ULPGM-V3: India's Drone-Launched Precision Missile Explained

Core Concept & Full-Form Breakdown

What is ULPGM-V3?

Full Form — Letter by Letter
Abbreviation	Full Form	Key Note
U	Unmanned	Launched from a drone (UAV) — not a manned aircraft
L	Launched	Missile is released/fired from the UAV in flight
P	Precision	High-accuracy targeting — CEP of 10 cm
G	Guided	Active guidance after launch (not unguided ballistic)
M	Missile	Propelled weapon system with warhead
V3	Version 3	3rd iteration — also called ULM-ER (Extended Range)

📌 Alternate Name

ULM-ER = Unmanned Launched Munition – Extended Range. ULPGM-V3 and ULM-ER refer to the same missile system. The V3 designation highlights its lineage (V1 → V2 → V3); ULM-ER highlights its enhanced range over the V2.

Key Terminology at a Glance

Essential Terms — UPSC Prelims Vocabulary
Term	Meaning	Relevance to ULPGM-V3
Precision Guided Munition (PGM)	Weapon with guidance system for accuracy	ULPGM-V3 is India's first indigenous UAV-launched PGM in this class
Fire-and-Forget	Missile acquires/tracks target autonomously after launch	ULPGM-V3 is fire-and-forget — no continued guidance from operator needed
CEP (Circular Error Probable)	Radius within which 50% of projectiles land	ULPGM-V3: CEP = 10 cm — extremely high precision
IIR Seeker (Imaging Infrared)	Guidance using infrared image of target	Dual-channel IIR seeker enables day & night strikes
Loitering Munition	Drone that loiters, identifies, then strikes targets	ULPGM is conceptually a loitering munition / area-defense weapon
GCS (Ground Control System)	Integrated command, control & launch unit	Automated GCS used in ULPGM-V3 trials at Kurnool
NOAR	National Open Area Range	Test range at Kurnool, Andhra Pradesh — site of final trials

Classification of ULPGM-V3

Air-to-Surface Missile Air-to-Air Missile Fire-and-Forget Autonomous Indigenous (Made in India) UAV-Launched Dual-Mode Precision Guided Extended Range (ULM-ER) Tactical Weapon

💡 Exam Tip

UPSC may ask ULPGM-V3 as a statement-correct question. Key distinguishing feature: it is one of very few indigenous Indian missile systems capable of BOTH air-to-ground AND air-to-air engagement from an unmanned platform. This dual-role feature is the unique UPSC hook.

ULPGM-V3 (ULM-ER) = India's indigenous fire-and-forget, dual-mode (A2G + A2A), UAV-launched precision guided missile — developed by DRDO's RCI Hyderabad — trials completed May 2026 at NOAR, Kurnool.

Technical Architecture & Scientific Details

Guidance System

ULPGM-V3 Guidance & Seeker Technology
Component	Type	Function / Significance
Seeker	Dual-Channel Imaging Infrared (IIR)	Detects thermal signature of targets; works day and night; passive homing — no radar emission detectable by enemy
Guidance Mode	Fire-and-Forget (passive homing)	Operator releases missile; seeker locks on and guides autonomously — no further pilot input needed
Datalink	Two-way datalink	Enables mid-course target update; operator can redirect missile after launch if needed
Navigation	Inertial Navigation + IIR terminal	Mid-course inertial, terminal phase IIR seeker for precision
Day/Night Capability	Full 24/7	IIR seeker operates in darkness; range: 4 km (day) · 2.5 km (night)

Propulsion System

Propulsion Details
Parameter	Detail
Motor Type	Dual-Thrust Solid Motor
Stage 1 (Boost)	High thrust — rapid acceleration to target velocity after launch
Stage 2 (Sustain)	Lower sustained thrust — maintains speed over range
Fuel	Solid propellant (developed by HEMRL, Pune)
Advantage	Solid motor = low maintenance, rapid launch, storage-safe

📌 Micro-Fact

HEMRL (High Energy Materials Research Laboratory), Pune is the DRDO lab responsible for developing solid propellants and explosive materials — including the warhead fill and motor propellant for ULPGM-V3.

Warhead Options

Warhead Types — ULPGM-V3
Warhead Type	Primary Target	Mechanism
HEAT (High Explosive Anti-Tank)	Armoured vehicles, MBTs	Shaped charge penetrates armour via Munroe effect
Fragmentation	Personnel, light vehicles, drones	Metal fragments dispersed on detonation
Thermobaric (Fuel-Air)	Bunkers, enclosed spaces	Pressure wave + heat; devastating in confined areas

💡 Exam Tip

ULPGM-V3 supports three warhead options — this is a frequently asked detail in defence S&T questions. The HEAT warhead makes it suitable for anti-tank role; fragmentation for counter-drone role (Air-to-Air mode).

Ground Control System (GCS)

GCS Features
Feature	Detail
Function	Command, control, and launch operations for ULPGM weapon system
Automation	State-of-the-art automated readiness checks and launch operations
Weapon Management	Integrated automated weapon management system
Mission Coordination	Launch control + mission coordination in one platform
Operator Interface	Supports real-time monitoring during flight via two-way datalink

Key technical trio: IIR seeker (passive homing, day/night) + dual-thrust solid motor + three warhead options (HEAT, Fragmentation, Thermobaric) — integrated via automated GCS at Kurnool range.

ULPGM Family Development Timeline

IGMDP Roots to ULPGM Family

1983

IGMDP Launched — Integrated Guided Missile Development Programme formulated by Dr. APJ Abdul Kalam at DRDL, Hyderabad. Covers Agni, Prithvi, Nag, Akash, Trishul — seeds India's missile self-reliance culture.

