, other sages intervened, the king realized his grave error, and Mandavya was freed. But the damage was done. When the sage finally left his mortal body, he went directly to Yamaloka—the realm of Yama, the god of death and justice—to demand an explanation.
“Why did I have to suffer such a gruesome fate?” Sage Mandavya asked Lord Yama. “What terrible sin did I commit to deserve impalement?”
Yama consulted his records and replied, “When you were a child, you caught a dragonfly and pierced it with a needle through its body, watching it suffer for your amusement. That act of cruelty resulted in your punishment - you experienced the same suffering you inflicted on that innocent creature.”
Sage Mandavya was furious. “That was when I was a child!” he protested. “I was too young to understand the difference between right and wrong, between sin and virtue. How can you punish an ignorant child with the same severity as a knowing adult?”
Yama tried to explain that karma operates impartially, but Mandavya would not accept this. In his righteous anger, the sage cursed Yama himself: “For this unjust judgment, you shall be born as a human on Earth and experience mortality yourself!”
This curse led to Yama being born as Vidura, the wise and virtuous counselor in the Mahabharata - a human who, despite his wisdom and righteousness, had to endure the limitations and sufferings of mortal life.
But Mandavya didn’t stop there. Using his spiritual authority, he proclaimed a new divine law: “No sin committed by a child below the age of fourteen shall count toward their karmic debt equivalent to that of an adult. Children who do not yet understand dharma and adharma shall not be punished for their ignorant actions.”
This became the first “juvenile law” in Hindu mythology—a recognition that children, in their innocence and ignorance, deserve compassion and correction rather than severe punishment.
<story ends>
When I was a child, I too wanted to catch a dragonfly and tie a thread to it so it would fly around like a little pet. But my mother stopped me. She told me this very story of Sage Mandavya, and it scared me for life. I never forgot it, and I never tried to catch and bind a dragonfly again.
1. If is were possible for an ordinary mortal to impose arbitrary curses on the god of death and justice, the world would quickly descend into utter chaos.
2. If children are completely free from accountability, adults will form them into an army and convince them to commit crimes on their behalf, leading to an intolerable situation. This may already be a standard way of doing business in some parts of the world.
> If children are completely free from accountability, adults will form them into an army and convince them to commit crimes on their behalf, leading to an intolerable situation. This may already be a standard way of doing business in some parts of the world.
This is an ongoing problem in Norway now and I think it has been in Sweden for some time.
If you want to read more, search for the foxtrot network.
> 1. If is were possible for an ordinary mortal to impose arbitrary curses on the god of death and justice, the world would quickly descend into utter chaos.
Mandavya is not just any mortal; he is an enlightened sage. In Hinduism, enlightened beings are considered superior to gods. There’s another story about Sage Markandeya (one of the nine immortals, the Chiranjeevis) who caused the death of Yama, the God of Death. In Hindu cosmology, all the gods hold honorary responsibilities, and nothing is permanent - not even the position of Brahma, the Creator
> 2. If children are completely free from accountability, adults will form them into an army and convince them to commit crimes on their behalf, leading to an intolerable situation. This may already be a standard way of doing business in some parts of the world
I believe he introduced a juvenile law, which involves reduced sentences or milder punishments rather than granting complete immunity from consequences.
> 1. If is were possible for an ordinary mortal to impose arbitrary curses on the god of death and justice, the world would quickly descend into utter chaos.
Opportunity myth? Mortals are simply temporarily embarrassed gods?
I feel like half the time issues are caused by adding some stupid feature that nobody really wants, but makes it in anyways because the incentive is to add features, not make good software.
People rarely react well if you tell them "Hey this feature ticket you made is poorly conceived and will cause problems, can we just not do it?" It is easier just to implement whatever it is and deal with the fallout later.
It's hard to prove the cost to a feature or bug fix or library upgrade we desperately need has been doubled by all of the features we didn't need.
My 'favorite' is when we implement stupid, self-limiting, corner-painting features for a customer who leaves us anyway. Or who we never manage to make money from.
Metrovac makes an electric plugin duster that is the bees knees. Never have to buy a can of air again. It's powerful too. Powerful enough that you feel what little torque the motor has when it powers on.
An example of this effect can be already be found in motorcycles. I currently own a BMW motorcycle and a honda truck. The honda has all the modern driver aids, automatic braking radar, lane keeping, etc. It has many airbags and is statistically about 30x safer per mile then the motorcycle. The truck is far easier to drive. I still ride the motorcycle whenever I can. Why? Because the motorcycle forces me to become more fully human, and the truck turns me into more of a machine. On a motorcycle you smell the hay as you pass a field. You feel the cool air as you ride over the stream. Every tiny bump and crack in the pavement has an effect, and you feel them all. You are not in a car, you are in the world. You must PAY FULL ATTENTION to the here and now or you will get squished. A motorcycle forces you to BE HERE NOW.
Our mental suffering is not because car is on autopilot. Suffering happens because WE ARE ON AUTOPILOT. So I chose to trade the 30x risk of death for a 30x reduction in mental suffering. Rational? God I hope not.
A million drones won't last long in a peer conflict. Most of the drone parts come from china. What we really need is to build our own drone supply chain that does not rely on china.
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