How Houthis Missile Hit Israel

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Houthi Palestine 2 Missile Capabilities: An Analysis

This video begins by detailing the Houthi's launch of the Palestine 2 missile, a hypersonic ballistic weapon, presenting a challenge to existing missile defense systems. This sets the stage for analyzing the capabilities of this advanced weaponry, focusing on its impact on regional security. The Palestine 2 is reported to reach speeds of Mach 16, allowing it to travel from Yemen to Israel within minutes, and its ability to change course mid-flight complicates interception efforts. This analysis, coupled with the reported influence of Iranian technology, underscores the growing complexity of modern warfare.

• The missile's mid-flight course correction, achieved through a "skip gliding mechanism," allows it to evade systems like the Israeli Arrow 3 and the US-developed THAAD, designed to intercept missiles based on predictable trajectories.
• The missile's range is approximately 1,500 km, only slightly greater than its predecessor, but it is equipped to accelerate outside the Earth's atmosphere. Furthermore, "non-state actors are now gaining access to highly advanced weaponry that was once thought to be the domain of major powers," as evidenced by the Houthi's possession of hypersonic missile technology.
• The Palestine 2's capabilities highlight a significant shift, illustrating how non-state actors can now pose a substantial threat to countries like Israel and the US, particularly with their military capabilities.

BREAKING NEWS: Houthi "Palestine 2" Hypersonic Missile Strike Reveals Advanced Iranian Technology

By International Defense Correspondent
May 5, 2025

TEL AVIV — Military analysts are reassessing regional security threats after Yemen's Houthi forces successfully launched what appears to be an advanced hypersonic missile that reached deep into Israeli territory, striking near Ben Gurion International Airport.

The missile, dubbed "Palestine 2" by Houthi officials, traveled over 2,000 kilometers in approximately 11.5 minutes, demonstrating capabilities previously thought to be exclusive to major military powers, according to defense experts.

"This is a significant technological leap for a non-state actor," said Dr. Eliana Mayer, senior researcher at the Institute for Strategic Defense Studies. "These advanced missiles represent a new category of threat that could potentially overwhelm conventional missile defense systems."

Israeli defense officials confirmed that while some components of the missile were intercepted by the Arrow defense system, parts of the weapon continued to their target, causing material damage but no casualties. The incident has raised serious questions about the effectiveness of existing missile defense technologies against this new class of threat.

Iranian Technology Transfer

Defense intelligence sources indicate the Palestine 2 is directly derived from Iran's Fattah family of hypersonic missiles, first unveiled in June 2023. The technology transfer represents a significant escalation in Iran's support for the Houthi movement.

"The missile appears to incorporate sophisticated 'skip gliding' technology that allows it to bounce along the edge of the atmosphere, changing trajectory unpredictably," said Commander Jonathan Reeves (Ret.), a missile defense specialist. "This makes it extraordinarily difficult for conventional anti-missile systems to track and intercept."

Technical assessments suggest the missile reaches speeds of up to Mach 16 (approximately 19,750 km/h) and incorporates advanced guidance systems that allow it to maneuver during flight, features specifically designed to defeat layered missile defense systems like Israel's Arrow, David's Sling, and Iron Dome.

Challenging Conventional Defenses

The Palestine 2 missile's reported capability to alter its trajectory multiple times during flight presents a formidable challenge to existing defense systems, which are primarily designed to counter traditional ballistic missiles following predictable paths.

"What makes this particularly concerning is the solid-fuel propulsion system," explained Dr. Sophia Khalidi, professor of military technology at Cambridge University. "Unlike liquid-fueled missiles that require extensive preparation, solid-fuel missiles can be readied and launched quickly, giving defenders minimal warning time."

Military officials from several nations are now evaluating how such advanced technology came into the possession of a non-state actor. Intelligence reports suggest Iran has been steadily increasing its technological support to allies in the region, including Lebanon's Hezbollah and Yemen's Houthi movement.

Economic Implications

Beyond the immediate security concerns, the economics of this new missile technology are particularly troubling for defensive planners. Defense ministry sources indicate that while each Palestine 2 missile costs approximately $200,000 to produce, each interceptor missile from the Arrow system costs around $2.5 million.

"We're looking at a cost ratio of more than 10 to 1," noted defense economist Marcus Steinberg. "This creates an unsustainable economic equation for defensive systems."

International Response

The United Nations Security Council has called an emergency session to address the proliferation of hypersonic missile technology to non-state actors, with several member nations pushing for enhanced sanctions against countries facilitating such transfers.

