Iran’s Growing Missile Arsenal: A 2026 Status Report
Despite significant military exchanges over the last few years, Iran continues to maintain one of the most diverse and extensive missile programs in the Middle East. Following the short war with Israel in June 2025, Tehran has prioritized replenishing its stocks and shifting its engineering focus toward solid-propellant systems and terminal maneuverability to bypass modern air defenses.
Below is a breakdown of Iran’s current missile and space launch capabilities, categorized by their operational roles and technology.
Short-Range Ballistic Missiles (SRBM)
Up to 1,000 km range. These form the backbone of Iran's tactical strike capability.
Shahab-1 & Shahab-2: The "old guard" based on Soviet Scud technology. While less precise (500–700m error margin), they remain deployed in large numbers.
Fateh-110 & Fateh-313: Highly accurate, solid-fuel missiles. The 313 variant boasts a precision (CEP) of just 10–30 meters, making it a "point-attack" weapon.
Zolfaghar: A solid-fuel missile with a 700 km range. It gained notoriety for its use in 2020 strikes and remains a primary tool for regional deterrence.
Dezful: An evolution of the Zolfaghar that pushes the range to 1,000 km while maintaining high precision.
Qiam-1: A liquid-fueled missile notable for its "finless" design, which makes it harder to detect on radar.
Medium-Range Ballistic Missiles (MRBM)
1,000 km to 3,000 km range. These are capable of reaching targets across the Middle East and into Southeast Europe.
Shahab-3 / Ghadr / Emad: These liquid-fueled variants represent Iran's traditional long-distance threat. The Emad is specifically designed with a maneuverable reentry vehicle (MaRV) to improve accuracy.
Sejjil: A sophisticated two-stage, solid-fuel missile with a 2,000 km range. Because it is solid-fueled, it can be launched with very little warning.
Khorramshahr (Variants 1, 2, & 4): Iran’s most powerful ballistic missile. While officially capped at 2,000 km, experts suggest that with a lighter warhead, it could reach 3,000 km, crossing into Intermediate-Range territory.
Kheibar Shekan: A newer solid-fuel missile with a 1,450 km range, designed for high maneuverability during its terminal phase.
Fattah-1 & Fattah-2: Marketed as "hypersonic" by Tehran. These use specialized motors in the warhead to change direction at extreme speeds, making interception difficult.
Land-Attack Cruise Missiles (LACM)
Unlike ballistic missiles, these fly at lower altitudes on non-ballistic trajectories to evade radar.
Paveh: A recently acknowledged cruise missile with a 1,650 km range. Similar models have been used by Houthi rebels in regional conflicts.
Soumar & Hoveizeh: Derived from Soviet designs (Kh-55), these provide Tehran with a long-range, "hedge-hopping" strike capability.
Ya Ali: A shorter-range (700 km) cruise missile currently in the testing/deployed phase.
Space Launch Vehicles (SLV)
While designed for satellites, these rockets use technology interchangeable with Intercontinental Ballistic Missiles (ICBMs).
Simorgh: A large liquid-fuel launcher. If converted to a missile, it is estimated to have a range of up to 6,000 km.
Zuljanah: A hybrid launcher using solid fuel for its first two stages. It is estimated to have a 4,000–5,000 km potential range if reconfigured.
Ghaem-100: A three-stage, solid-fuel SLV currently operational, representing a significant leap in Iranian solid-motor technology.
Key Takeaways for 2026
The Shift to Solid Fuel: Iran is moving away from volatile liquid fuels. Solid-fuel missiles (like the Sejjil and Fateh series) can be stored fully "loaded" and launched in minutes.
Accuracy over Range: Since 2015, Iran has largely respected a 2,000 km range limit, choosing instead to make their missiles "smarter" (narrowing the CEP to under 30 meters).
Maneuverability: Following the 2024-2025 exchanges, there is a clear push for MaRVs (Maneuverable Reentry Vehicles) to defeat advanced missile defense shields like the Iron Dome and Arrow systems.
Note: Many of these systems are considered "inherently capable" of carrying nuclear payloads, which remains a primary driver for international sanctions and U.N. Resolution 1929 restrictions.
by suraj ks
surajks512@gmail.com

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