Iran fired at least seven missile volleys at Israel from Saturday night into Sunday, again using cluster munitions1. A man in his 60s was moderately injured in Bnei Brak when a suspected cluster bomblet struck an apartment building. A man in his 70s was lightly injured in Ramat Gan. Two men in their 50s were wounded in a separate cluster strike. Four more were hurt running to shelters2. All casualties fell within the greater Tel Aviv metropolitan area — Gush Dan, home to roughly 3.8 million people and the densest urban corridor in Israel.
The tactical pattern follows IRGC Air and Space Force commander Majid Mousavi's 8 March declaration that all future strikes would carry warheads exceeding one tonne. The cluster variant adds a second dimension: a missed intercept does not produce a single explosion but dozens of submunitions dispersed across a wide radius. Five days ago, a cluster warhead that penetrated Israeli air defences scattered 70 submunitions over a residential area. Iran is testing two failure modes simultaneously — kinetic energy from heavy warheads that must be engaged, and area saturation from cluster bomblets that cause casualties even in small numbers.
The seven-salvo overnight tempo has its own attrition logic. Each volley forces radar activation, missile tracking, and interceptor expenditure — a cycle that degrades equipment readiness and crew endurance across weeks of sustained fire. The wounded in Bnei Brak and Ramat Gan are not the product of a single defence failure. They are the statistical consequence of a firing rate designed to guarantee that some warheads reach populated areas, carrying a payload engineered to maximise harm from each penetration.
