Israel has adapted by refining interception algorithms, improving sensor fusion, and conducting rapid post‑strike analysis to identify weaknesses.
By Hezy Laing
While largely successful, Israel’s interception success rate has shifted across three major rounds of conflict with Iran — the 2025 First Iran War, the late‑2025 Second Iran War, and the March–April 2026 Operation Epic Fury — with performance rising or falling depending on Iranian launch tactics and Israel‑U.S. defensive adaptations.
Iran has repeatedly managed to slip missiles through Israel’s air‑defense network by exploiting timing, volume, geography, and missile diversity, while Israel has responded by upgrading interception layers, altering engagement algorithms, and expanding cooperation with U.S. systems.
Israel’s multilayered air‑defense architecture—Iron Dome, David’s Sling, Arrow‑2, Arrow‑3 has long been considered one of the most advanced in the world.
Yet recent conflicts have shown that even this system can be stressed, confused, or partially overwhelmed by Iran’s evolving tactics.
According to multiple analyses, Iran’s success rate in penetrating Israeli defenses doubled from 8% to 16% during the 12‑day war of June 2025, demonstrating how quickly Tehran adapts under battlefield conditions.
Iran’s first method of evasion has been saturation attacks—launching large numbers of missiles and drones simultaneously to force Israel’s interceptors to prioritize only the most dangerous trajectories.
Missile‑defense experts say that Iran’s strategy is designed to “overwhelm” the system and force Israeli operators into split‑second decisions about which threats to engage.
This tactic was seen in earlier Hamas barrages and again during Iran’s April 15 missile attack, when the sheer volume of incoming projectiles temporarily strained Israel’s defensive grid.
A second method involves varying launch timing and patterns. Instead of predictable nighttime barrages, Iran began firing smaller daytime waves from multiple regions deep inside its territory.
This shift complicated Israel’s ability to anticipate trajectories and allocate interceptors efficiently.
Analysts noted that Tehran also expanded the geographic spread of targets, striking areas from Tel Aviv to Tzfat, thereby stretching Israeli radar and interceptor coverage.
A third tactic is missile diversity. Iran has mixed long‑range ballistic missiles with shorter‑range projectiles and drones, forcing Israel to activate different defensive layers simultaneously.
Systems such as Arrow‑3 (exo‑atmospheric), Arrow‑2 (upper atmosphere), David’s Sling (medium‑range), and Iron Dome (short‑range) must coordinate in real time.
The addition of the U.S. THAAD battery, capable of intercepting missiles at altitudes of 150–200 km, reflects Israel’s need to counter increasingly complex salvos.
Israel has adapted by refining interception algorithms, improving sensor fusion, and conducting rapid post‑strike analysis to identify weaknesses.
Each breach provides data that engineers use to update software and engagement rules.
Experts note that Israel and the U.S. have intensified joint operations, integrating radar networks and expanding real‑time coordination.
Despite these improvements, Israeli officials acknowledge that no air‑defense system can guarantee 100% interception, especially against an adversary willing to experiment and escalate.
Iran’s evolving tactics underscore the ongoing offense‑defense race—one in which Israel must continually innovate to stay ahead.
In summary, Israel’s success rate declined between the first and second 2025 wars as Iran learned and adapted, but rose again during Operation Epic Fury in 2026 due to the massive preemptive degradation of Iran’s strike capabilities and tighter Israel‑U.S. defensive integration.