1985–88

Research Centre Imarat (RCI) Established — PM Rajiv Gandhi laid foundation stone (Aug 1985); became operational by late 1980s. Located at Imarat Kancha, Hyderabad — Dr APJ Abdul Kalam Missile Complex.

2015

DRDO Missile Complex Renamed — Defence Minister Manohar Parrikar renamed DRDO Missile Complex, Hyderabad as Dr APJ Abdul Kalam Missile Complex on October 15, 2015.

2022–2023

ULPGM Design Phase — RCI begins development of UAV-launched precision guided munition family. Adani Defence & Aerospace and BDL brought in as manufacturing partners. Design finalised for V1 baseline variant.

2024

ULPGM V2 Production Begins — V2 (also called 'ULPGM' — production variant) enters manufacturing phase. Supply chain involving MSMEs operationalised. BDL and Adani Defence commence production runs.

Feb 2025

ULPGM-V3 / ULM-ER Unveiled at Aero India 2025 — Adani Defence showcased the ULM-ER (Extended Range variant = V3) model at Aero India 2025, Bengaluru (Feb 10–14, 2025). First public display of extended-range version.

Jul 25, 2025

Intermediate Flight Trial — DRDO conducted successful flight trial of ULPGM-V3 at NOAR, Kurnool. Defence Minister Rajnath Singh announced via social media. Validated air-to-ground precision strike capability.

May 18–19, 2026

FINAL Development Trials Completed — DRDO successfully completes final deliverable configuration development trials of ULPGM-V3 at NOAR, Kurnool in both Air-to-Ground and Air-to-Air modes. Ready for serial mass production. Defence Minister Rajnath Singh terms it a "strategic milestone" for Aatmanirbharta in Defence.

ULPGM Variant Comparison

V1 vs V2 vs V3 — Key Differences
Parameter	ULPGM-V1	ULPGM-V2 (ULPGM)	ULPGM-V3 (ULM-ER)
Role	Baseline prototype	Production variant — anti-tank primary	Extended range + dual mode (A2G + A2A)
Guidance	Basic IIR	Enhanced IIR	Dual-channel IIR + two-way datalink
Range	Limited (classified)	Up to 4 km (day)	Extended (classified beyond V2)
Modes	Air-to-Ground only	Air-to-Ground primary	Air-to-Ground + Air-to-Air
Status	Dev/test phase	In production	Trials complete — mass production ready

⚠ Common Trap

Students confuse V2 and V3. V2 is the current production variant (called simply "ULPGM"). V3 is the extended-range variant (ULM-ER) — the one that completed final trials in May 2026 and can engage both ground AND aerial targets.

ULPGM lineage: V1 (prototype) → V2 (production, anti-tank) → V3 / ULM-ER (extended range + dual mode A2G & A2A) — final trials completed May 2026, Kurnool.

Key Specifications & Factual Data

12.5 kg

All-Up Weight

10 cm

CEP (Accuracy)

4 km

Range (Day)

2.5 km

Range (Night)

Combat Modes

Warhead Options

30+

MSMEs Involved

Production Agencies

Complete Technical Specifications

ULPGM-V3 — UPSC-Ready Fact Sheet
Parameter	Value / Detail
Full Name	Unmanned Aerial Vehicle Launched Precision Guided Missile — Version 3
Alternate Name	ULM-ER (Unmanned Launched Munition — Extended Range)
Type	Air-to-Surface + Air-to-Air Missile (dual mode)
Weight	~12.5 kg (lightweight — optimised for drone carriage)
Propulsion	Dual-Thrust Solid Motor
Guidance	Passive homing — Dual-channel Imaging Infrared (IIR) seeker
Mode	Fire-and-Forget + Two-way datalink capability
Range (Day)	Up to 4 km
Range (Night)	Up to 2.5 km
CEP	10 cm (Circular Error Probable — extremely high precision)
Warheads	3 options: HEAT (anti-tank) · Fragmentation · Thermobaric
Operational Modes	Air-to-Ground (anti-tank) + Air-to-Air (drones, helicopters)
Launch Platform	UAV / multicopter (Newspace Research and Technologies UAV used in trials)
Day/Night	Full 24/7 operational capability
Target Types	Armoured vehicles · Enemy drones · Helicopters · Bunkers · Personnel
Place of Origin	India (100% indigenous)
Trial Site	NOAR (National Open Area Range), Kurnool, Andhra Pradesh
Trial Dates	May 18–19, 2026 (final trials) / July 25, 2025 (intermediate trial)
Production Status	Domestic supply chain confirmed — ready for serial mass production
Used In	Indian Armed Forces (Indian Army designation)

India's Defence Budget — Context Numbers

Key Defence Indigenisation Statistics (2025–26 / 2026–27)
Metric	Figure	Source / Year
Defence Budget 2026–27	₹7.85 lakh crore	+15% over previous year · India Sentinels, May 2026
Capital budget for domestic procurement	75% reserved for domestic industry	Ministry of Defence, 2026–27
Defence production (FY 2024–25)	₹1.54 lakh crore (record)	MoD, Jan 2026
Defence exports (FY 2025–26)	₹38,424 crore (+62.66%)	MoD; 56x increase from ₹686 crore in 2013–14
Countries India exports to	80+ countries	MoD, 2026
Domestic equipment share	65%+ produced domestically	MoD, 2026
MoD contracts signed (FY24–25)	193 contracts worth ₹2.09 lakh crore (record)	MoD annual data
India's deal for MQ-9B Predator drones	31 drones · ~$3.99 billion · General Atomics	2024 defence procurement

📌 Micro-Fact

India's defence exports surged 56 times — from ₹686 crore in 2013–14 to ₹38,424 crore in FY 2025–26. ULPGM-V3 represents the type of indigenous product that can contribute to this export trajectory.

