According to a report published by India Today on January 26, 2025, the Indian Navy has officially integrated the Israeli Rampage air-to-surface missile into its MiG-29K fighter jets, marking a step in enhancing its aerial capabilities. This strategic development aligns with India’s efforts to strengthen its defense capabilities in response to increasing regional security challenges while reinforcing its long-standing technological partnership with Israel.
The Rampage missile, with an operational range of 250 kilometers and supersonic speed, provides advanced strike capabilities that allow the engagement of high-value targets while remaining outside the reach of enemy air defense systems. Its integration transforms the MiG-29Ks into modern platforms capable of addressing complex strategic objectives.
Developed by Israel Aerospace Industries (IAI) and IMI Systems, the Rampage is a precision long-range air-to-surface missile designed for strategic strikes. Measuring 4.7 meters in length and equipped with the Range Extension and Smart Tail (REST) kit, it combines performance and operational flexibility. With an accuracy of 10 meters CEP (circular error probable), it can target critical infrastructure such as airbases, command centers, ammunition depots, as well as logistical and communication hubs. Its inertial and GPS-based navigation system, with anti-jamming capabilities, ensures optimal performance under all weather conditions and at any time of day while minimizing collateral damage. Its adaptability to urban environments further underscores its relevance in modern combat scenarios.
The Rampage’s acquisition is not limited to the Indian Navy. In April 2024, the missile was also integrated into the Indian Air Force’s fleet, including Sukhoi Su-30MKIs, Jaguars, and MiG-29s. This cross-service compatibility demonstrates India’s intent to optimize its strike capabilities using a missile that can be deployed across a diverse range of aircraft, regardless of their Western or Russian origins. The missile’s integration requires no significant modifications to avionics systems, making it a cost-effective and practical solution. For the MiG-29Ks, specific adaptations such as new bomb racks and wiring upgrades were implemented to ensure seamless deployment.