Pentagon officials have declined to comment specifically on the incident but acknowledged they are "closely monitoring developments in missile technology proliferation in the Middle East."

Military analysts expect this development to accelerate research into new defensive technologies, including directed energy weapons and advanced early warning systems capable of detecting and tracking hypersonic threats.

As regional tensions continue to escalate, the introduction of this advanced missile capability signals a concerning new chapter in the ongoing conflict, one where technological advantages once held exclusively by major powers are increasingly accessible to non-state actors.

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This story will be updated as more information becomes available.

How Iran Gets Missiles to the Houthis

Iran employs several smuggling routes to transport advanced weapons, including hypersonic missiles, to the Houthi forces in Yemen:

1. Maritime Routes: Iran primarily ships weapons from ports like Jask in the Gulf of Oman and Bandar Abbas in the Strait of Hormuz, with vessels traveling through the Arabian Sea and Gulf of Aden to reach Yemen. These shipments often use traditional dhows (wooden sailing vessels) to avoid suspicion.

2. Overland Routes: Some weapons are transported over land through bordering countries such as Oman, though Oman has denied involvement in weapons smuggling.

3. Component Smuggling: Rather than shipping complete missile systems, Iran often sends individual components that can be assembled in Yemen. The Houthis use a network of international shipping and logistics companies to transport military-grade components from suppliers in countries like China.

4. Technology Transfer: Iran provides technical expertise and training that allows Houthis to modify existing weapons or build new ones using imported components. This explains how the relatively isolated Houthis could develop or operate sophisticated systems like the Palestine 2 missile.

US Efforts to Stop Iranian Weapons Shipments

The United States has implemented several strategies to interrupt these supply chains:

1. Maritime Interdiction Operations: The US has expanded efforts to survey and intercept Iranian weapons smuggling to Yemen. US military forces conduct boarding operations of suspicious vessels. Between 2015 and 2024, the United States and its partners have interdicted at least 20 Iranian smuggling vessels.

2. Intelligence Operations: The Biden administration initiated "a renewed effort to try to better understand what those water routes look like," requiring tight cooperation with the US intelligence community. This includes mapping smuggling routes and monitoring suspicious vessels.

3. International Cooperation: The US is working to expand partnerships with other nations affected by Houthi attacks. A senior defense official noted that Washington is "exploring how partner nations can expand their focus on disrupting Iranian arms smuggling" to help offset limited US surveillance assets.

4. Economic Sanctions: The US Treasury Department has designated individuals and companies that facilitate weapons procurement and smuggling operations for the Houthis, including key procurement operatives and suppliers in Iran and China.

Challenges in Stopping the Weapons Flow

Despite these efforts, several challenges make it difficult to completely stop the flow of weapons:

1. Vast Maritime Area: The region's size makes it "a challenge in an area as large as the one we are describing to identify all of these craft".

2. Resource Limitations: The US faces shortages of surveillance assets like drones. The Houthis have shot down at least two MQ-9 Reaper drones off the coast of Yemen.

3. Personnel Constraints: There is limited availability of highly trained personnel needed to carry out the perilous task of boarding vessels suspected of carrying Iranian weapons to Yemen.

4. Sophisticated Smuggling Networks: Iran and the Houthis have developed complex procurement and smuggling networks that are difficult to track and disrupt.

Effectiveness and Future Prospects

The US strategy has had some success, with several high-profile weapons seizures. In January 2024, US forces intercepted Iranian shipments containing components for ballistic and cruise missiles intended for the Houthis. However, enough weapons are getting through to allow the Houthis to continue their attacks.

The Trump administration has taken a more aggressive approach, warning of "dire" consequences for Iran over Houthi shipping attacks. The president has stated that "every shot fired by the Houthis will be looked upon, from this point forward, as being a shot fired from the weapons and leadership of IRAN, and IRAN will be held responsible."

To more effectively stop the flow of sophisticated missiles like the Palestine 2, the US would likely need to:

1. Increase surveillance capabilities in the region
2. Expand maritime interdiction operations
3. Apply stronger pressure on Iran through sanctions and diplomatic isolation
4. Enhance coordination with regional allies
5. Consider more direct actions against weapons storage and assembly facilities in Houthi-controlled areas

The current approach has limited the flow of weapons but has not been able to completely stop the transfer of Iranian missile technology to the Houthis.