Key numbers: Weight 12.5 kg · CEP 10 cm · Range 4 km (day) / 2.5 km (night) · 3 warhead options · 30+ MSMEs · Trial: May 2026, Kurnool · Defence budget 2026–27: ₹7.85 lakh crore.

Nodal Labs & Institutional Ecosystem

DRDO Labs Involved — ULPGM-V3 Development

DRDO Laboratory Network — ULPGM-V3
Lab / Institution	Location	Role in ULPGM-V3
Research Centre Imarat (RCI)	Hyderabad, Telangana	NODAL LAB — Overall missile development lead; avionics, IIR seeker, guidance & navigation systems, inertial sensors, onboard computers
DRDL (Defence Research & Development Laboratory)	Hyderabad, Telangana	Missile aerodynamics, structural design, systems integration — sister lab of RCI in APJ Abdul Kalam Missile Complex
TBRL (Terminal Ballistics Research Laboratory)	Chandigarh	Warhead design & terminal effects — blast, fragmentation, penetration characterization; tested warhead lethality
HEMRL (High Energy Materials Research Laboratory)	Pune, Maharashtra	Solid propellant development for dual-thrust motor; explosive warhead fill; pyrotechnic systems

💡 Exam Tip

UPSC loves matching questions: "Which DRDO lab is responsible for warhead design?" → TBRL, Chandigarh. "Which is the nodal lab for ULPGM-V3?" → RCI, Hyderabad. Know all four labs and their cities.

Production & Industry Ecosystem

Industry Partners — ULPGM-V3
Organisation	Category	HQ	Role
Bharat Dynamics Limited (BDL)	DPSU (Defence PSU)	Hyderabad	Primary production agency for ULPGM missiles; manufactures and delivers to armed forces
Adani Defence Systems & Technologies	Private Sector	Hyderabad	Second production agency; also involved in UAV integration & weapon system assembly
Newspace Research and Technologies	Start-up / Private	Bengaluru, Karnataka	UAV platform developer — provided the multicopter UAV used as launch platform in final trials
30+ MSMEs & Start-ups	Small & Medium Industry	Pan-India	Components, sub-systems, materials — entire domestic supply chain from MSMEs confirmed "fully mature" by DRDO

About RCI — Nodal Lab Deep Dive

Research Centre Imarat (RCI) — Key Facts
Parameter	Detail
Established	1985 (foundation stone) · Operational by late 1980s
Location	Imarat Kancha, Kanchanbagh, Hyderabad (20 km from city); within Dr APJ Abdul Kalam Missile Complex
Campus	~2,000 acres
Founder Vision	Conceptualised by Dr APJ Abdul Kalam during his tenure at DRDL
Mandate	R&D in Control Engineering · Inertial Navigation · IIR Seekers · RF Seekers · Onboard Computers · Mission Software
Part of	Dr APJ Abdul Kalam Missile Complex (renamed 15 Oct 2015 by Defence Minister Manohar Parrikar)
Key Projects	Barak-8 / MR-SAM (Indo-Israel) · VSHORAD (MANPAD) · ULPGM family · Guidance systems for Agni, Astra missiles
DRDO Chairman (2026)	Samir V Kamat — congratulated ULPGM-V3 trial teams

✅ Key Fact

RCI also led the Indo-Israeli Barak-8 (MR-SAM) programme — India's Medium Range Surface-to-Air Missile, developed jointly with Israel Aerospace Industries (IAI). RCI achieved "hat-trick success" in its first three consecutive missions of Barak-8.

Dr APJ Abdul Kalam Missile Complex — Overview

Labs Under APJ Abdul Kalam Missile Complex, Hyderabad
Lab	Abbreviation	Focus Area
Research Centre Imarat	RCI	Missile avionics, seekers, guidance systems
Defence Research & Development Laboratory	DRDL	Missile aerodynamics, propulsion, systems integration
Advanced Systems Laboratory	ASL	Strategic missiles (Agni family); solid propulsion systems
Defence Electronics Research Laboratory	DLRL	Electronic warfare, radar, communications

Nodal lab: RCI, Hyderabad · Supporting labs: DRDL (Hyderabad), TBRL (Chandigarh), HEMRL (Pune) · Production: BDL + Adani Defence (both Hyderabad) · UAV: Newspace (Bengaluru) · 30+ MSMEs.

Operational Roles & Combat Modes

Dual-Mode Capability — What Makes V3 Unique

✈️ Air-to-Ground (A2G) Mode

Primary role: Anti-tank operations
Targets: Enemy armoured vehicles (MBTs, IFVs, APCs)
Warhead: HEAT for armour penetration
Also targets: Bunkers, fortifications, light vehicles, radar stations
Accuracy: 10 cm CEP — surgical precision
Day/Night: Both via IIR seeker
Range: 4 km (day), 2.5 km (night)
Launch: UAV overflies target area → missile released

🚁 Air-to-Air (A2A) Mode

Primary role: Counter-drone / counter-UAS operations
Targets: Enemy drones, loitering munitions, helicopters, low-flying aircraft
Warhead: Fragmentation for aerial targets
Significance: Rare capability — most UAV weapons are A2G only
Utility: Area air-defence from an airborne platform
Strategic use: Neutralise swarm drones, ISR drones, attack helicopters
Context: Post-Operation Sindoor — counter-drone capability critical

★ Important

ULPGM-V3 is described as "one of the few indigenous missile systems in India's inventory designed for both ground and aerial engagement from an unmanned platform." The Air-to-Air capability is the unique distinguishing feature over the V2.

