


| Name / Designation | Palestine-2 Missile |
| Type / Role | Tactical Ballistic Missile/Palestine-2 hypersonic missile |
| Country of Origin | Regional (Middle East) |
| Manufacturer | Regional Defense Consortium |
| Service Entry / Year Introduced | Not Publicly Disclosed |
| Operational Status | Limited/Unknown |
| Range | 250–300 km |
| Speed | Estimated Mach 3+ |
| Ceiling / Altitude Limit | Not Publicly Disclosed |
| Accuracy (CEP) | Estimated <50 m |
| Warhead Type | HE/Fragmentation/Penetration |
| Guidance System | INS/GPS Hybrid |
| Targeting Mode | Semi-autonomous |
| Launch Platform Compatibility | Mobile Ground Launchers |
| Seeker Type | Optional Terminal Guidance |
| Length | Approx. 6–7 m |
| Diameter | ~0.8 m |
| Wingspan | N/A (Ballistic Missile) |
| Launch Weight | 2,000–3,000 kg (Estimated) |
| Propulsion | Solid-fuel Rocket Motor |
| Warhead Weight | 300–500 kg |
| Explosive Type | HE/Fragmentation/Penetrator |
| Detonation Mechanism | Impact/Delay Fuse |
| Payload Options | Conventional |
| Operational Range Type | Short–Medium |
| Deployment Platform | Ground |
| Target Types | Infrastructure, Vehicles, Fortifications |
| Combat Proven | Unknown |
| Users / Operators | Regional (Non-Export) |
The Palestine-2 Missile is a next-generation short- to medium-range tactical ballistic missile developed for precision strike missions against high-value military targets. Designed for regional deterrence and rapid-response engagements, the system reflects a continued evolution of indigenous missile capabilities in contested environments. Its primary role includes counter-force operations, infrastructure suppression, and battlefield interdiction.
Manufactured by a regional defense industry consortium, the missile is believed to integrate modern navigation technologies such as INS/GPS hybrid guidance, enabling improved accuracy compared to earlier variants. The Palestine-2 features a streamlined aerodynamic body, solid-fuel propulsion, and a modular warhead architecture, giving operators flexibility across different mission profiles.
With an estimated range of 250–300 km, the missile is tailored for mobile launch platforms, allowing rapid deployment and shoot-and-scoot survivability. Its solid-fuel motor delivers high launch readiness and reduced maintenance requirements, while a possible terminal guidance update enhances precision against hardened targets. The missile’s warhead is expected to fall within the 300–500 kg class, offering options such as high-explosive, penetration, or fragmentation payloads depending on mission demands.
Although operational details remain limited, open-source assessments suggest that the Palestine-2 is optimized for engagements against command centers, logistics nodes, air-defense sites, and critical military infrastructure. Its performance profile places it among emerging tactical ballistic missile systems designed to operate in high-threat, GPS-denied, or contested air-defense environments.
Overall, the Palestine-2 represents a significant upgrade in regional strike capability, emphasizing mobility, survivability, and precision. It adds to the growing suite of tactical missile platforms developed for asymmetric and conventional deterrence roles.
Because the Palestine-2 is not an internationally exported weapon and has no formal procurement pathway involving the United States, no official U.S. market price exists. However, comparable tactical ballistic missiles generally fall within a broad cost range of $1.5 million to $4 million per unit, depending on guidance package, warhead configuration, and platform integration.
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