In a significant demonstration of its strategic and air defense capabilities, India’s Ministry of Defence successfully conducted a series of missile tests over the past two days from the Integrated Test Range (ITR) in Chandipur, Odisha.
On Thursday, July 17, the Prithvi-II and Agni-1 ballistic missiles were successfully test-fired as part of routine training launches by the Strategic Forces Command (SFC). Both missiles met all mission objectives, validating operational readiness and confirming the reliability of India’s indigenous missile systems. The launches were closely monitored by the Defence Research and Development Organisation (DRDO) and witnessed by top officials of the armed forces.
The Prithvi-II, a short-range ballistic missile with a range of approximately 350 kilometers, is capable of carrying nuclear or conventional warheads. The Agni-1, a medium-range ballistic missile, has a range of over 700 kilometers and forms a critical component of India’s nuclear deterrent.
A day earlier, on Wednesday, July 16, the Indian Air Force and DRDO conducted a successful test of the Akash Prime surface-to-air missile system. During the trial, the upgraded missile intercepted and destroyed two fast-moving drone targets flying at high altitude, showcasing improved performance over previous variants.
The Akash Prime is an enhanced version of the Akash missile, designed to engage aerial threats including UAVs, fighter aircraft, and cruise missiles. Its ability to engage multiple high-speed targets simultaneously highlights India’s growing capabilities in layered air defense.
Officials hailed the back-to-back successful tests as a testament to India’s advancing defense technology and its commitment to maintaining readiness in a rapidly evolving security environment.
“These trials demonstrate our unwavering focus on self-reliance and strategic preparedness,” a senior defence official stated.
The Ministry of Defence has not disclosed the exact number of launches or further operational details, citing strategic confidentiality.
