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DRDO has rolled out the Vikram VT21 Advanced Armoured Platform (tracked & wheeled), developed by Vehicle Research and Development Laboratory with partners Tata Advanced Systems Limited and Bharat Forge Limited in a record 3 years. The platform is designed for Infantry Combat Vehicle (ICV) and Armoured Personnel Carrier (APC)...

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Manjeet Negi

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32,313 просмотров • 2 месяцев назад •via X (Twitter)

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#WATCH | Pune, Maharashtra: The Advanced Towed Artillery Gun System (ATAGS), an indigenously developed artillery gun for use by the Indian Army, has been developed by DRDO (Defence Research and Development Organisation) in collaboration with private firms like Bharat Forge and Tata Advanced Systems.

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Bang .... 🪖🔥 Big moment for India’s defence strength DRDO unveils advanced armoured platforms, both tracked and wheeled, in Ahilyanagar under the leadership of Samir V Kamat. Built to match the evolving needs of the armed forces, these platforms reflect India’s push for self reliance in defence. Equipped with an indigenous 30 mm crewless turret, ATGM capability, strong STANAG 4 and 5 protection, and amphibious mobility, these systems combine firepower, speed, and battlefield survivability. Developed with support from Tata Advanced Systems Limited, Bharat Forge Limited, and MSMEs, this marks another step towards a stronger, self reliant India.
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Bang .... 🪖🔥 Big moment for India’s defence strength DRDO unveils advanced armoured platforms, both tracked and wheeled, in Ahilyanagar under the leadership of Samir V Kamat. Built to match the evolving needs of the armed forces, these platforms reflect India’s push for self reliance in defence. Equipped with an indigenous 30 mm crewless turret, ATGM capability, strong STANAG 4 and 5 protection, and amphibious mobility, these systems combine firepower, speed, and battlefield survivability. Developed with support from Tata Advanced Systems Limited, Bharat Forge Limited, and MSMEs, this marks another step towards a stronger, self reliant India.

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#WATCH | The Advanced Armoured Platforms (Tracked and Wheeled), designed and developed by Vehicles Research & Development Establishment, were unveiled by Secretary Department of Defence (R&D) & Chairman DRDO Dr Samir V Kamat at the premises of the DRDO’s laboratory in Ahilyanagar, Maharashtra on April 25, 2026. The platforms have been developed to meet the emerging operational requirements of the Defence Forces. Both the platforms have been integrated with indigenously designed & developed 30 mm Crewless Turret, with advanced features to meet the mobility, firepower and protection requirements. Integrated with a high-power engine and automatic transmission, these platforms possess a high power-to-weight ratio, higher speed capabilities, gradient and obstacle negotiating capability, STANAG level 4 and 5 protection with modular blast and ballistic protection all around. Amphibian with improved water obstacle crossing capability by incorporating hydro jets provides operational flexibility. (Video source: DRDO)
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#WATCH | The Advanced Armoured Platforms (Tracked and Wheeled), designed and developed by Vehicles Research & Development Establishment, were unveiled by Secretary Department of Defence (R&D) & Chairman DRDO Dr Samir V Kamat at the premises of the DRDO’s laboratory in Ahilyanagar, Maharashtra on April 25, 2026. The platforms have been developed to meet the emerging operational requirements of the Defence Forces. Both the platforms have been integrated with indigenously designed & developed 30 mm Crewless Turret, with advanced features to meet the mobility, firepower and protection requirements. Integrated with a high-power engine and automatic transmission, these platforms possess a high power-to-weight ratio, higher speed capabilities, gradient and obstacle negotiating capability, STANAG level 4 and 5 protection with modular blast and ballistic protection all around. Amphibian with improved water obstacle crossing capability by incorporating hydro jets provides operational flexibility. (Video source: DRDO)

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#WATCH | Ahilyanagar | Secretary of the Department of Defence Research and Development (DDR&D) and the Chairman of the Defence Research and Development Organisation (DRDO), Dr Samir V Kamat flagged off the Advanced Armoured Platforms (Tracked and Wheeled), designed and developed by Vehicles Research & Development Establishment. The platforms have been developed to meet the emerging operational requirements of the Defence Forces.

