Yemen has effectively conducted a test of the Sayyad naval cruise missile, a sophisticated long-range weapon designed to evade radar detection and equipped with a powerful warhead, thereby extending its operational capabilities in nearby maritime regions.
In an announcement made on Monday, the Yemeni Navy officially confirmed that Sayyad has been commissioned into active service.
Reports indicate that the Sayyad missile boasts a range of up to 800 kilometers, featuring advanced capabilities for targeting moving objects with high precision and the skill to avoid detection by enemy radar systems.
The statement revealed that the newly developed missile has the capability to be launched from any location within Yemeni territory, effectively targeting enemy naval vessels throughout the Red Sea, the Arabian Sea, and extending to the Indian Ocean.
The extended range of the missile bolsters the Yemeni armed forces’ maritime deterrence capabilities against perceived aggressive actions from the United States, United Kingdom, and Israel in the region.
Before this trial, the Sayyad cruise missile made its debut at a grand military parade in September 2023, held at Al-Sabeen Square in Sana’a, the nation’s capital.
Reports at the time indicated that the cruise missile is equipped with a solid fuel booster, possesses a medium range, and is engineered to target both stationary and moving maritime threats with significant destructive power.
The Sayyad missile series are Iranian surface-to-air missiles known for their advanced capabilities in terms of speed, range, and targeting precision. These missiles are typically equipped with sophisticated radar and guidance systems, providing enhanced accuracy and effectiveness in engaging aerial threats. Sayyad missiles vary in their specifications across different types, with some variants boasting extended ranges and improved maneuverability to address diverse defense needs.
Yemen has unveiled the Sayyad cruise missile as the latest enhancement to its naval capabilities, marking a significant development in its continuous military efforts against the Israeli regime and opposing naval forces in the Red Sea.
Since 2015, Yemen’s military has intensified its efforts in weapons development. A significant milestone in this progression is the Sayyad missile, which marks an advancement in the nation’s cruise missile technology.
In 2023, Yemeni military spokespersons, along with media reports, indicated a range spanning approximately 800 to 1,000 kilometers. This range is sufficient to encompass 80 percent of the Red Sea, the entire Gulf of Aden, and portions of the Arabian Sea and the Indian Ocean.
While this range does not extend to the occupied Palestinian territories, it is adequate for targeting the adversary fleet, which frequently operates hundreds of kilometers away from Yemen.
The missile features satellite navigation capabilities and potentially employs inertial guidance systems. However, the specific technical details regarding its navigation technology and the origins of these technologies remain undisclosed.
This enables precision strikes on targets both on land and at sea, a capability showcased during the recent Red Sea strikes on commercial vessels linked to Israel.
The cruise missile measures 6.8 meters in length and has a diameter of 0.5 meters. Its payload is estimated to be between 200 to 300 kilograms of conventional explosives, making it capable of inflicting damage on military installations, naval, or merchant ships.
The Sayyad missile system has been deployed using mobile ground-based launch platforms, mirroring the deployment strategy of other Yemeni cruise missiles. However, official statements from earlier this summer have suggested that sea-launched versions are currently being developed.
Deploying it from maritime platforms would significantly extend its operational reach beyond Yemeni territory, encompassing the entirety of the Red Sea, broader sections of the Indian Ocean, and portions of the Mediterranean Sea.
The cruise missile is equipped with a solid-fuel rocket booster and incorporates a turbojet positioned above its frame. It boasts a subsonic cruising speed estimated between Mach 0.7 and 0.9, aligning with the performance of other comparable cruise missiles.
Engineered for operation at extremely low altitudes just above the sea surface, the system utilizes sea-skimming techniques to evade radar detection more effectively. This minimal altitude not only complicates radar identification but also significantly curtails the available reaction time for interception.
Among Iran’s arsenal of cruise missiles, the Qader-380 (also known as Qadr-380) anti-ship cruise missile and the Paveh surface-to-surface cruise missile bear the closest resemblance to the Yemeni Sayyad model.
The Qader-380, mirroring a comparable design, features an impressive range surpassing 1,000 kilometers. It is engineered to withstand electronic interference and can be deployed by a lone operator in under five minutes.
The system employs a truck-mounted ramp launch mechanism, enabling the missile to be deployed with fully extended wings, deviating from the conventional folded-wing, tube-launched setup commonly observed in many other Iranian naval missiles.
Sayyad has been instrumental in bolstering Yemen’s military capabilities, enhancing the country’s defense arsenal with strategic reinforcements.
Yemen’s development of a cruise missile program has come to the forefront amid the conflict instigated by Saudi Arabia, with the Ansarullah Resistance movement spearheading efforts towards modernization and self-reliance. Before the outbreak of hostilities, the Yemeni military was devoid of advanced cruise missile capabilities and depended solely on outdated Soviet-era systems.
Initial cruise missile attacks between 2015 and 2018, aimed at enemy border posts, experienced limited success largely because of basic guidance systems. However, the deployment of the Quds-1 cruise missile represented a significant advancement in Yemeni military capabilities.
The initial Yemeni cruise missile, known as the Quds-1, was deployed in 2017. Boasting a range of 700 to 1,000 kilometers, this missile has been utilized to target adversary oil installations and vessels in the Red Sea.
The subsonic missile is equipped with a warhead weighing between 150 and 200 kilograms and utilizes GPS or inertial guidance systems for precise targeting.
The Sammad cruise missile series, encompassing the Sammad-2 and Sammad-3 models revealed between 2018 and 2019, boasts a range capacity of 300 to 600 kilometers. These missiles have been deployed in initial assaults targeting adversary military bases and installations. Notably, the missiles are characterized by their straightforward design.
Reports indicate that underground factories in Saada and Sana’a are responsible for manufacturing these missiles, with estimates suggesting an annual production output of dozens. By the year 2025, it is believed that Yemen’s arsenal will include approximately 100–150 cruise missiles.
The Sayyad naval cruise missile marks a notable enhancement to Yemen’s military capabilities, complementing its array of cruise, anti-ship, and ballistic missiles, along with drones. Distinguished from current cruise missile technology, the Sayyad features a low-flying design and extended range.
Naval cruise missiles provide a significant advantage with their extended range, high precision, and substantial payload capabilities compared to most kamikaze drones. Additionally, their low-altitude, terrain-following flight paths make them more challenging to intercept than ballistic missiles.
Kamikaze drones, characterized by their low altitude and long-range capabilities, typically carry warheads weighing several dozen kilograms and are generally not capable of inflicting catastrophic damage. In contrast, the formidable Sayyad warhead possesses the capacity to inflict severe damage or potentially sink an adversary’s vessel.
Yemen’s existing arsenal of conventional anti-ship missiles features formidable warheads, yet their range is significantly limited when compared to the Sayyad cruise missile, which can cover distances three to five times greater.
