🚀 If Ukraine really launched its first ballistic missile toward Moscow this week, the biggest story isn't whether it hit its target — it's that it flew, military analyst David Axe writes in EMP.
📊 Ukraine's defense industry has a clear pattern: get new weapons into combat early, collect real-world data, then improve them. The first missions aren't expected to cause maximum damage — they're designed to expose weaknesses, test guidance systems, and see how Russian air defenses react.
🎯 That's exactly how Ukraine's long-range drones and cruise missiles evolved. Many missed their targets for months before engineers refined them into the highly accurate weapons now striking deep inside Russia.
âš¡ Ballistic missiles are an even bigger leap. They're far faster and much harder to intercept than drones or cruise missiles, forcing Russia to reveal how its most advanced air defense systems respond.
👀 If Tuesday's launch was indeed Ukraine's first ballistic missile attack on Moscow, it likely wasn't the end goal — it was the beginning. Every launch gives engineers more data, and every lesson learned makes the next missile more accurate, more reliable, and much harder to stop.
📊 Ukraine's defense industry has a clear pattern: get new weapons into combat early, collect real-world data, then improve them. The first missions aren't expected to cause maximum damage — they're designed to expose weaknesses, test guidance systems, and see how Russian air defenses react.
🎯 That's exactly how Ukraine's long-range drones and cruise missiles evolved. Many missed their targets for months before engineers refined them into the highly accurate weapons now striking deep inside Russia.
âš¡ Ballistic missiles are an even bigger leap. They're far faster and much harder to intercept than drones or cruise missiles, forcing Russia to reveal how its most advanced air defense systems respond.
👀 If Tuesday's launch was indeed Ukraine's first ballistic missile attack on Moscow, it likely wasn't the end goal — it was the beginning. Every launch gives engineers more data, and every lesson learned makes the next missile more accurate, more reliable, and much harder to stop.
