India Signs Rs 770 Crore BEL Deal for Upgraded Anti-Drone Radars
India’s Ministry of Defence has signed a contract worth nearly Rs 770 crore (roughly $92 million) with state-owned Bharat Electronics Limited for an upgraded version of the Army’s low-level lightweight radar, built to track everything from fighter-sized jets down to the small commercial drones that have become a daily nuisance, and occasional threat, along India’s western border.
What Happened
The Ministry of Defence signed the agreement with BEL in New Delhi on October 21, 2026, in the presence of Defence Secretary Rajesh Kumar Singh, according to a ministry statement cited by multiple Indian outlets, including The Print, The Tribune and The Week. The contract covers the Improved Low Level Light Weight Radar, designated LLLR-I, which the ministry says will give the Army the ability to detect and track both conventional aircraft and mini and micro drones, then prioritize which targets pose the greatest threat.
The ministry’s statement frames the deal primarily in industrial terms, calling it “a significant step towards indigenisation of air defence platforms” and tying it to the government’s Viksit Bharat 2047 development push and its broader Atmanirbhar Bharat self-reliance drive. Officials said the order would also benefit micro, small and medium enterprises feeding into BEL’s supply chain. Neither the ministry’s public statement nor the press coverage of it specifies how many radar units are covered by the contract or when deliveries are due.
The Product/System
The LLLR-I is the latest iteration of a radar family that began as the Low Level Light Weight Radar, known in service as Bharani Mk-I (DRDO’s designation) or Aslesha Mk-I (the name used in some other reporting), designed by the Defence Research and Development Organisation’s Electronics and Radar Development Establishment (LRDE) and manufactured by BEL. The original is a compact, battery-powered 2D/3D S-band set designed to be carried into mountainous terrain, where it watches for low- and medium-altitude aircraft, helicopters and remotely piloted vehicles that can hide from larger, fixed radars in the folds of the terrain.
Indian press coverage of the October contract describes the improved LLLR-I as a software-defined, AESA-based radar using gallium-nitride amplifiers, with the Army specifying it must detect targets with a radar cross-section as small as 0.001 square meters, roughly the signature of a small commercial quadcopter, out to about 50 kilometers, and track more than 100 targets simultaneously. That specification echoes a July 2025 request for information in which the Army sought up to 45 GaN-based, 3D AESA counter-UAS radars mounted on 4×4 vehicles, suggesting the October deal may be the production follow-on to that effort, though none of the sources reviewed explicitly confirms the two programs are the same contract.
Who Uses It
The radar is fielded exclusively by the Indian Army, which has deployed earlier LLLR/Bharani units along the Line of Control with Pakistan and the Line of Actual Control with China, where mountainous terrain creates radar gaps that larger, fixed installations cannot cover. No export customer or other service branch has been reported for this system.
Procurement History
BEL has supplied the Army with low-level lightweight radars for several years under earlier contracts, including a batch of ten units reported by The Tribune, whose exact date could not be confirmed from available sources. The October 2026 deal for the “Improved” LLLR-I variant appears to be a distinct, newer order rather than a repeat of that earlier batch. It follows a separate Rs 4,106 crore package the ministry signed with BEL and NewSpace India Limited on October 15, 2026, covering the GSAT-7C Air Force satellite and Varunastra heavyweight torpedoes for the Navy, underscoring how frequently New Delhi has been signing defense contracts through October.
Global Competitors
Low-level, counter-drone-capable radars have become a crowded product category worldwide as militaries confront the same problem India is addressing: cheap commercial and militarized small drones that older air-defense radars, tuned for faster, larger targets, struggle to see. Comparable systems include Israel’s RADA and IAI-made compact 3D radars, Turkey’s ASELSAN counter-UAS radar family, and various Chinese low-altitude surveillance radars marketed for border and base defense. BEL’s pitch for the LLLR-I rests on indigenous design and lower unit cost rather than claims of outright technical superiority over these rivals.
