AI Analysis
The war in Ukraine has significantly accelerated drone technology, particularly in reducing the cost of precision strikes, making them accessible to non-state actors. Small drones like FPV quadcopters and larger autonomous systems are transforming reconnaissance and strike capabilities on the battlefield.
Key Takeaways
- Drone technology in Ukraine has advanced significantly, reducing precision strike costs.
- Small drones, such as FPV quadcopters, are used for reconnaissance and strikes.
- Larger drones navigate autonomously with ranges of hundreds of kilometers.
- Civilian drone advancements in China may influence military applications.
- China is developing a 'low-altitude economy' with potential military implications.
Why It Matters
The reduction in cost and increased accessibility of drone technology could empower non-state actors and individuals, potentially altering the balance of power in conflicts. The developments in China suggest a future where drones play a pivotal role in both civilian and military spheres, potentially leading to new forms of warfare and defense strategies.
Tuesday, December 3, 2024
Drones
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In 2017 the [Future of Life Institute] released a video entitled [Slaughterbots]. Wikipedia describes it [as an]:
arms-control advocacy video presenting a dramatized near-future scenario where swarms of inexpensive [microdrones] use [artificial intelligence] and [facial recognition software] to assassinate political opponents based on preprogrammed criteria.
War accelerates technological progress. The war in Ukraine has not yet produced "slaughterbots" but it has greatly accelerated drone technology and taken some giant steps toward them. The most important of these steps is that the cost of precision strike has been reduced by 1-2 orders of magnitude, making it affordable for "non-state actors" and even individuals. Below the fold I look at drone developments in the war in Ukraine, what is happening with drones and drone defense in the West, and sketch some implications for the future. In parallel with the military developments I discuss here, there is rapid evolution in civilian drone systems, especially in China, which can be expected to feed into the military space. For example, Arnaud Bertrand describes Pingyin County's [low-altitude economy]:
The "low-altitude economy" is a big trend in China at the moment. XPeng, one of China's leading EV manufacturers, recently released a low-altitude flying car for instance. Drone deliveries are becoming increasingly common in Chinese cities, and various regions are actively developing low-altitude transportation networks. Shanghai, for instance, plans to establish 400 low-altitude flight routes by 2027. ... this experiment in Pingyin County might seem small, but it could be the beginning of something truly revolutionary. This is China effectively experimenting around becoming the world's first truly three-dimensional economy, with low-altitude transportation and logistics networks. In a decade or two Chinese cities might have as much activity happening in the sky as on the ground.
Ukraine
The drone systems I am discussing here fall into two classes:
- Small systems such as First Person View (FPV) quadcopters, with a range of a few tens of kilometers.
- Larger systems navigating autonomously by GPS or other means with a range of hundreds of kilometers but relatively slow speeds of up to 200Kph.
I am excluding faster systems such as short-range missiles like HIMARS and cruise missiles such as Storm Shadow.
Short Range Drones
The battlefield use of small fixed-wing and FPV quadcopter drones in the class of DJI's [Mavic] and [Matrice] has transformed both reconnaissance and strike. They cost a few hundred to a few thousand dollars; for comparison a [155mm shell is around $3K].
Reconnaissance
| | | --- | | By Mil.ru, [CC BY 4.0], [Link] |
Small drones, such as the Russian