 

Hypersonic Missile Technology: Iranian Capabilities and Houthi Deployments

Abstract

This paper examines the technical capabilities and strategic implications of Iranian-developed hypersonic missile technology, with particular focus on the "Palestine 2" missile system deployed by Yemen's Houthi forces. Drawing on technical analysis, public reports, and military assessments, we analyze the engineering characteristics, propulsion systems, guidance mechanisms, and defensive countermeasures related to these weapon systems. The emergence of such advanced missile technology in non-state actors' arsenals represents a significant shift in regional power dynamics and creates new challenges for missile defense systems.

1. Introduction

The development and proliferation of hypersonic missile technology has traditionally been limited to major military powers. However, recent events indicate that Iran has made significant strides in developing such capabilities and transferring them to non-state actors like the Houthi movement in Yemen. The Houthis' deployment of the "Palestine 2" missile system marks a concerning evolution in regional weapon systems and creates new challenges for existing missile defense architectures.

Hypersonic weapons are generally defined as those capable of traveling at speeds exceeding Mach 5 (approximately 6,174 km/h or 3,836 mph) while maintaining maneuverability during flight. This combination of speed and maneuverability makes them particularly difficult to detect, track, and intercept using conventional missile defense systems.

This paper analyzes the technical characteristics of the Palestine 2 missile system, examines its lineage within Iran's missile development program, and evaluates its capabilities against existing missile defense systems.

2. Technical Specifications and Engineering Analysis

2.1 Palestine 2 Missile System

The Palestine 2 is reportedly a two-stage solid-fuel hypersonic ballistic missile developed by Yemen's Houthi movement with significant technological assistance from Iran. According to Houthi claims, the missile possesses the following specifications:

• Speed: Capable of achieving speeds up to Mach 16 (approximately 19,757 km/h)
• Range: Estimated 2,150 km (1,336 miles)
• Propulsion: Two-stage solid-fuel rocket
• Guidance: Combined inertial guidance and satellite navigation systems
• Launch Platform: Mobile truck-mounted launcher for enhanced survivability
• Maneuverability: Capable of trajectory changes mid-flight

The missile appears to be derived from Iran's Fateh-110 missile system, with substantial modifications to enhance its range, speed, and maneuverability. The missile's design incorporates technology that enables it to change trajectory multiple times during flight, particularly during the terminal phase, which significantly complicates interception efforts.

2.2 Propulsion System

The Palestine 2 utilizes a solid-fuel propulsion system, which offers several tactical advantages:

1. Rapid Deployment: Solid-fuel missiles can be prepared and launched more quickly than liquid-fueled alternatives, reducing vulnerability during the pre-launch phase.
2. Simplified Logistics: Solid propellants eliminate the need for fueling procedures before launch, enhancing operational readiness.
3. Enhanced Reliability: Solid-fuel systems typically have fewer moving parts than liquid-fuel systems, potentially increasing reliability.

The missile's propulsion system appears to be based on technology from Iran's Fateh family of missiles, which Iran has refined over years of development. The two-stage configuration likely consists of a primary booster stage for initial acceleration and a secondary stage for sustained propulsion and maneuvering.

2.3 Guidance and Control Systems

The Palestine 2 reportedly employs a sophisticated guidance system that combines:

• Inertial navigation system (INS)
• Satellite navigation guidance
• Terminal phase maneuvering capability

This multi-layered guidance approach allows for precise targeting over long distances and enhances the missile's ability to evade interception. The missile's reported ability to adjust its course mid-flight suggests the presence of thrust vectoring technology or aerodynamic control surfaces that remain effective at hypersonic speeds.

The guidance system's ability to operate in multiple flight regimes (including exoatmospheric and endoatmospheric phases) is particularly noteworthy, as it suggests sophisticated integration of multiple guidance technologies.

2.4 Hypersonic Capabilities and Skip Gliding Mechanism

The Palestine 2 missile reportedly employs a sophisticated "skip gliding" mechanism that enables it to bounce along the edge of the atmosphere. This technique allows the missile to:

1. Alter its trajectory unpredictably
2. Maintain high velocity while changing direction
3. Reduce detectability by radar systems
4. Extend effective range through efficient energy management

This capability places it in a category sometimes referred to as "semi-hypersonic" design, which, while not conforming to the traditional definition of a hypersonic glide vehicle, nonetheless enables sharp maneuvers that significantly complicate interception efforts.

3. Iranian Origins and Technology Transfer

3.1 Iranian Missile Development Program

The Palestine 2 missile appears to be based on Iranian missile technology, specifically derived from the Fattah-1 hypersonic missile unveiled by Iran in June 2023 and its successor, the Fattah-2, revealed in November 2023. The Fattah family of missiles represents Iran's entry into the field of hypersonic weapons and demonstrates significant technical achievements in:

• Solid-fuel propulsion systems
• Maneuverable reentry vehicles
• Hypersonic aerodynamics
• Guidance system integration

Iran's Islamic Revolutionary Guard Corps (IRGC) has been the primary developer of these systems, building upon decades of experience in missile development that began with reverse-engineered Scud missiles and progressed through increasingly sophisticated designs.

