- The Greek Navy and Israeli Navy conducted missile system test launches, confirming its effectiveness.
- This exercise enhanced the operational interoperability between the Greek and Israeli navies.
- The missile test showcased Greece's strategic partnerships and maritime strike capabilities in the Eastern Mediterranean.
- Coordinated operations of different naval weapon systems improved the overall capabilities of the Greek Navy.
The navies of Greece and Israel recently conducted test launches of a new ground-to-ground missile system. The Greek Navy and the Israeli Navy performed acceptance tests of the missile system manufactured by Rafael, with the trials taking place on October 21 in extensive waters north of Crete. The SPIKE missile system was successfully launched from MACHITIS-class patrol boats and MARK V special operations vessels, confirming the effectiveness and operational value of this new weapon system. Additionally, collaboration with Israeli naval vessels enhanced operational interoperability between the two countries' navies. The tests also included torpedoes launched from submarines, successfully sinking the decommissioned destroyer HS MPOUMPOULINA (F-463).
Greek Navy Missile Test
Units of the Israeli Navy also conducted missile launches. The Greek Navy performed its first acceptance tests of the Israeli-manufactured SPIKE NLOS and SPIKE ER2 missile systems, showcasing the power of these weapons. The exercise took place in northern Crete and involved various Greek naval assets, aerial platforms, and Israeli missile boats to demonstrate operational readiness and enhance interoperability between the two navies.
This event highlights Greece's efforts to strengthen its maritime strike capabilities and reinforce its strategic partnership with Israel amid the increasingly complex security environment in the Eastern Mediterranean. The missile tests involved two precision-guided weapons developed by Rafael, including the SPIKE Non-Line-of-Sight (NLOS) missile and the SPIKE Extended Range (ER2) missile. Both systems were successfully launched from designated platforms, demonstrating the operational value of the new devices. The SPIKE NLOS was launched from a MACHITIS-class patrol vessel, while the SPIKE ER2 was launched from a MARK V special operations vessel.
Coordinated Operations of Naval Weapon Systems
These tests represent a significant step for the Greek Navy in integrating the new weapon systems into operational service. The SPIKE NLOS system has a reported strike range of up to 32 kilometers, enabling naval units to target surface objectives and support operations against coastal targets. Its electro-optical and infrared guidance capabilities provide operational flexibility, including striking targets that may not be directly visible from the launch platform.
During the missile test, the decommissioned Elli-class destroyer was attacked and subsequently sunk by a SUT torpedo launched from a Papanikolis-class 214HN submarine. This process demonstrated how different naval weapon systems can work together to engage surface targets. The sinking event also underscored the value of live-fire exercises in validating weapons, training personnel, and assessing the overall performance of the navy's capabilities. For the Greek Navy, this event provided an opportunity to showcase its newly installed missile systems under operational conditions, while also demonstrating the coordination capabilities between surface combatants and submarine forces.
The Significance of the Greek Navy's Enhanced Maritime Strike Capabilities
The recent missile tests by the Greek Navy not only demonstrated the operational value of the new weapon systems but also reflected its efforts to strengthen maritime strike capabilities in a complex security environment. Cooperation with Israel has not only enhanced interoperability but also reinforced the strategic partnership. The success of these tests provides the Greek Navy with greater responsiveness to potential challenges it may face in the future, highlighting the importance of naval power in national defense.

