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Pinaka Reaches 120 km: India's Artillery Rocket Grows a Brain and a Longer Arm

Pinaka Reaches 120 km: India's Artillery Rocket Grows a Brain and a Longer Arm

A guided, extended-range version of the indigenous Pinaka system clears user trials — deepening India's self-reliance in precision artillery

10 July 2026·Science & TechnologyDefence Technology·Defence Research and Development Organisation (DRDO)·5 min read

What happened

Defence-technology questions reward candidates who can read an upgrade for what it signifies, not just its specifications. Pinaka's leap to a guided 120 km rocket is such a signal: it marks India's movement from imported and unguided artillery toward indigenous precision firepower, and it shows the DRDO–production ecosystem maturing to the point where new variants are cleared for induction as they are tested.

Pinaka: From Area Weapon to Precision Reach

Pinaka Rocket — Range Growth

Pinaka Mk-1~38 km (unguided)
Later variants~60-90 km
Long Range Guided Rocket~120 km (guided)
LRGR: maiden test Dec 2025 at ITR Chandipur; DAC induction clearance same day; ~60 km user trial July 2026. Mach 4.5-class artillery rocket. Source: DRDO; DD News.

Source: DRDO; DD News

Smart Gravity Note

Pinaka is an indigenous Multi-Barrel Rocket Launcher (MBRL) system developed by the DRDO and produced by Indian industry; it is named after the bow of Lord Shiva.

A launcher fires a salvo of rockets in seconds to saturate an area, and the system is highly mobile.

Successive variants have extended range: the original Pinaka Mk-1 reached roughly 38 km, later variants around 60–90 km, and the new Pinaka Long Range Guided Rocket (LRGR) about 120 km — while adding a guidance kit that turns an area weapon into a precision one.

Key facts: the maiden flight test of the 120 km LRGR took place at the Integrated Test Range (ITR), Chandipur, Odisha (December 2025), with the Defence Acquisition Council (DAC) clearing induction the same day; a minimum-range (~60 km) user trial followed in July 2026.

It is designed primarily by the Armament Research and Development Establishment (ARDE) with the High Energy Materials Research Laboratory (HEMRL) and other DRDO labs, and is backward-compatible with existing Pinaka launchers.

The upgrade fits the broader shift toward precision-guided munitions and Atmanirbhar Bharat in defence.

The LRGR turns Pinaka from an unguided area-saturation rocket into a longer-range, precision-guided one — indigenous firepower that fires from launchers the Army already owns.

◎ In Simple Words

Pinaka is a truck-mounted system that fires many rockets very quickly to hit a large area — like a giant, mobile firework launcher, but for the army. India built it itself. Now scientists have made a new, smarter version: it can hit targets much farther away (about 120 km) and, importantly, it can be guided to hit a specific spot accurately instead of just covering an area. The best part is that the new rocket can be fired from the same launchers the army already owns. This makes India less dependent on buying such weapons from other countries.

7PYQs on this sub-topic →SCIENCE & TECHNOLOGY · Defence Technology

Factual Pointers

Practice · 2 questions

1Practice Question

With reference to the Pinaka weapon system, consider the following statements:

1. It is an indigenous Multi-Barrel Rocket Launcher system developed by the DRDO.

2. The Long Range Guided Rocket variant extends its range to about 120 km.

3. The new guided rockets require entirely new launchers, incompatible with existing Pinaka platforms.

Which of the statements given above is/are correct?

2Practice Question

The Integrated Test Range (ITR) at Chandipur, frequently in the news for missile and rocket trials, is located in which state?

Mains Practice Questions

1

"Indigenous precision-guided munitions are transforming India's conventional deterrence." Discuss with reference to the Pinaka Long Range Guided Rocket and India's artillery modernisation. (250 words, GS3)

2

Examine how upgrading munitions for existing platforms offers an affordable path to military modernisation, using the Pinaka system as an example. (150 words, GS3)

3

How does defence indigenisation, exemplified by systems like Pinaka, advance both strategic autonomy and the Atmanirbhar Bharat agenda? (150 words, GS3)

Frequently Asked

· People also ask
What is the Pinaka rocket system?

Pinaka is an indigenous Multi-Barrel Rocket Launcher (MBRL) system developed by the DRDO and named after Lord Shiva's bow. It fires salvos of rockets in seconds to saturate an area and is mounted on highly mobile launchers.

PrelimsIt is a core part of the Indian Army's artillery, and several variants have progressively extended its range while adding guidance.

SOURCE Defence Research and Development Organisation (DRDO)

What is the range of the Pinaka Long Range Guided Rocket?

The Pinaka Long Range Guided Rocket (LRGR) has a strike range of about 120 km and adds precision guidance — a roughly three-fold jump from the original Pinaka Mk-1's ~38 km unguided range.

PrelimsIts maiden flight test was at the Integrated Test Range, Chandipur (December 2025), with Defence Acquisition Council induction clearance the same day and a ~60 km user trial in July 2026.

SOURCE DRDO; DD News

Who developed the Pinaka guided rocket?

It was developed by the DRDO, designed mainly by the Armament Research and Development Establishment (ARDE) with the High Energy Materials Research Laboratory (HEMRL) and other DRDO labs, and produced by Indian industry.

GS3 · S&TAchieving the guidance-and-control kit indigenously builds India's systems-engineering depth in precision-guided munitions, reducing reliance on foreign guidance technology.

SOURCE Defence Research and Development Organisation (DRDO)

Can the new Pinaka rocket use existing launchers?

Yes. The Long Range Guided Rocket is backward-compatible with the existing Pinaka launchers, so the Army gains longer range and precision by changing the munition rather than replacing the whole platform — a lower-cost path to modernisation.

GS3This makes it an affordable capability upgrade — force multiplication through the munition, not the platform — valuable for a large military on a constrained budget.

SOURCE DRDO

Where was the Pinaka guided rocket tested?

It was tested at the Integrated Test Range (ITR) at Chandipur, Odisha — a principal DRDO missile-and-rocket testing facility. The maiden 120 km flight test was in December 2025, with a minimum-range user trial in July 2026.

GS3The near-simultaneous testing and Defence Acquisition Council induction clearance signals a maturing DRDO-to-Army pipeline under the Atmanirbhar Bharat agenda.

SOURCE DD News