Latest news with #Nagastra-1
Time of India
22-05-2025
- Business
- Time of India
Indigenous weapons pipped Chinese systems in Operation Sindoor, says DRDO chief
Nagpur: Operation Sindoor undoubtedly proved the superiority of India's indigenous weapons systems over those made in China, said chairman of Defence Research and Development Organisation (DRDO), Samir Kamat, here on Thursday. "Pakistan deployed an array of systems procured from China. Our indigenous weapons easily outmatched the Chinese systems pitched by Pakistan," said Kamat. However, he said some lessons were learnt from the conflict, and the country's premier defence research agency will look at improvements and induction of newer weapon systems. Not divulging specifics, he said some measures will be taken on an urgent basis. At the same time, he stressed the country's air defence system has proven to be highly effective. Kamat was in the city to tour the defence manufacturing establishments located here, including Solar Defence and Aerospace Limited (SDAL), a private sector ammunition maker, apart from DRDO's own chemical warfare unit and a facility of Brahmos Aerospace Private Limited (BAPL). The Nagastra-1 loitering munition made by Solar was reportedly used in Operation Sindoor. Even the propulsion system of BrahMos missiles that pounded Pakistan came from the company. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like Nagelpilz? Die versteckte Ursache, die viele übersehen Heilratgeber Weiterlesen Undo Talking to TOI, Kamat said the purpose of the visit was to check facilities here, and coming to Nagpur was very fruitful. "It's important to have a robust private sector that's involved in both manufacturing and R&D to sustain long-drawn conflicts," he said. Kamat said a variety of systems can be put in place to counter drone attacks. He also mentioned that a range of sensors that can be used to detect and neutralise drones are expected to be inducted over the next six months or a year. Kamat also stressed upon the need to coordinate between stakeholders in the defence sector, including the PSU and private manufacturers. On indigenisation of conventional systems, he said the country is swiftly moving towards it. For example, in artillery, Advanced Towed Artillery Gun System (ATAGS) and Dhanush guns have been developed. There may be some subsystems that have to be imported, but the dependence on foreign sources has reduced, he said. On upcoming systems, he said DRDO includes VSHORADS, man-portable air defence systems, man-portable anti-tank guided missiles (MPTAGM), vertically launched short-range surface-to-air missiles (VLSRSAM), heavyweight and advanced lightweight torpedoes.
India Gazette
22-05-2025
- Business
- India Gazette
Indigenous Defence systems crucial for future wars, says DRDO Chief in Nagpur
Nagpur (Maharashtra) [India], May 22 (ANI): Defence Research and Development Organisation (DRDO) Chairman Dr Samir V Kamat visited Solar Industries in Nagpur on Thursday. Solar Industries is a leading indigenous defence manufacturing company contributing to India's self-reliance in defence production. During his visit, Dr Kamat reviewed the manufacturing processes of various defence products being developed by Solar Industries. In an exclusive interaction with ANI, Dr Kamat emphasised the growing role of private industry in strengthening India's defence capabilities. 'The private sector is playing a crucial role in the defence sector. To achieve the goals of 'Aatmanirbhar Bharat' and to enhance our combat strength, it is essential to promote indigenous defence manufacturing,' Kamat said. Referring to the recent conflict with Pakistan, Dr Kamat expressed satisfaction over the performance of DRDO-developed weapons systems, which were reportedly deployed during the operations. 'Based on media reports and feedback from the armed forces, I am satisfied with the performance of our systems. However, we must also learn lessons from this conflict to improve our systems further and introduce newer technologies to meet the emerging challenges of modern warfare,' he noted. Dr Kamat added that DRDO is currently working on several advanced systems, including missiles, air-based weapons, naval systems, and various sensors, particularly those designed for drone detection and neutralisation. 