logo
Masula Beach Fest: Anti-drone system used in ‘Op Sindoor' captivates visitors

Masula Beach Fest: Anti-drone system used in ‘Op Sindoor' captivates visitors

Time of India06-06-2025

Vijayawada: Visitors at the 2025 Masula Beach Festival were captivated by the anti-drone system on display, the Drone Detection, Deterioration, and Destroyer (D4) system, which played a crucial role in both soft and hard kills of enemy drones during 'Operation Sindoor,' launched by India in response to the terrorist attacks in Pahalgam.
Tired of too many ads? go ad free now
The exhibit evoked a strong sense of pride and patriotism among attendees, especially after learning that the indigenous D4 system used in the operation was manufactured at the Bharat Electronics Limited (BEL) facility in Machilipatnam for the Indian Army.
The BEL manufacturing unit in Machilipatnam, which specializes in Electro Optics (Night Vision Devices), produced some of the D4 Anti-Drone Systems and supplied them to the Army.
The anti-drone system is among the many attractions on displayed at the beach festival.
Krishna district collector DK Balaji told TOI that the main objective behind showcasing the anti-drone system is to raise awareness among local residents that these systems are manufactured locally at the BEL facility in Machilipatnam and have contributed significantly to combating enemy drones during 'Operation Sindoor'.
"The anti-drone system, apable of executing both soft and hard kills, can carry out soft kills against enemy drones within a five-kilometre radius by jamming or neutralising them. Hard kills can be executed against enemy drones within a one-kilometre radius using a high-powered laser beam that incinerates the drones," explained a BEL, Machilipatnam representative.
The BEL representative said that the D4 anti-drone system is equipped with electro-optic systems aided by radar to carry out commands issued by a commander or operator from within the Integrated Command Control System housed inside the unit.
Tired of too many ads? go ad free now
The Integrated Command Control System can accommodate two commanders, who monitor the drones on their screens and make decisions to execute soft or hard kills by distinguishing between friendly and hostile drones, he added.
The components used in manufacturing the D4 Anti-Drone Systems were sourced from BEL's units in Hyderabad, Bengaluru, and Pune. Anti-Drone Systems produced at the BEL facility in Machilipatnam have been delivered to the Indian Army.

Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Made-in-India drones by Tata Advanced Systems Operation Sindoor, marking defence tech milestone
Made-in-India drones by Tata Advanced Systems Operation Sindoor, marking defence tech milestone

Time of India

time2 hours ago

  • Time of India

Made-in-India drones by Tata Advanced Systems Operation Sindoor, marking defence tech milestone

Tata Advanced Systems (TAS) has announced that it has expanded its domestic capabilities in unmanned aerial vehicles (UAVs) and remotely piloted aircraft (RPA), covering the complete design, development, and production of core subsystems. These include airframes, autopilots, and ground control software. The systems are now equipped with payloads such as high-resolution cameras, LiDAR, and multispectral sensors, and are designed to be fully autonomous and portable for field use. The company stated that its in-house autopilot and mission control software allow for custom integration of payloads and user interfaces for different types of missions. Key platforms in service TAS has developed several UAV platforms under the Advanced Loitering System ( ALS ) series: by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like Elegant New Scooters For Seniors In 2024: The Prices May Surprise You Mobility Scooter | Search Ads Learn More Undo ALS 50 : A vertical take-off and landing ( VTOL ) UAV featuring vision-based guidance, targeting, and fail-safe recovery. It is currently used by Indian defence forces and has received the Defence Minister's Innovation Award. ALS 250 : A loitering munition with a range of 250 km, based on the ALS 50 platform. Live Events ALS 50 Mk II : An upgraded version that has undergone flight testing and is built on technologies already in use by security agencies. IVTOL : A surveillance UAV capable of operating in unprepared environments. It includes gimbaled day/night cameras and onboard image processing. It has been tested for surveillance and target tracking. 'These systems are built on proven platforms and incorporate cutting‑edge technology to ensure reliable performance in a variety of operational environments,' the company said in a statement. Features and mission capabilities The company said the Advanced Loitering System supports autonomous missions with limited operator involvement. Features include real-time electro-optical and infrared video feeds, in-flight fail-safes, abort and recovery functions, and adaptability for re-targeting. The systems are designed to function in a variety of weather and terrain conditions. TAS also highlighted its VTOL UAV designed for difficult locations such as hilltops, jungle areas, and ship decks. The drone weighs around 18 kg, has an operational range of over 15 km (extendable to 25 km), a flight time of up to two hours, and can operate at altitudes of up to 3,000 metres. It transitions from vertical to fixed-wing flight automatically and supports mission-specific payloads. Drones used during Operation Sindoor Several drones were used by India during Operation Sindoor , a cross-border counter-terrorism operation carried out in May 2025. The drones supported reconnaissance and targeting, helping in the execution of precision strikes with limited collateral damage. The systems were operated in active combat conditions.

