Let’s compare the Ukrainian-European Freyja missile to the American Patriot missile!
Patriot’s PAC-3 MSE costs up to $5.3 million a round, hits its target through direct body-to-body contact, and has three decades of combat-proven precision behind it. Ukraine’s Freyja interceptor is targeting $700,000 a round, built from components sourced directly from Diehl, Saab, Thales, Hensoldt, and Kongsberg, the same manufacturer tier already running combat-proven systems in Ukrainian skies.
The ten founding European governments for Freyja, alongside Ukraine, are: Denmark, France, Germany, Italy, the Netherlands, Norway, Spain, Sweden and the United Kingdom.
In this video, I break down both missiles component by component: hit mechanism, sensor architecture, cost per round, production rate, and combat maturity, then explain why the “who wins” framing everyone’s using for this story, including the framing I opened this video with, is asking the wrong question entirely… These systems are complimentary, not competitors!
Glory to Ukraine. Glory to the heroes. Crimea is Ukraine.
Chapters!
00:00 - The Wrong Fight: Misframing Patriot vs Freya
00:23 - Freya’s European Component Origins and Lower Cost
01:08 - Changing the Paradigm: Patriot No Longer Sole Option
02:10 - Parallel Architectures: Patriot’s Costly Body to Body Interceptor
04:07 - Freya’s Design, Components, and Performance Overview
05:47 - Side-by-Side Comparison: Hit Mechanism to Cost
07:29 - Freya’s Production Scale and Practical Value
08:17 - Hit Chain Emphasis: Radar Integration Determines Success
09:08 - Cost Targets, Timelines, and Complementary Roles of Freya
10:55 - European SAMP‑T and Aster Licensing Context
12:22 - Global Ballistic Missile Defense Systems Unavailable to Ukraine
14:43 - Industrial Philosophies and Strategic Approaches in Ukraine
15:32 - Ukraine as Proving Ground for Competing Interceptors
17:22 - Channel Closing Remarks and Support Appeal
I have to wonder if proximity charge warheads might work? I keep thinking with Patriot, you are hitting an incoming Iskander type vehicle with a bullet and that you are really trying to go head on with it.
It was proximity fuses that made smaller calibre AAA work in WWII against diving aircraft, so a similar arrangement with a claymore style warhead on an interceptor missile should logically work. Put enough fast moving mass in the way and the kinetic energy on impact should solve the problem. And you don’t need a direct head on, a blast from an oblique angle would be enough.
Do you have know of any references to the developement of the Patriot’s single large calibre bullet design? I’m sure that there were some serious engineering challenges that made the Patriot design the best choice 30 years ago.
It still makes me smile to imagine a a Raspberry Pi and sensors strapped to a stack of claymore mines sitting atop a missile fabricated in a backyard garage going up at Mach 5 or 6 to save the day.
Thank you and keep the info coming.
…thank you, that was very useful and well done summary