Tactical Significance in Modern Warfare

Why UAV-Launched PGMs Matter — Modern Battlefield
Dimension	Traditional Approach	ULPGM-V3 Advantage
Risk to Personnel	Pilot flies over enemy territory	Unmanned — zero pilot risk in strike role
Stealth	Manned aircraft detectable on radar	Small UAV has lower radar cross-section; IIR seeker is passive (no emissions)
Cost	Air-launched missiles from jets very expensive	Lightweight 12.5 kg missile from small UAV — cost-efficient per strike
Reaction Time	Jet scramble takes time	Forward-deployed UAV can strike rapidly
Counter-Drone	Expensive interceptor missiles or guns	Drone kills drone — cost-effective A2A engagement
Anti-Tank	Ground forces, helicopters (vulnerable)	UAV stays out of MANPAD range while engaging tanks

India-Pakistan Conflict 2025 — Drone Warfare Context

The 2025 India-Pakistan conflict (Operation Sindoor, May 7, 2025) demonstrated that drones had shifted from pure Intelligence, Surveillance, and Reconnaissance (ISR) roles to deep-strike offensive weapons. Both sides deployed drones across the Line of Control. This conflict validated the urgent need for India to field indigenous counter-drone and drone-launched strike systems — precisely what ULPGM-V3 provides.

🔗 Context Link

Operation Sindoor (May 7, 2025) → India struck 9 terrorist infrastructure sites in Pakistan/PoJK using precision weapons → drone warfare context established → ULPGM-V3 final trials completed May 2026 → Direct strategic connection.

ULPGM vs Harop (Loitering Munition) — Classification Nuance

Loitering Munition vs Missile — Key Distinction
Aspect	Classic Loitering Munition (e.g. Harop)	ULPGM-V3
Platform	IS the UAV — drone itself is the weapon	Separate missile LAUNCHED FROM a UAV
Reuse	One-time use (kamikaze)	UAV reusable; missile is expendable
Multiple shots	One strike per platform	UAV can carry & fire multiple missiles
Mission abort	Limited — platform is the projectile	UAV can return without firing missile

⚠ Common Trap

ULPGM-V3 is not a loitering munition in the strict sense (like Harop). It is a missile launched FROM a UAV. The UAV and the missile are two separate systems. Conceptually it acts as an area-defence system, but mechanically it is a UAV-launched missile.

Dual role = A2G (anti-tank, CEP 10 cm) + A2A (counter-drone, helicopter) · UAV launches missile, returns reusable · Post-Op Sindoor context: drone warfare central to India-Pakistan conflict 2025.

Atmanirbhar Bharat & Policy Linkages

IGMDP — The Founding Framework

Integrated Guided Missile Development Programme (IGMDP)
Parameter	Detail
Launched	July 1983
Architect	Dr APJ Abdul Kalam (then Director, DRDL)
Objective	Develop 5 missile types indigenously to end import dependence
5 Missiles	Agni (IRBM) · Prithvi (SSM) · Nag (Anti-tank) · Akash (SAM) · Trishul (Anti-ship)
Legacy	IGMDP created the institutional and scientific ecosystem that now enables ULPGM-V3
Relevance	RCI, DRDL — both IGMDP institutions — developed ULPGM-V3

Defence Acquisition Procedure (DAP) 2020 — Key Provisions

DAP 2020 Framework — ULPGM-V3 Connection
Category / Provision	Meaning	ULPGM-V3 Fit
Buy (Indian-IDDM)	Highest priority · Indigenous Design, Development & Manufacture	ULPGM-V3 is 100% IDDM — designed, developed & manufactured in India
Positive Indigenisation Lists (PIL)	Items on PIL cannot be imported — must be made domestically	UAV-launched munitions aligned with PIL philosophy
75% capital for domestic	2026–27 budget reserves 75% capital acquisition for domestic industry	ULPGM-V3 production by BDL + Adani benefits from this ring-fencing
DAP 2026 (Draft)	Released Feb 10, 2026 — raises IDDM indigenous content from 50% to 60%	ULPGM-V3 exceeds this — 100% domestic content including 30+ MSMEs

Key Inter-linkages for UPSC

ULPGM-V3 Linked Concepts — S&T × Policy × Current Affairs
Concept / Term	Linked To ULPGM-V3 How?
Aatmanirbhar Bharat	ULPGM-V3 is 100% indigenous — PM Modi's self-reliance mission embodied
iDEX (Innovations for Defence Excellence)	Newspace Research & Technologies (UAV platform for trials) is the type of start-up iDEX supports
DPM 2025	Defence Procurement Manual 2025 (eff. Nov 1, 2025) — guarantees 5-year orders for indigenous products; benefits ULPGM producers
Make in India — Defence	ULPGM-V3 fully produced within India; entirely domestic supply chain with MSMEs
DRDO — Technology Transfer	DRDO transferred production to BDL (DPSU) + Adani (private) — public-private partnership model
NAG Missile / NAMICA	India's earlier anti-tank guided missile (IGMDP); ULPGM-V3 extends the anti-tank mission from helicopters → UAVs
Harop (IAI Israel)	India currently uses Israeli Harop loitering munitions; ULPGM-V3 is the Indian alternative ecosystem
Operation Sindoor (May 2025)	Demonstrated need for indigenous drone-strike capability; ULPGM-V3 trials completed within 1 year
TAPAS BH-201	DRDO's MALE UAV under development — future larger platform for ULPGM integration