Why It Matters
The contract lands against a backdrop of mounting drone activity on India’s northwestern frontier. Indian media reported suspected Pakistani drone incursions over the international border and Line of Control near Poonch, Samba and Rajouri in January 2026, prompting Indian forces to fire on intruding craft, and India’s Army Chief has publicly warned Islamabad over the intrusions. The 2025 India-Pakistan clash remembered in India as Operation Sindoor is widely cited by Indian analysts as the moment that exposed gaps in the Army’s ability to track large numbers of small drones; retired officers have since warned the country could face swarms of 1,500 to 2,000 or more hostile platforms a day in a high-intensity conflict. Those estimates come from Indian military commentary, not an official government assessment, but they illustrate the thinking driving procurement.
The upgraded radar is one piece of a wider, and still incomplete, counter-drone buildup that also includes DRDO’s Bhargavastra counter-swarm rocket system, laser-based kill systems in development, and a push toward integrating sensors and shooters that India’s own commentators say still has gaps, particularly in protecting urban areas and sensitive infrastructure where “hard-kill” interceptors risk causing collateral damage.
What Happens Next
The ministry has not released a delivery schedule or unit count for the LLLR-I order, and it is not yet clear whether this contract exhausts the Army’s 2025 request for up to 45 AESA counter-UAS radars or represents only an initial tranche. Further contracts for complementary systems, such as kinetic interceptors to work alongside the radar’s detection and tracking data, are likely as India continues building out a layered counter-drone architecture in response to the India-Pakistan drone exchanges of the past two years.
FAQ
What is the LLLR-I radar?
LLLR-I, or Improved Low Level Light Weight Radar, is an Indian-designed, AESA-based ground radar built to detect and track low-flying aircraft and small drones, including targets as small as a commercial quadcopter, out to roughly 50 kilometers.
How much is the new contract worth?
India’s Ministry of Defence says the deal with Bharat Electronics Limited is worth nearly Rs 770 crore, or approximately $92 million at current exchange rates.
Why is India buying more anti-drone radars now?
The purchase follows a string of suspected drone incursions from Pakistan along the Line of Control in early 2026 and lessons the Indian Army says it drew from 2025’s Operation Sindoor, when Pakistani drone activity strained existing detection and air-defense coverage.
Who makes the LLLR-I radar?
Bharat Electronics Limited manufactures the radar under a design originated by DRDO’s Electronics and Radar Development Establishment (LRDE); the earlier baseline version is known in Indian service as Bharani Mk-I.
Is this radar exported outside India?
No export customer has been reported. The LLLR-I and its predecessor are fielded only by the Indian Army, primarily along the borders with Pakistan and China.
Sources
- The Print, “MoD inks Rs 770 cr contract to procure Improved Low-Level Lightweight Radars for Army,” October 21-24, 2026 – ministry contract announcement and officials present.
- The Tribune India, “To boost capability against drones and low-flying aircraft, Army to procure lightweight radars” – radar range, target prioritization and detection specifications.
- The Week, “Indian Army’s new LLLR-I radars can detect tiny drones to fighter jets,” October 21, 2026 – radar capability description.
- Organiser, “Boosting Atmanirbharta: Defence Ministry signs Rs 770 crore contract with BEL,” October 24, 2026 – indigenization framing and ministry quotes.
- IDRW.org, reporting on Indian Army GaN-based 3D AESA counter-UAS radar requirement – background on the 2025 request for up to 45 radars.
- DRDO official product listing for the 2D Low Level Light Weight Radar (Bharani Mk-I) – baseline system design and development history.
- The Logical Indian and The Week (Rajouri), reporting on suspected Pakistani drone sightings along the Jammu and Kashmir border, January-August 2026 – border drone incident context.
- defenseandtech.com, “India Signs Rs 4,106 Crore Deals for GSAT-7C Air Force Satellite and Varunastra Torpedoes,” October 15, 2026 – related October 2026 Indian defense procurement.
