



| Name / Designation | Fattah-1 Hypersonic Missile |
| Type / Role | Hypersonic Strike Missile |
| Country of Origin | Iran |
| Manufacturer | IRGC Aerospace Force |
| Service Entry / Year Introduced | 2023 (Estimated) |
| Operational Status | In Development / Limited Deployment |
| Range | ~1,300–1,400 km |
| Speed | Mach 13–15 (claimed) |
| Ceiling / Altitude Limit | High-altitude ballistic/hypersonic profile |
| Accuracy (CEP) | Unknown / unverified |
| Warhead Type | Conventional, Penetrator |
| Guidance System | INS with terminal maneuvering |
| Targeting Mode | Pre-programmed strike |
| Launch Platform Compatibility | Ground-based mobile launcher |
| Seeker Type | Not publicly disclosed |
| Length | Not disclosed |
| Diameter | Not disclosed |
| Wingspan | N/A |
| Launch Weight | Not disclosed |
| Propulsion | Solid-fuel rocket |
| Warhead Weight | Estimated 300–500 kg |
| Explosive Type | Penetrator / fragmentation |
| Detonation Mechanism | Likely impact or delay fuse |
| Payload Options | Conventional |
| Operational Range Type | Medium / Long |
| Deployment Platform | Ground |
| Target Types | Infrastructure, hardened sites |
| Combat Proven | No |
| Users / Operators | Iran |
The Fattah-1 hypersonic missile represents one of Iran’s most significant advancements in long-range strike technology, marking the country’s entry into the global competition for maneuverable, ultra-high-speed weapons. Introduced by Iran’s Islamic Revolutionary Guard Corps (IRGC) Aerospace Force, the system is designed to challenge advanced missile-defense architectures by combining hypersonic velocity with complex flight-path maneuverability.
Developed domestically within Iran’s expanding missile industry, the Fattah-1 is primarily intended for strategic deterrence, long-range precision strikes, and penetrating heavily defended targets. Although exact specifications remain limited, Iranian defense officials claim the missile is capable of reaching speeds around Mach 13–15, placing it within the upper tier of global hypersonic weapon development. Its maneuvering reentry vehicle (MaRV) design reportedly enables high-G evasive maneuvers, making interception significantly more difficult compared to traditional ballistic missiles.
Range estimates vary, but most assessments place the Fattah-1’s reach at approximately 1,300–1,400 km, giving it regional strike coverage across the Middle East. The missile is believed to use a solid-fuel propulsion system, allowing for faster launch readiness and simplified storage requirements. Its warhead section is expected to support various conventional payload configurations, optimized for hardened or fortified targets.
The guidance architecture likely integrates inertial navigation (INS) with terminal-stage maneuvering, although Iran has suggested the inclusion of advanced sensors for end-phase precision. Operational deployment appears oriented toward mobile, ground-based launch platforms, aligning with Iran’s emphasis on survivability and rapid dispersal.
While independent verification of performance claims is limited, the Fattah-1 underscores Iran’s strategic intent to push its missile capabilities into more technologically advanced domains. For U.S. defense observers, it represents a noteworthy development within the evolving landscape of hypersonic threats and regional power projection.
As a foreign and restricted strategic missile system, the Fattah-1 is not commercially sold and has no legal price or export valuation within the United States. Any references to cost remain speculative due to sanctions and international restrictions.
Iran claims the Fattah-1 hypersonic missile can reach speeds between Mach 13 and Mach 15, placing it among the fastest hypersonic systems publicly announced. However, these performance figures have not been independently verified by external defense agencies.
While exact speeds vary by program and classification level, some of the fastest known or reported systems include Russia’s Avangard hypersonic glide vehicle, which reportedly exceeds Mach 20, and China’s research platforms that have showcased extremely high-speed test flights. Much of the data remains classified, making definitive ranking difficult.
As of publicly available information, Israel has not fielded an operational hypersonic missile. The country focuses heavily on missile-defense technologies and precision-strike systems but has not announced an active, deployed hypersonic weapon program. Research in advanced propulsion and glide vehicles is ongoing, but no operational capability has been confirmed.
Iran has not released verified accuracy data for the Fattah-1. Most estimates suggest the missile uses an inertial navigation system with terminal maneuvering, but its CEP (Circular Error Probable) remains unknown. Analysts note that, without satellite guidance, accuracy may be lower than Western hypersonic systems.
The Fattah-1 is a strategic, non-export missile system, meaning it is not commercially available and does not have a public price. Due to sanctions, restricted technology, and Iran’s domestic production model, no credible cost data has been released. Any estimates would be speculative.
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