'I am confident these systems will be inducted into service within six months to one year. They will significantly enhance the capabilities of our armed forces to fight future wars,' he said. He also mentioned upcoming projects like the Man Portable Anti-Tank Guided Missile (MPA-TGM), the Vertically Launched--Short-Range Surface-To-Air Missile (VLR-SAM), heavy-weight torpedoes, precision-guided munitions, and a range of advanced land and sea mines, which are in advanced stages of development or trials. Satyanarayan Nuwal, Chairman, Solar Industries India Ltd, spoke on the role of solar industries and told ANI, 'The war pattern is changing if we look at Azerbaijan, Armenia, Russia, Ukraine. Recently, we manufactured five types of Nagastra (drones). Nagastra-1 was used (in the India-Pakistan conflict). Three variants of Nagastra-1, which are Nagastra-2 and Nagastra-3, are in the trial phase. I believe it will play a significant role in the current conflict... All the variants of Pinaka have been tested... Pinaka weapon, which is indigenous, is a game changer and cost-effective... In the coming time, we will contribute whatever we can to the nation. Whenever we have been called upon to fulfil a need, we are ready to invest even if we do not have any assurances.' (ANI)
Time of India
22-05-2025
- Business
- Time of India
Indigenous Defence systems crucial for future wars, says DRDO Chief in Nagpur
Defence Research and Development Organisation (DRDO) Chairman Dr Samir V Kamat visited Solar Industries in Nagpur on Thursday. Solar Industries is a leading indigenous defence manufacturing company contributing to India's self-reliance in defence production. During his visit, Dr Kamat reviewed the manufacturing processes of various defence products being developed by Solar Industries. In an exclusive interaction with ANI, Dr Kamat emphasised the growing role of private industry in strengthening India's defence capabilities. "The private sector is playing a crucial role in the defence sector. To achieve the goals of ' Aatmanirbhar Bharat ' and to enhance our combat strength, it is essential to promote indigenous defence manufacturing," Kamat said. Referring to the recent conflict with Pakistan, Dr Kamat expressed satisfaction over the performance of DRDO-developed weapons systems, which were reportedly deployed during the operations. "Based on media reports and feedback from the armed forces, I am satisfied with the performance of our systems. However, we must also learn lessons from this conflict to improve our systems further and introduce newer technologies to meet the emerging challenges of modern warfare," he noted. Live Events Dr Kamat added that DRDO is currently working on several advanced systems, including missiles, air-based weapons, naval systems, and various sensors, particularly those designed for drone detection and neutralisation. "I am confident these systems will be inducted into service within six months to one year. They will significantly enhance the capabilities of our armed forces to fight future wars," he said. He also mentioned upcoming projects like the Man Portable Anti-Tank Guided Missile (MPA-TGM), the Vertically Launched--Short-Range Surface-To-Air Missile (VLR-SAM), heavy-weight torpedoes, precision-guided munitions, and a range of advanced land and sea mines, which are in advanced stages of development or trials. Satyanarayan Nuwal, Chairman, Solar Industries India Ltd, spoke on the role of solar industries and told ANI, "The war pattern is changing if we look at Azerbaijan, Armenia, Russia, Ukraine. Recently, we manufactured five types of Nagastra (drones). Nagastra-1 was used (in the India-Pakistan conflict). Three variants of Nagastra-1, which are Nagastra-2 and Nagastra-3, are in the trial phase. I believe it will play a significant role in the current conflict... All the variants of Pinaka have been tested... Pinaka weapon, which is indigenous, is a game changer and cost-effective... In the coming time, we will contribute whatever we can to the nation. Whenever we have been called upon to fulfil a need, we are ready to invest even if we do not have any assurances." Economic Times WhatsApp channel )
First Post
15-05-2025
- Politics
- First Post
PM Modi Hails Made-in-India Weapons Used in Op Sindoor Vantage with Palki Sharma
PM Modi Hails Made-in-India Weapons Used in Op Sindoor | Vantage with Palki Sharma | N18G PM Modi Hails Made-in-India Weapons Used in Op Sindoor | Vantage with Palki Sharma | N18G Made-in-India weapons performed well in Operation Sindoor. The Brahmos missile hit targets deep inside Pakistan. The Nagastra-1 loitering munition hit terror camps across the border. The Akash air defence missile system intercepted incoming drones and missiles. This was the first time that indigenous weapons were put in battle condition where the delivered with pinpoint accuracy. India is now emerging as a reliable and cost-effective weapons maker as Armenia and the Philippines look to place more orders for weapons. Palki Sharma tells you more. See More
News18
13-05-2025
- Politics
- News18
How Drones Have Become A ‘Perfect' Weapon For War, How Were They Deployed In Indo-Pak Conflict?