Defence Industrial Corridors — Spatial Link

Defence Corridor Connection
Corridor	States	ULPGM-V3 Link
Uttar Pradesh Defence Industrial Corridor	Agra, Aligarh, Lucknow, Kanpur, Jhansi, Chitrakoot	Broader ecosystem for defence manufacturing under Atmanirbhar
Tamil Nadu Defence Industrial Corridor	Chennai, Hosur, Coimbatore, Tiruchy, Salem	Broader ecosystem; some aerospace/electronics MSMEs supply to DRDO
Andhra Pradesh (Kurnool)	NOAR Test Range	Direct — site of ULPGM-V3 final trials (May 2026)
Hyderabad (Telangana)	APJ Abdul Kalam Missile Complex	RCI + DRDL — development hub; BDL + Adani — production hub

IGMDP 1983 DAP 2020 Buy (Indian-IDDM) Positive Indigenisation List DPM 2025 Aatmanirbhar Bharat Make in India — Defence iDEX BDL (DPSU) DAP 2026 (Draft)

ULPGM-V3 = IGMDP legacy + Aatmanirbhar Bharat + DAP 2020 IDDM category + iDEX ecosystem + NOAR Kurnool (AP) test range — a complete indigenisation story from policy to product.

Global Comparison & International Dimension

India vs Global UAV-Launched Precision Strike Systems

Global UAV-Launched Precision Weapon Systems — Comparative
System	Country	Type	Key Feature	India Comparison
AGM-114 Hellfire	USA	Air-to-Ground missile (laser/radar guided)	Launched from MQ-9 Reaper; 8 km range; multi-variant; widely exported	ULPGM-V3 is India's indigenous equivalent concept — much lighter (12.5 kg vs 48 kg)
Harop	Israel (IAI)	Loitering munition (kamikaze)	Anti-radiation + visual; 1,000 km range; drone is the weapon	India uses Harop — ULPGM-V3 is a separate class (missile from UAV, not kamikaze)
Bayraktar MAM-L / MAM-C	Turkey	Mini smart micro munition	Fired from Bayraktar TB2; laser-guided; used in Ukraine, Libya, Karabakh	Closest global analogue to ULPGM-V3 in concept; Turkey proved the model; India now indigenised it
Brimstone	UK (MBDA)	Air-to-surface missile	Active radar seeker; multi-platform; anti-armour swarm targeting	More sophisticated; ULPGM-V3 is India's entry-level equivalent
CH-901 / Blue Arrow 7	China	UAV-launched PGM	Mounted on CH-4B/CH-5 Rainbow UAVs; exported to Middle East, Africa	Direct rival — China has operational equivalents; India's ULPGM-V3 bridges this gap
SPEAR-3	UK / MBDA	Network-enabled cruise missile	Extended range, network-enabled; next-gen	Future target; ULPGM-V3 is current-gen tactical equivalent

Drone Warfare — Global Lessons That Shaped ULPGM-V3

Conflicts That Established UAV-PGM Doctrine
Conflict	Key Drone/Munition Used	Lesson for India
Nagorno-Karabakh War, 2020	Azerbaijan: Turkish Bayraktar TB2 + Israeli Harop; Israeli SkyStriker	Small armed UAVs with guided munitions can destroy armoured columns — paradigm shift; ULPGM-V3 concept validated
Russia-Ukraine War, 2022–present	Ukraine: Bayraktar + FPV drones; Russia: Lancet + Shahed-136	Drone warfare at massive scale; loitering munitions and UAV-launched weapons decisive; counter-drone equally critical → A2A mode for ULPGM
Middle East Conflicts, 2023–2025	Iran-backed forces: Shahed; Israel: Harop family	Low-cost drones vs advanced interception; UAV-launched precision strike vs conventional air power
Operation Sindoor, May 2025	India: Loitering munitions + precision missiles	India used drones offensively in Pakistan/PoJK; demonstrated domestic need for indigenous UAV-strike systems → ULPGM-V3 development accelerated

📌 Micro-Fact

Turkey's Bayraktar TB2 drone became globally famous for using MAM-L (smart micro munitions — direct analogue to ULPGM concept) in the Nagorno-Karabakh war, destroying 40+ Armenian tanks. This validates ULPGM-V3's strategic concept for India.

India's UAV Ecosystem — International Procurement vs Indigenous

🌍 Imported Platforms (India uses)

MQ-9B Predator/Guardian (USA, $3.99B deal, 31 units)
Harop Loitering Munition (Israel / IAI)
Heron TP UAV (Israel)
Bayraktar interest (Turkey)

🇮🇳 Indigenous Programmes (Developed)

ULPGM-V3 / ULM-ER (DRDO — this topic)
TAPAS BH-201 MALE UAV (DRDO)
CATS Warrior UCAV (HAL)
SLMUAV Swarm (DRDO — Swarm Loitering Munition)
TARA (indigenous glide bomb kit — smart PGM)

ULPGM-V3 makes India part of an elite group — alongside USA (Hellfire), Turkey (MAM-L), UK (Brimstone) — of countries with indigenous UAV-launched precision guided munitions. China already has CH-901/Blue Arrow 7.

Current Affairs — ULPGM-V3 & Defence Ecosystem (2025–2026)

📊 Current Affairs — Business Standard · May 20, 2026

DRDO successfully completed the final deliverable configuration development trials of ULPGM-V3 in both Air-to-Ground and Air-to-Air modes at the National Open Area Range (NOAR) near Kurnool, Andhra Pradesh. Trials were conducted on May 18–19, 2026. Defence Ministry confirmed the domestic supply chain is "fully mature" and the system is ready for immediate serial mass production.

📊 Current Affairs — Bharatshakti / PIB · May 20, 2026

Defence Minister Rajnath Singh described the successful ULPGM-V3 trials as a "strategic milestone achieved towards Aatmanirbharta in Defence". He congratulated DRDO, PSUs, Defence Production Partners, industry, MSMEs, and start-ups. DRDO Chairman Samir V Kamat called the trials a "significant achievement for India's indigenous missile development efforts." The system used a Ground Control System (GCS) with automated weapon management and launch control technologies.

📊 Current Affairs — Janes / Asianet Newsable · May 2025 → May 2026

ULPGM-V3 first unveiled at Aero India 2025, Bengaluru (Feb 10–14, 2025) as ULM-ER model by Adani Defence. First flight trial: July 25, 2025 at NOAR Kurnool (announced by Rajnath Singh on X/Twitter). Final trials: May 18–19, 2026 — confirming Air-to-Air mode for the first time publicly — making V3 the first Indian UAV-launched system validated in A2A configuration. The system was integrated on UAVs by Newspace Research and Technologies, Bengaluru; DRDO is pursuing integration with longer-range, higher-endurance UAV platforms from other Indian companies.

📊 Current Affairs — India Sentinels / Organiser · Jan 2026

India's Defence Budget 2026–27 raised 15% to ₹7.85 lakh crore. The government reserved 75% of the capital acquisition budget for domestic industries. India's defence production hit a record ₹1.54 lakh crore in FY 2024–25. Defence exports reached a record ₹38,424 crore (+62.66%) in FY 2025–26, representing a 56-fold increase from 2013–14. India now exports to 80+ countries. The Ministry of Defence formally described 2025 as the "Year of Reforms" for India's defence sector.

📊 Current Affairs — Outlook Business · Feb 2026

Draft DAP 2026 released February 10, 2026 for stakeholder consultation. DAP 2026 merges Buy (Indian) and Buy (Indian-IDDM) categories, raises minimum indigenous content from 50% to 60%, and provides price credit of up to 15% for higher indigenisation. ULPGM-V3, with 100% domestic content including 30+ MSMEs, already exceeds these new standards.

📊 Current Affairs — PIB · March 2026

Defence Minister Rajnath Singh at the National Defence Industries Conclave 2026 (March 19, 2026, Manekshaw Centre, New Delhi) stated that "India must become a global hub of drone manufacturing in the next few years". He noted ongoing conflicts (Russia-Ukraine, Iran-Israel) prove that drones and counter-drone technologies are destined to be central to warfare. Also, Rajnath Singh and Vice-President Jagdeep Dhankhar jointly launched the AMCA ecosystem worth ₹15,800 crore in Andhra Pradesh — broader aerospace-defence push.

📊 Current Affairs — DRDO SFDR / Astra Mk-3 · 2025

In parallel with ULPGM-V3 development, DRDO also successfully tested the SFDR (Solid Fuel Ducted Ramjet) propulsion system for the next-generation Astra Mk-3 missile with a range exceeding 350 km — demonstrating the breadth of India's indigenous missile development across tactical (ULPGM-V3) and strategic/beyond-visual-range (Astra Mk-3) domains.

💡 Exam Tip — What to Remember for Prelims 2026

Five must-know facts for the MCQ: (1) Trial site = NOAR, Kurnool, Andhra Pradesh; (2) Nodal lab = Research Centre Imarat (RCI), Hyderabad; (3) Modes = Air-to-Ground + Air-to-Air; (4) Production agencies = BDL + Adani Defence (both Hyderabad); (5) UAV platform = Newspace Research and Technologies, Bengaluru.

PYQ & Traps — ULPGM-V3 & Related Concepts

Statement True / False Table — Classic UPSC Format

UPSC-Style Statements — Verify Each Carefully
Statement	True / False	Correct Fact
ULPGM-V3 is also known as ULM-ER (Unmanned Launched Munition — Extended Range)	✅ TRUE	Both names refer to the same system
The nodal lab for ULPGM-V3 is DRDL, Hyderabad	❌ FALSE	Nodal lab is RCI (Research Centre Imarat), Hyderabad. DRDL is a contributing lab, not nodal.
ULPGM-V3 final trials were conducted at Chandipur, Odisha	❌ FALSE	Trials at NOAR (National Open Area Range), Kurnool, Andhra Pradesh. Chandipur is ITR (Integrated Test Range) used for other DRDO tests.
ULPGM-V3 can engage both ground targets and aerial threats like drones and helicopters	✅ TRUE	Dual-mode: Air-to-Ground (anti-tank) + Air-to-Air (drones, helicopters)
ULPGM-V3 uses an active radar seeker for guidance	❌ FALSE	Uses passive IIR (Imaging Infrared) seeker — not active radar. Passive = no emissions detectable by enemy.
Bharat Dynamics Limited (BDL) is one of the two designated production agencies for ULPGM-V3	✅ TRUE	BDL (DPSU) and Adani Defence Systems & Technologies — both based in Hyderabad
The UAV used in ULPGM-V3 trials was developed by Newspace Research and Technologies, Chennai	❌ FALSE	Newspace Research and Technologies is based in Bengaluru, not Chennai
ULPGM-V3 has a CEP of 1 metre, making it a precision weapon	❌ FALSE	CEP is 10 cm (ten centimetres) — 10 times more precise than 1 metre
Research Centre Imarat was established by Dr APJ Abdul Kalam in 1988	⚠️ PARTIAL	Foundation stone laid 1985 by PM Rajiv Gandhi; operational by late 1980s. Conceptualised by Abdul Kalam but formally the dates need care.
HEMRL, Pune is responsible for developing the warhead and propellant for ULPGM-V3	✅ TRUE	HEMRL = High Energy Materials Research Laboratory — solid propellant + explosive warhead fill

Classic Traps — Students Get These Wrong

⚠ Trap 1 — RCI vs DRDL

UPSC may say "DRDL is the nodal lab for ULPGM-V3." → Wrong. RCI is nodal; DRDL is a contributor. Both are in Hyderabad (Dr APJ Abdul Kalam Missile Complex), which adds confusion.