52 satellites for border, ocean watch: India ramps up defence surveillance
52 satellites for border, ocean watch: India ramps up defence surveillance

Business Standard

time2 hours ago

  • Business Standard

52 satellites for border, ocean watch: India ramps up defence surveillance

India is accelerating the deployment of 52 defence surveillance satellites aimed at significantly improving its space-based monitoring across borders with China and Pakistan and throughout the Indian Ocean Region, according to a report by The Times of India. Triggered by lessons from Operation Sindoor, the move will enable deeper surveillance of enemy activity. A military space doctrine is also in the final stages of preparation, the news report said. Project timeline and scope Phase 3 of the Space-Based Surveillance (SBS) programme, approved in October 2023 by the Prime Minister-led Cabinet Committee on Security, is set to cost ₹26,968 crore. It involves the construction and launch of 21 satellites by India's space agency Isro and 31 by three private companies. The first satellite is expected to be launched by April 2026, with the full constellation targeted for completion by the end of 2029. The Defence Space Agency (DSA), under the Integrated Defence Staff (IDS), is leading the initiative, the news report said. Enhanced coverage and strategic edge The goal of SBS-3 is to achieve shorter revisit times and higher-resolution imaging across strategic areas in China, Pakistan, and the Indian Ocean Region. The doctrine supporting this initiative is also being fine-tuned, The Times of India mentioned. Meanwhile, the Indian Air Force is pushing for three high-altitude platform system (HAPS) aircraft, essentially pseudo-satellites operating in the stratosphere for ISR missions. During Operation Sindoor (May 7–10), India employed satellites like Cartosat, alongside foreign commercial platforms, for tracking Pakistani military activity. Operation Sindoor In the early hours of May 7, during Operation Sindoor, the Indian armed forces launched coordinated precision strikes on nine terror camps located deep inside Pakistan. These camps were primarily linked to terrorist groups Jaish-e-Mohammed and Lashkar-e-Taiba. Following the Indian offensive, Pakistan retaliated with artillery shelling across the Line of Control and attempted to deploy drones for attacks. In response, India escalated its operations, striking key Pakistani military and air infrastructure, including the Nur Khan Air Base in Rawalpindi and the airbase at Rahim Yar Khan.

Eyes in the skies: Why India is looking to accelerate launch of military satellites
Eyes in the skies: Why India is looking to accelerate launch of military satellites

First Post

time3 hours ago

  • First Post

Eyes in the skies: Why India is looking to accelerate launch of military satellites