Last Updated: India and Pakistan have advanced their respective drone ecosystems in recent years, utilising both domestic manufacturing and imports from foreign allies India has several indigenous drones such as the Nagastra-1 suicide drone, Rustom-2 medium altitude long endurance drone, and the Archer-NG armed tactical drone. (Image for representation: Sourced) The game of drones played by both India and Pakistan in the recent past in the wake of the Pahalgam terror attack shows the might of drones in modern warfare. The effectiveness of the missile attack was bolstered by the use of loitering munitions, or kamikaze drones, that have both surveillance and strike capabilities. Pakistan responded by launching Operation Bunyan al-Marsus, targeting Indian military bases. India accused Pakistan of deploying 300-400 drones at 36 locations while firing heavy-calibre weapons along the LoC between May 8 and 9. The word 'drone" refers to Unmanned Aerial Vehicles (UAVs). In other words, aircraft that don't require an onboard pilot in order to operate. The tiny, inexpensive FPV (first-person view) drone has proved to be one of the most potent weapons in this war, where conventional warplanes are relatively rare because of a dense concentration of anti-aircraft systems near front lines. FPVs — originally designed for civilian racers — are controlled by pilots on the ground and often crashed into targets, laden with explosives. The total cost of the drone's components, including an explosive warhead secured with cable ties, can be as little as $500 or less. According to Reuters, the FPV drones take off from improvised platforms several kilometres from the front line. Depending on their size, battery and payload, range varies from 5 km to 20 km or more. Both India and Pakistan had advanced their respective drone ecosystems in recent years, utilising both domestic manufacturing and imports from foreign allies. India introduced the Drone Rules 2021 to simplify the regulatory landscape and pave the way for rapid innovation and deployment of drones. The Drone Shakti Mission in 2022 further catalysed the domestic ecosystem by encouraging start-ups, incubators, and public-private partnerships to build technologies across sectors, including defence, as per Observer Research Foundation (ORF). By mid-2024, India had inducted between 2,000 and 2,500 drones into its fleet, with the total expenditure ranging from $ 361.45 million to $421.69 million. India's drone fleet primarily consists of Israeli-made reconnaissance Unmanned Aerial Vehicles (UAVs) such as the IAI Searcher and Heron, along with loitering munitions like the Harpy and Harop. A major milestone in India's strategic embrace of drones was a $4 billion deal to acquire 31 MQ-9B Predator drones from the US. India has several indigenous drones such as the Nagastra-1 suicide drone, Rustom-2 medium altitude long endurance drone, and the Archer-NG armed tactical drone, all of which have demonstrated their technological capabilities. India's integrated air defence system consists of L-70 anti-aircraft guns, Zu-23mm cannons, Schilka systems, and specialised counter-unmanned aerial systems (CUAS), which it has been using to intercept Pakistani drones. The S-400 missile defence system, among the most advanced in the world, was activated during the attacks on May 8 and 9. Meanwhile, Pakistan developed its drone capabilities in 2009 manufacturing the Burraq drone under a licensing agreement with China. How Drones Were Used Early On In History Since their first use in the mid-1800s, drones have been used for photography, security, safety, and environmental applications. However, warfare is responsible for paving the way for the drone technologies we have today. In 1915, Nikola Tesla wrote about unmanned aerial combat vehicles. The first attempt at a self-propelled drone as an aerial target was completed in 1916 by AM Low. It wasn't until World War I that the first pilotless torpedo was invented by the Dayton-Wright Airplane Company. During World War II both Allied and German forces used drones to train aircraft gunners and aid in missions. After the end of World War II, drone developers began using jet engines in technologies like the Australian GAF Jindivik and the Model 10001, built for the US Navy by Beechcraft. In the early 70s, Israel began using drones as decoys in the Yom Kippur War. It was during this same time that the United States officially confirmed that they had been using drones in Vietnam. According to the Armed Forces Journal International in 1982, the US stated that they had flown more than 3,435 drone missions during the war for both decoy and surveillance applications. It was not until the 1980s and 90s, that the US military began heavily investing in the technology. The US Department of Defense awarded the AAI Corp and Israel-based Malat contracts in the 90s to develop more advanced drone technology, which resulted in more cost-efficient technologies. In the mid-90s, the US government began The Predator programme, which resulted in the MQ-1 Predator, equipped with a Hellfire anti-tank missile on its wings. It paved the way to the MQ-9 Reaper in 2007. The Predator and Reaper drones are what most people today picture when they think of military drones. First Published:
