Cost asymmetry in Ukraine: Can $800 FPV drones sustainably threaten $2M armored platforms?

One recurring theme in the Ukraine war is cost asymmetry.

Approximate publicly discussed cost figures:

• FPV drone: ~$500–1,500

• Excalibur precision artillery round: ~$100,000

• Modern IFV: ~$3–4 million

• Main battle tank: ~$2–10 million (depending on type and modernization level)

At the same time, OSW reports that Ukraine produced ~2.2 million UAVs in 2024 and expects >4.5 million in 2025.

If drone production scales into multi-million annual volumes, this raises a structural question:

Are we seeing a durable cost-imposition model where:

• Cheap, iterative systems force expensive defensive adaptation
• Industrial depth becomes more decisive than platform sophistication
• Armor survivability increasingly depends on EW integration and layered protection

Historically, similar dynamics appeared:

• Artillery vs fortifications (WWI)
• IEDs vs armored patrol vehicles (Iraq/Afghanistan)
• Precision munitions vs traditional air defense

Open questions:

1. Is this asymmetry sustainable at scale, or will counter-drone systems rebalance the equation?
2. Does armor doctrine need structural redesign, or just adaptation?
3. At what point do countermeasures negate the economic advantage?

Sources referenced:

• OSW (Oct 2025 UAV production data)
• RUSI (EW operational analysis)
• Various open procurement discussions on unit costs

Full structured breakdown with data visualizations (German):

https://techpill.de/drohnenkrieg-in-der-ukraine-wie-fpv-elektronische-kriegsfuehrung-und-lieferketten-das-gefechtsfeld-neu-schreiben/