⚠ Trap 2 — Trial Site

"ULPGM-V3 was tested at Chandipur" or "at Pokhran" → Both wrong. Trial site is NOAR, Kurnool, Andhra Pradesh. Chandipur (ITR, Odisha) is used for Agni, Prithvi, VSHORAD etc. Pokhran is for nuclear/artillery.

⚠ Trap 3 — V2 vs V3 Mix-up

Some statements describe V2 (production anti-tank variant called simply "ULPGM") and apply it to V3. Key: V3 adds Air-to-Air capability and extended range. V2 is anti-tank only, already in production. V3 completed FINAL trials May 2026.

⚠ Trap 4 — Newspace Location

Newspace Research and Technologies (UAV platform maker for trials) is in Bengaluru (Karnataka) — not Hyderabad or Chennai. UPSC may exploit this city confusion.

⚠ Trap 5 — Loitering Munition Classification

ULPGM-V3 is not a loitering munition in the strict sense (like Harop or SkyStriker where the drone itself is the weapon). ULPGM-V3 is a missile launched from a separate UAV. The UAV and missile are distinct systems.

⚠ Trap 6 — Seeker Type

ULPGM-V3 uses a passive IIR seeker — not laser guidance (like NAG Mk-2), not active radar (like Astra), not GPS-only (like SCALP). The passive + IIR combination is its defining guidance signature.

⚠ Trap 7 — Production Partner

Adani Defence is listed as "Adani Defence Systems & Technologies Limited" — full correct name matters. Students sometimes confuse with Adani Enterprises or write "Adani Defence & Aerospace." Check: the production agency name is "Adani Defence Systems & Technologies Limited, Hyderabad."

DRDO Laboratory — City Matching Quick Reference

Lab → City Quick Map (UPSC Favourite)
DRDO Lab	City	State	Key Products
RCI	Hyderabad	Telangana	ULPGM-V3 (nodal), Barak-8, VSHORAD
DRDL	Hyderabad	Telangana	Agni, Prithvi, ULPGM-V3 (contrib)
TBRL	Chandigarh	Chandigarh UT	Warheads, terminal ballistics, ULPGM-V3
HEMRL	Pune	Maharashtra	Solid propellants, explosives, ULPGM-V3
ITR	Chandipur	Odisha	Integrated Test Range (not ULPGM)
NOAR	Kurnool	Andhra Pradesh	National Open Area Range — ULPGM trial site
ASL	Hyderabad	Telangana	Strategic missiles (Agni family)
CABS	Bengaluru	Karnataka	Airborne Early Warning systems

💡 Exam Tip — PYQ Pattern

Past UPSC Prelims have asked about DRDO-developed systems in the format: "With reference to [system], consider the following statements: 1. It was developed by [lab]. 2. It was tested at [site]. 3. It has [feature]." → Know the exact lab (RCI), exact site (NOAR, Kurnool), and exact features (dual mode, IIR seeker, CEP 10 cm).

Most dangerous traps: RCI ≠ DRDL as nodal lab · Kurnool ≠ Chandipur trial site · V3 ≠ loitering munition · Passive IIR ≠ active radar · Newspace = Bengaluru (not Hyderabad).

MCQ Practice — 5 UPSC-Style Questions

1With reference to the ULPGM-V3, consider the following statements:
1. It is developed by Defence Research and Development Laboratory (DRDL) as the nodal laboratory.
2. It was tested in Air-to-Ground and Air-to-Air modes at a range in Andhra Pradesh.
3. Its guidance system uses an active radar seeker for all-weather operation.
Which of the statements given above is/are correct?

Correct: (b) — Statement 2 only

Statement 1 — FALSE: The nodal lab for ULPGM-V3 is Research Centre Imarat (RCI), Hyderabad — not DRDL. DRDL is a contributing lab. Both are in Hyderabad, hence this is a classic UPSC trap.

Statement 2 — TRUE: ULPGM-V3 was tested in both Air-to-Ground (anti-tank) and Air-to-Air (counter-drone/helicopter) modes at NOAR (National Open Area Range), Kurnool, Andhra Pradesh on May 18–19, 2026.

Statement 3 — FALSE: ULPGM-V3 uses a passive Imaging Infrared (IIR) seeker — not active radar. Passive IIR seeker does not emit signals, reducing detectability.

2Which of the following correctly matches the DRDO laboratories with their locations and roles in the ULPGM-V3 programme?
1. Terminal Ballistics Research Laboratory — Chandigarh — Warhead design
2. High Energy Materials Research Laboratory — Pune — Solid propellant development
3. Research Centre Imarat — Hyderabad — Nodal lab (guidance systems)
Select the correct answer using the code below:

Correct: (d) — All three correct

All three matchings are accurate: TBRL (Chandigarh) = warhead terminal effects; HEMRL (Pune) = solid propellant + explosive fill; RCI (Hyderabad) = nodal lab — avionics, IIR seekers, guidance & navigation systems. Knowing all four DRDO labs (adding DRDL, Hyderabad as the fourth contributor) is essential for UPSC.