3.2 Technology Transfer to Houthi Forces

The presence of advanced missile technology in the Houthi arsenal represents a significant instance of proliferation from Iran to a non-state actor. This transfer likely included:

• Technical expertise and training
• Manufacturing technology and equipment
• Advanced components for guidance and propulsion systems
• Operational knowledge for deployment and maintenance

While Iran has typically denied direct military support to the Houthis, the remarkable similarity between the Palestine 2 and Iranian missile designs strongly suggests a substantial technology transfer relationship.

4. Defensive Countermeasures and Vulnerabilities

4.1 Challenges to Existing Defense Systems

The combination of high speed, maneuverability, and potential stealth features in the Palestine 2 missile creates significant challenges for conventional missile defense systems, including:

• Compressed Response Time: The missile's high speed greatly reduces the time available for detection, tracking, and interception.
• Unpredictable Flight Path: Mid-course maneuvers complicate tracking and intercept planning.
• Terminal Phase Agility: Evasive maneuvers during the terminal phase can defeat even sophisticated interceptors.

These characteristics appear specifically designed to overcome layered defense systems like Israel's, which include the Arrow 3 for exoatmospheric interception, David's Sling for medium-range threats, and Iron Dome for short-range rockets.

4.2 Israeli Defense Systems

Israel's multi-layered air defense architecture includes several systems designed to counter ballistic missile threats:

1. Arrow 3 System: Designed to intercept ballistic missiles outside Earth's atmosphere.
2. Arrow 2 System: Targets missiles in the upper atmosphere.
3. David's Sling: Intended for medium-range threats.
4. Iron Dome: Primarily for short-range rockets and artillery.

Reports suggest that while these systems have demonstrated effectiveness against traditional ballistic missiles, the hypersonic capabilities and maneuvering features of the Palestine 2 present novel challenges that may require new defensive approaches.

5. Strategic Implications and Future Developments

5.1 Regional Security Dynamics

The deployment of hypersonic missile technology by the Houthis represents a significant shift in regional security dynamics. Key implications include:

• Increased threat to critical infrastructure at extended ranges
• Potential degradation of existing missile defense capabilities
• Escalation of the regional arms race
• Enhanced credibility of Houthi deterrence capabilities

These developments are likely to accelerate defensive technology development and potentially lead to preemptive strategies against missile launch sites.

5.2 Future Technical Developments

Based on the current trajectory of development, future iterations of these missile systems may include:

• Enhanced maneuverability through advanced aerodynamic designs
• Improved terminal guidance for greater precision
• Multiple independently targetable reentry vehicles (MIRVs)
• Reduced radar cross-section for enhanced stealth
• Extended range capabilities

These developments would further challenge existing defensive systems and potentially necessitate new approaches to missile defense.

6. Conclusion

The Palestine 2 missile system, developed with significant Iranian technical support, represents a concerning advancement in missile technology available to non-state actors. Its reported hypersonic capabilities, maneuverability, and range pose significant challenges to existing defensive systems and alter regional security dynamics.

The technical characteristics of the missile—particularly its skip-gliding capability, solid-fuel propulsion, and sophisticated guidance systems—demonstrate a level of technological sophistication previously associated only with major military powers. This proliferation of advanced missile technology points to an evolving security landscape where the traditional technological advantages held by state actors are increasingly challenged.

Further research is needed to fully understand the precise capabilities of these systems, the extent of their deployment, and the most effective countermeasures. However, it is clear that missile defense architectures will need to evolve to address these emerging threats, potentially incorporating directed energy weapons, advanced sensor networks, and new interceptor designs capable of engaging hypersonic maneuvering targets.

