Ten weeks of war have produced a rare battlefield data set
Since the February 28 attack by the United States and Israel triggered the latest phase of conflict with Iran, the region has seen sustained exchanges of missiles and drones at a scale rarely visible in modern warfare. For defense analysts, the significance is not only political or strategic. It is empirical. More than ten weeks of active long-range strikes have exposed how layered missile defenses perform under pressure, how attackers probe for weaknesses and how quickly interceptor inventories can become a central constraint.
The broad picture is mixed. According to the source reporting, defensive systems have been highly effective at limiting casualties, especially in Israel. But the campaign has also highlighted a harder truth: even successful defense can be expensive enough to create long-term vulnerability if conflict resumes or expands.
Layered defenses appear to have worked
Israel reportedly intercepted close to 90% of roughly 650 medium-range ballistic missiles launched its way, relying on a layered structure that includes Arrow-3 for exo-atmospheric intercepts, Arrow-2 for additional missile defense and David’s Sling for threats descending inside the atmosphere. U.S. systems reinforced that architecture, including THAAD batteries and Navy vessels armed with SM-3 missiles.
The result, as described in the source text, was a relatively low civilian death toll despite the scale of the attacks. That outcome matters because it reinforces the practical value of multi-layer defense when a country faces repeated salvos rather than isolated strikes.







