Amid the increase in war between Iran, Israel and the United States, The former’s ballistic missile arsenal has become one of the main focuses of geopolitical attention. Beyond the political and diplomatic rhetoric, it is their actual technological capacity (ranges, speeds, trajectories and possible ability to evade defenses) that will determine the success or failure of any attack or interception.
According to US intelligence services, Iran has one of the most extensive ballistic missile systems in the Middle Eastwith a wide range of projectiles capable of covering regional distances to targets located thousands of kilometers from its territory.
These systems vary in range, fuel, speed and purpose, and can be classified into several categories. Sejjil: one of Iran’s most advanced ballistic missiles, with a nominal range of between 2,000 and 2,500 kilometers. Its solid fuel design allows for shorter launch preparation time and greater speed. To this we must add the Emad missile, with a range of around 1,700 km and greater impact precision, the Ghadr-110, derived from the Shahab-3, capable of covering between 1,800 and 2,000 km, enough to reach deep points within the Middle East and the Khorramshahr: another medium-long range missile with the capacity to carry large payloads to distances of around 2,000 km.
But of all of Iran’s missiles, none have garnered as much attention for their supposed technological capabilities as the Fattah and its alleged evolutionary variants. Iran has described Fattah as a medium-range ballistic missile with hypersonic capability, designed by the Islamic Revolution Guards Corps Air Force. According to official statements, Its range is around 1,400–1,500 km, and it moves at extreme speeds of between Mach 13 and Mach 15 (13 to 15 times the speed of sound).
This combination of intermediate range with hypersonic speed is particularly relevant for two reasons. The first is its flight time. At speeds above Mach 10, the time it takes to travel distances of hundreds of kilometers is dramatically reduced, leaving less time for defense systems to detect and respond. This can translate into deadlines less than 5–10 minutes from launch to impact in destinations such as Tel Aviv or central areas of Israel.
And to this we must add that this speed creates greater difficulty for conventional anti-missile defense, such as interception systems based on radars and surface-to-air missiles, designed to follow relatively predictable trajectories. A projectile that moves at hypersonic speeds and is capable of maneuvering reduces the defender’s “response window,” complicating its interception.
That said, experts have expressed skepticism regarding the Fattah’s full operability or its real ability to evade. Many of Iran’s proclaimed capabilities (especially those aimed at evade advanced defense systems such as the Israeli “Iron Dome” or the American PAC-3 or THAAD interceptors) have not been publicly validated or demonstrated in real combat conditions.
The reality is that Iran has developed a technically sound and diversified ballistic arsenal, with medium and long-range missiles capable of covering the entire strategic region of the Middle East. Missiles such as the Sejjil, Ghadr or Khorramshahr They offer high speeds and ranges that allow attacking from deep inside Iran, while the Fattah represents a technological bet towards hypersonic weapons with rapid response and potentially more difficult to intercept.
Nevertheless, many of these capabilities remain without complete independent confirmationand attempts to evade advanced defense systems depend on both the characteristics of the projectile and the quality of the interceptors used by the defenders.