3Consider the following pairs regarding global UAV-launched precision guided munition systems:
1. AGM-114 Hellfire — United States — Launched from MQ-9 Reaper
2. MAM-L — Turkey — Used from Bayraktar TB2 drone
3. Harop — Israel — A separate missile launched from a carrier UAV
Which of the pairs given above is/are correctly matched?

Correct: (b) — Pairs 1 and 2 only

Pair 1 — CORRECT: AGM-114 Hellfire (USA) is indeed launched from MQ-9 Reaper UAV — the defining armed drone of US military.

Pair 2 — CORRECT: MAM-L (Mini Akıllı Mikro Mühimmat — Smart Micro Munition) is Turkey's guided bomb used on Bayraktar TB2 — became famous in Nagorno-Karabakh 2020.

Pair 3 — INCORRECT: Harop (Israel, IAI) is a loitering munition where the drone itself is the weapon (kamikaze/suicide drone). It is NOT a separate missile launched from a carrier UAV. This is the key classification trap.

4Which of the following statements about the ULPGM-V3 development ecosystem is INCORRECT?

Correct: (c) — This statement is INCORRECT

The final development trials of ULPGM-V3 were conducted at NOAR (National Open Area Range), Kurnool, Andhra Pradesh — NOT at ITR Chandipur, Odisha. Chandipur is used for Agni, Prithvi, Astra, and VSHORAD tests. NOAR Kurnool is specifically used for UAV-related trials.

All other options (a), (b), and (d) are factually correct statements about the ULPGM-V3 ecosystem.

5With reference to India's defence indigenisation as reflected in the ULPGM-V3 programme, consider the following:
1. The Defence Acquisition Procedure (DAP) 2026 raises minimum indigenous content under Buy (IDDM) category from 50% to 60%.
2. India's defence exports crossed ₹38,000 crore in FY 2025–26, representing a 56-fold increase from 2013–14.
3. 75% of India's capital acquisition budget for 2026–27 is reserved for domestic industry procurement.
How many of the above statements are correct?

Correct: (c) — All three are correct

Statement 1 — TRUE: Draft DAP 2026 (released Feb 10, 2026) raises minimum indigenous content from 50% to 60%, with a 15% price credit for higher indigenisation. It also merges Buy (Indian) and Buy (Indian-IDDM) categories.

Statement 2 — TRUE: India's defence exports reached ₹38,424 crore in FY 2025–26, a 62.66% increase — representing a 56-fold rise from ₹686 crore in 2013–14. India now exports to 80+ countries.

Statement 3 — TRUE: The Government of India reserved 75% of capital acquisition budget for 2026–27 for procurement from domestic industries — a key Atmanirbhar Bharat policy tool.

5 MCQs covered: Nodal lab identification · Lab-city matching · Global systems classification · Trial site error · Indigenisation data facts. Score 5/5 = Prelims ready.

Quick Revision — Rapid Recall Capsule

⚡ Rapid Recall — ULPGM-V3 (Science & Technology · Prelims)

Full Form: Unmanned Aerial Vehicle Launched Precision Guided Missile — Version 3 | Also = ULM-ER (Unmanned Launched Munition – Extended Range)
Developer: DRDO — Nodal Lab: Research Centre Imarat (RCI), Hyderabad | Contributing: DRDL (Hyd), TBRL (Chandigarh), HEMRL (Pune)
Trial Site: NOAR (National Open Area Range), Kurnool, Andhra Pradesh | Final trials: May 18–19, 2026
Combat Modes: Air-to-Ground (anti-tank) + Air-to-Air (counter-drone, helicopter) — dual mode is V3's unique feature
Guidance: Passive IIR (Imaging Infrared) seeker — fire-and-forget — day & night — two-way datalink
Key Specs: Weight ~12.5 kg · CEP 10 cm · Range 4 km (day) / 2.5 km (night) · Dual-thrust solid motor
Warheads: 3 options — HEAT (anti-tank) · Fragmentation (counter-drone) · Thermobaric (bunker)
Production Agencies: Bharat Dynamics Limited (BDL), Hyderabad + Adani Defence Systems & Technologies, Hyderabad
UAV Platform: Developed by Newspace Research and Technologies, Bengaluru — multicopter used in final trials
Policy Links: IGMDP (1983) → Aatmanirbhar Bharat → DAP 2020 (Buy Indian-IDDM) → DPM 2025 → DAP 2026 (draft, 60% IDDM threshold)
Context: Post-Operation Sindoor (May 7, 2025) — India's drone-strike combat proved urgency · First unveiled at Aero India 2025, Bengaluru
Defence Numbers: Budget 2026–27 = ₹7.85 lakh crore (+15%) · Exports = ₹38,424 crore (56x from 2013–14) · 75% capital for domestic · 30+ MSMEs in ULPGM supply chain

🎯 ULPGM-V3 = India's first indigenous dual-mode (A2G + A2A) UAV-launched PGM — nodal lab RCI Hyderabad — final trials NOAR Kurnool, May 2026 — CEP 10 cm — BDL + Adani Defence produce it.

· MaargX UPSC · Curated for Civil Services Preparation ·

DRDO Labs — City Quick Recall Table

Lab → City → Role (Last-Minute Memorisation)
Lab	City	ULPGM-V3 Role
RCI	Hyderabad	NODAL LAB — guidance, IIR seeker, avionics
DRDL	Hyderabad	Aerodynamics, systems integration
TBRL	Chandigarh	Warhead design, terminal ballistics
HEMRL	Pune	Solid propellant, explosive fill
NOAR	Kurnool, AP	Trial range — final tests May 2026
BDL	Hyderabad	Production Agency 1
Adani Defence	Hyderabad	Production Agency 2
Newspace R&T	Bengaluru	UAV platform for trials