References

1. Army Recognition. (2025). "Palestine-2 hypersonic missile Houthi Yemen technical data fact sheet pictures video." Retrieved from https://armyrecognition.com/military-products/army/missiles/hypersonic-missiles/palestine-2-hypersonic-missile

2. Atlantic Council. (2024, September 24). "Do the Houthis really have a hypersonic missile?" Retrieved from https://www.atlanticcouncil.org/blogs/menasource/yemen-iran-houthis-hypersonic-missile-israel/

3. The Media Line. (2024, December 30). "The Middle East and the Global Arms Race: How Iranian Technology Made Houthi Missiles Harder for Israel To Intercept." Retrieved from https://themedialine.org/top-stories/the-middle-east-and-the-global-arms-race-how-iranian-technology-made-houthi-missiles-harder-for-israel-to-intercept/

4. Associated Press. (2024, June 7). "Yemen's Houthi rebels unveil solid-fuel 'Palestine' missile that resembles Iranian hypersonic." Retrieved from https://apnews.com/article/yemen-houthi-missile-arsenal-iran-israel-hamas-ed74174915e301d30c50493f2c629a1a

5. Alma Research and Education Center. (2025, January 19). "'Palestine 2' missile launched by the Houthis Towards Israel." Retrieved from https://israel-alma.org/palestine-2-missile-launched-by-the-houthis-towards-israel-september-15/

6. Al Jazeera. (2024, December 16). "Yemen's Houthis claim hypersonic missile attack against Israel." Retrieved from https://www.aljazeera.com/news/2024/12/16/yemens-houthis-claim-hypersonic-missile-attack-against-israel

7. Global Security. (2024). "Houthi - Falastanyin-2 'New Hypersonic Ballistic Missile'." Retrieved from https://www.globalsecurity.org/wmd/world/yemen/nidal-2.htm

8. Al Jazeera. (2024, September 17). "Yemen's Houthis fire 'hypersonic' missile at Israel." Retrieved from https://www.aljazeera.com/news/2024/9/17/yemens-houthis-file-hypersonic-missile-at-israel-what-to-know

9. The Jerusalem Post. (2024). "Why the Houthi missile near Ben-Gurion could shift Israeli strategy." Retrieved from https://www.jpost.com/middle-east/article-852579

10. Al Jazeera. (2025, March 20). "Houthis claim missile launch at Israel amid renewed fighting in Gaza." Retrieved from https://www.aljazeera.com/news/2025/3/20/houthis-claim-missile-launch-at-israel-amid-renewed-fighting-in-gaza

11. Wikipedia. (2025, April 2). "Fattah-1." Retrieved from https://en.wikipedia.org/wiki/Fattah-1

12. The Washington Institute. (2023). "The Next Generation of Iranian Ballistic Missiles: Technical Advances, Strategic Objectives, and Potential Western Responses." Retrieved from https://www.washingtoninstitute.org/policy-analysis/next-generation-iranian-ballistic-missiles-technical-advances-strategic-objectives

13. Army Technology. (2023, September 8). "Fattah Hypersonic Ballistic Missile, Iran." Retrieved from https://www.army-technology.com/projects/fattah-hypersonic-ballistic-missile-iran/

14. Army Recognition. (2024). "Exclusive: Iran's Fattah-1 Hypersonic Missile Emerges as a New Threat to Israeli Defense Systems." Retrieved from https://www.armyrecognition.com/news/army-news/army-news-2024/exclusive-irans-fattah-1-hypersonic-missile-emerges-as-a-new-threat-to-israeli-defense-systems

15. The National Interest. (2025, April). "Why Iran's Fattah-1 Hypersonic Missile Is a Disaster for Israeli Security." Retrieved from https://nationalinterest.org/blog/buzz/why-irans-fattah-1-hypersonic-missile-is-a-disaster-for-israeli-security

16. Iran Watch. (2024). "Table of Iran's Missile Arsenal." Retrieved from https://www.iranwatch.org/our-publications/weapon-program-background-report/table-irans-missile-arsenal

17. Foundation for Defense of Democracies. (2023, November 21). "Iran Unveils New Missile It Claims Is Hypersonic." Retrieved from https://www.fdd.org/analysis/2023/11/21/iran-unveils-new-missile-it-claims-is-hypersonic/

18. CNN. (2024, October 2). "What are the missiles in Iran's arsenal and how does Israel counter them?" Retrieved from https://www.cnn.com/2024/10/02/middleeast/iran-missiles-israel-defenses-intl-hnk-ml/index.html

19. International Institute for Strategic Studies. (2023, July). "Removing the hype from Iran's 'hypersonic' conqueror." Retrieved from https://www.iiss.org/online-analysis/military-balance/2023/07/removing-the-hype-from-irans-hypersonic-conqueror/

20. Army Recognition. (2024). "Iran Launched Non-Interceptable Hypersonic Missile Fattah-2 during Airstrike Against Israel." Retrieved from https://armyrecognition.com/news/army-news/2024/iran-launched-non-interceptable-hypersonic-missile-fattah-2-during-airstrike-against-israel