India is gearing up to launch 52 military satellites by 2029 to provide sharper surveillance. This move comes after India's Operation Sindoor highlighted the important role satellites play in modern warfare and is seen as a response to China's growing space capabilities read more India is taking a huge leap into the future — the future of modern warfare. In an attempt to ensure the country's security from external threats, the government is fast-tracking the launch of 52 defence surveillance satellites, particularly along its borders with China and Pakistan, and in the Indian Ocean Region. The fast-track— the first such launch will take place in April 2026 and all 52 will be deployed before 2029-end — comes after Operation Sindoor, which saw India use domestic satellites like Cartosat as well as foreign ones to track Pakistan's military movements. STORY CONTINUES BELOW THIS AD But why is this significant? What does it mean for India? What is India's plan for its defence satellites? The Times of India has reported that the country is looking to launch a total of 52 defence surveillance satellites by the end of 2029. Of the 52, the Indian Space Research Organisation (Isro) will launch 21 satellites, while three private firms will develop and deploy the remaining 31. This will come at a cost of Rs 26,986 crore and is part of India's Phase 3 of the Space-Based Surveillance (SBS) programme , which was cleared by the Prime Minister-led Cabinet Committee on Security in October last year. A source was quoted as telling Times of India, 'Work is underway to compress these timelines to launch the satellites faster into the low earth orbit (LEO) and geostationary orbit. The three private companies that have got the contracts have been told to speed up building of the satellites.' The source was further quoted as saying, 'The aim of SBS-3 is to cover much larger areas of China and Pakistan, as well as the Indian Ocean Region, with shorter revisit times (interval between two consecutive surveillance sweeps of the same location) and much better resolution.' The faster India gets the 52-satellite constellation up in space the better,' another source was also quoted telling Times of India. What is India's Space-Based Surveillance (SBS) programme? The launch of 52 defence satellites is part of the third phase of India's Space-Based Surveillance (SBS) programme. In the first phase, launched in 2001, India deployed four satellites belonging to the Cartosat and Risat series to monitor the country's enemies' movements at the border as well as important military facilities, including supply depots, airbases, and cantonments. In 2013, India launched SBS-2 — a launch of six surveillance satellites, including Cartosat-2C, 2D, 3A, 3B, Microsat 1, and Risat 2A. And then last October, the country initiated SBS-3 to build new-generation satellites. According to IDRW, the notable aspect of this phase is the international cooperation, namely with France following the signing of a letter of intent last January on 'defence space cooperation'. This partnership aims at co-developing some of the surveillance satellites, enhancing technological capabilities and sharing expertise. Why does all this matter though? Fast-tracking the launch of the satellites, which come under SBS-3, will be significant for India's security. It will substantially boost the country's real-time monitoring. This is because military satellites carry advanced cameras and sensors that are capable of taking detailed images from hundreds of kilometres away. They can see through clouds, and zoom in on tiny details, making them the perfect eye in the sky. As space expert Girish Langrana told The Week, 'Military satellites can spot suspicious activity quickly. This early warning gives the military time to plan and respond.' STORY CONTINUES BELOW THIS AD This is of crucial importance to New Delhi at a time when it faces tensions with China and Pakistan. A Pakistani Army soldier examines a building damaged by missile attack carried out by Indian armed forces in PoK's Muzaffarabad during Operation Sindoor. File image/AP In fact, Operation Sindoor highlighted the importance of defence satellites. The constellation of Isro satellites delivered continuous surveillance across terrain, borders, and hostile airspace, giving India an edge in the hostilities. Earlier, India had access to imagery of a target once in four days. However, the satellites being launched SBS-3 will address this issue by providing better imagery faster. As The Diplomat notes, up-to-date battlefield intelligence and the ability to provide secure inter-service communication will enhance the freedom of operational commanders to execute their missions effectively. Moreover, it is reported that the new satellites will also feature AI, permitting them to interact with each other, which, in turn, will make them more effective. Expanding India's space-based defence capabilities is also crucial as China and Pakistan are ramping up their military programmes. From just 36 satellites in 2010, China today has 1,000 in 2024, including 360 satellites dedicated to intelligence, surveillance and reconnaissance (ISR) missions. These satellites tracking aircraft, monitoring naval activity, gathering intelligence, and even experimenting with potential anti-satellite weapons. STORY CONTINUES BELOW THIS AD Pakistan, too, is ramping up its space-based capabilities, albeit with the help of Beijing. Its PRSS-1 (Pakistan Remote Sensing Satellite), launched in 2018, is able to tracking land, water, and infrastructure changes. With inputs from agencies

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store