Netanyahu Highlights Israeli Weapons’ Role in India’s Operation Sindoor
- August 7, 2025
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Israeli Prime Minister Benjamin Netanyahu has publicly recognized the significant role of Israeli weapons in India’s military operations, specifically during Operation Sindoor. This operation was a strategic military response to Pakistan’s involvement in the Pahalgam terror attack. Netanyahu emphasized the effectiveness of Israeli-developed weapons, including the Barak-8 missile system and HARPY drones, which were utilized by the Indian military.
The Barak-8 missile system, a collaborative development between Israel and India, played a crucial role in defending against airborne threats during Operation Sindoor. This long-range, surface-to-air missile system is designed to intercept multiple targets simultaneously, providing 360-degree coverage. It can be deployed on both land and sea platforms, using active radar to track and neutralize threats within a 100km range.
HARPY drones were also instrumental in the operation, designed specifically for suppressing enemy air defenses. These drones carry high-explosive warheads and are capable of autonomously targeting and striking radar systems emitting radiation. With the ability to operate in deep-strike missions for up to nine hours, HARPY drones enhance India’s defensive capabilities significantly.
Israel remains one of India’s largest suppliers of military hardware, despite ongoing conflicts such as the war on Gaza. Over the past decade, India has imported $2.9 billion worth of military equipment from Israel, including radars, drones, and missiles. This partnership underscores Israel’s position as the fourth largest supplier of military hardware to India, following Russia, France, and the United States.
While Israel continues to be a key defense partner, India is actively working towards reducing its reliance on foreign suppliers. Under Prime Minister Narendra Modi’s ‘aatmanirbhar Bharat’ initiative, India aims to boost its domestic arms manufacturing industry, striving for greater self-sufficiency in defense production.