India’s DRDO Completes June 2026 Missile Defense and Strike Test Series

India’s Defence Research and Development Organisation (DRDO) has completed a series of missile trials conducted between June 2 and June 15, 2026, at the Integrated Test Range in Chandipur, Odisha, and from a Su-30MKI fighter aircraft. The test series covered ballistic missile defense interceptors, an anti-ship missile, an anti-radiation weapon, and a long-range land-attack cruise missile, according to DRDO. The agency said the trials validated India’s layered missile defense architecture as well as its long-range strike capability.

What was tested

The campaign opened on June 2 with a flight test of the Rudram-2 anti-radiation missile launched from a Su-30MKI. Rudram-2 has a range of roughly 300 kilometers and is designed to travel at near-hypersonic speed to strike radar installations and other ground targets. On June 10 and 11, DRDO carried out three consecutive tests at Chandipur: the AD-1 interceptor, built for endo-atmospheric engagement, the AD-2 interceptor, designed for exo-atmospheric, high-altitude engagement, and the maiden flight test of the NASM-MR, a naval anti-ship missile with an approximate 300-kilometer range. The series concluded on June 15 with a test of the Long Range Land Attack Cruise Missile, a subsonic weapon intended for deep land-strike missions.

Results and stated capability

DRDO said the ballistic missile defense interceptors successfully engaged their designated targets, and that the trials validated the system’s capacity to intercept threats in the intercontinental-ballistic-missile class. AD-1, a two-stage, solid-fuel interceptor, is capable of engaging targets in both the endo-atmospheric and low exo-atmospheric domains, while AD-2 is built specifically for high exo-atmospheric interception. The NASM-MR reportedly relies on inertial navigation with GPS updates during its mid-course phase, a radar altimeter to maintain a sea-skimming flight profile, and an X-band active electronically scanned array radar seeker for terminal guidance. Senior officials from DRDO and the Indian armed forces reportedly observed the trials.

Strategic context

The two-tier structure represented by AD-1 and AD-2 — engagement inside the atmosphere paired with a separate exo-atmospheric layer — follows a layered air and missile defense logic that other countries have pursued in different forms, including Turkey’s SİPER program and Europe’s Aster missile family. The systems are not directly comparable in range, target class, or technical architecture; DRDO’s June trials were aimed specifically at validating upper-atmosphere intercepts against intercontinental-range threats, a different design goal from most layered defense programs elsewhere. The completed test series marks a milestone in the second phase of India’s long-running ballistic missile defense program, alongside parallel progress on anti-ship, anti-radiation, and land-attack strike systems.

Sources: Naval News.