DRDO Flight-Tests the Guided Pinaka, Turning a Rocket Barrage Into a Precision Strike

DRDO successfully flight-tested the Pinaka Long Range Guided Rocket at Chandipur on 8 July 2026, hitting a target at a user-defined 60 km range and firing from the existing Pinaka launcher without modification. The guided rocket turns India's saturation artillery system into a precision-strike weapon.

July 9, 2026
4 min read
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Manik Gupta

Founder and editor of DeepTech India. Manik writes about India's frontier technology ecosystem — AI, semiconductors, space, quantum, robotics and biotech — translating research and policy into clear, reliable reporting.

DRDO Flight-Tests the Guided Pinaka, Turning a Rocket Barrage Into a Precision Strike
Business Line

On 8 July 2026, the Defence Research and Development Organisation (DRDO) carried out a successful flight-test of the Pinaka Long Range Guided Rocket (LRGR) from the Integrated Test Range (ITR) at Chandipur, Odisha. The rocket flew to a user-defined minimum range of 60 kilometres, executed all of its planned in-flight manoeuvres, and struck its designated target with what the agency described as high accuracy.

It is a small event with an outsized meaning: it marks the point at which India's best-known artillery rocket stops being an area weapon and starts becoming a guided one.

From saturation to precision

The Pinaka began life as a multi-barrel rocket launcher built to blanket a target area with unguided rockets — a saturation weapon, devastating over a wide footprint but imprecise. The Long Range Guided Rocket rewrites that logic. By adding guidance and control to the rocket, DRDO turns a barrage weapon into one that can put a single round onto a specific point tens of kilometres away.

That capability slots the LRGR neatly into the gap between conventional tube and rocket artillery, which tops out at shorter ranges, and tactical ballistic missiles, which are far more expensive per shot. For the Indian Army, it means being able to reach deep bhttps://www.thehindubusinessline.com/news/drdo-successfully-flight-tests-pinaka-guided-rockets-with-enhanced-60-km-range/article71198823.eceehind an adversary's front line — at command posts, ammunition depots, logistics hubs and other high-value nodes — without spending a missile-sized budget on each engagement.

Why the launcher matters as much as the rocket

One detail from the test is easy to overlook but strategically important: the guided rocket was fired from the existing, operational Pinaka launcher. That demonstrates the launcher can deploy multiple variants of the Pinaka family — different ranges, different guidance packages — without structural modification.

For a fielded system, that is the difference between a costly fleet upgrade and a simple change of ammunition. A battery already trained and equipped on Pinaka can absorb the guided rocket as it becomes available, mixing unguided and guided rounds from the same vehicle depending on the mission.

An indigenous chain of laboratories

The LRGR is a DRDO product through and through. It was designed by the Armament Research and Development Establishment (ARDE) in Pune, working with the High Energy Materials Research Laboratory (HEMRL), which handles the propulsion and energetic materials, and with support from the Defence Research and Development Laboratory (DRDL) and the Research Centre Imarat (RCI), the missile-guidance houses in Hyderabad.

That spread of institutions is the point. Guiding an artillery rocket accurately over 60-plus kilometres demands navigation, control actuators and flight software that India historically imported or improvised. Building that stack at home — and validating it in a live firing — is exactly the kind of capability the Aatmanirbhar Bharat programme is meant to grow.

Where it goes from here

Defence Minister Rajnath Singh congratulated the scientists, engineers, industry partners and the Indian Army, calling the test a significant achievement in India's drive toward self-reliance in advanced defence technologies.

The 8 July firing was conducted for a user-defined minimum range, which signals that the system is progressing through the kind of trials that precede induction rather than early proof-of-concept work. The next questions are the practical ones: the maximum guided range the production rocket will offer, the size of the order the Army places, and how quickly the private-sector partners that manufacture Pinaka hardware can scale guided-rocket output. On the evidence of Chandipur, the hard technical problem — hitting a point target with a rocket — is now behind India.

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DRDOPinakaArmament Research and Development EstablishmentRajnath SinghIntegrated Test Range