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The F-2 is a fighter aircraft jointly modified and developed by Japan and the United States, integrating the advanced technologies of both nations. Based on the U.S. F-16, it has been tailored to align with Japan's operational concepts and geographical characteristics. Development began in 1988 as the FS-X, with its first flight in 1995, and the program was completed in 2000. Major modifications from the F-16 include an increased wing area to enhance maneuverability, the use of advanced materials and structures for weight reduction, and an upgraded engine for improved takeoff performance. Additionally, it features cutting-edge radar and advanced electronic systems.

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Accelerating the Future of Advanced Automotive Innovation The Centre of Excellence in Advanced Automotive Research (CAAR), IIT Madras, in collaboration with TIDCO, is working towards establishing the Advanced Automotive Translational Research Centre (AATRC) at Tamil Nadu Knowledge City. Planned across 40,000 sq. ft. of advanced research and laboratory infrastructure, this initiative envisions a ₹200 crore investment over five years to accelerate translational research and product development in next-generation automotive technologies. The centre will focus on electric powertrains, automotive power electronics, battery technologies, EV charging systems, and software-defined vehicles, enabling industry-ready innovation. Expected impact of the initiative: • 40–50 innovative automotive products over five years • Support for 150–200 startups and MSMEs through testing and validation infrastructure • Creation of 50–70 high-skill direct jobs and up to 2,100 ecosystem-linked employment opportunities This collaboration aims to strengthen India’s position as a global hub for advanced EV and automotive technology innovation. IIT Madras TIDCO

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DRDO has successfully conducted a test of a high-calibre bomb at its Terminal Ballistics Research Laboratory (TBRL) facility in Ramgarh, Haryana. According to reports, the test was monitored by senior Indian Air Force officials and was completed successfully. What made this trial unusual was the safety planning. Authorities warned that metal fragments from the blast could potentially travel up to 1.5 kilometres from the test site. As a result, nearby villages received special advisories and surveillance measures were increased throughout the area. From missiles and drones to air defence systems and advanced munitions, India is steadily expanding its domestic military capabilities. #DRDO #Bomb #tbrl #BombBlasts #IndianWeapons #indianairforce

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The Skif is a very smart move, and honestly, it makes a lot of sense for Ukraine right now. Working here in Ukraine, I have spent a lot of time on and around M113 armored personnel carriers. They are not perfect, and nobody is going to pretend they are the most advanced thing on the battlefield. But what they are is reliable, simple, easy to maintain, and able to move troops where they need to go. In war, those things matter more than people sometimes realize. What the Skif appears to do is take the best parts of that old proven concept and improve where it matters. Better protection, more modularity, more options for weapons systems, and a platform that can be adapted into multiple battlefield roles. That is exactly the kind of thinking Ukraine needs. One of the biggest problems in war is running too many different vehicle types with too many different parts, maintenance demands, and training requirements. A modular platform helps solve that. If one vehicle family can handle troop transport, support roles, casualty evacuation, command functions, and other missions, it makes life easier for logistics, mechanics, crews, and commanders. The video I shared last year from Rafael Advanced Defense Systems showed exactly what can be done with these older platforms when modern thinking is applied. It highlighted the potential for upgrades in protection, mobility, firepower, and battlefield technology, proving that an older armored vehicle does not have to stay stuck in the past. I am sure the Ukrainians are looking at the same reality with their domestically produced version. Take a proven concept, improve what matters, modernize it for today’s battlefield, and build it locally so it can be sustained during war. That is smart thinking, and that is how you turn a practical platform into a highly effective combat vehicle. The Skif looks like another step in the right direction. Слава Україні. Героям слава. 🇺🇦
1:47

The Skif is a very smart move, and honestly, it makes a lot of sense for Ukraine right now. Working here in Ukraine, I have spent a lot of time on and around M113 armored personnel carriers. They are not perfect, and nobody is going to pretend they are the most advanced thing on the battlefield. But what they are is reliable, simple, easy to maintain, and able to move troops where they need to go. In war, those things matter more than people sometimes realize. What the Skif appears to do is take the best parts of that old proven concept and improve where it matters. Better protection, more modularity, more options for weapons systems, and a platform that can be adapted into multiple battlefield roles. That is exactly the kind of thinking Ukraine needs. One of the biggest problems in war is running too many different vehicle types with too many different parts, maintenance demands, and training requirements. A modular platform helps solve that. If one vehicle family can handle troop transport, support roles, casualty evacuation, command functions, and other missions, it makes life easier for logistics, mechanics, crews, and commanders. The video I shared last year from Rafael Advanced Defense Systems showed exactly what can be done with these older platforms when modern thinking is applied. It highlighted the potential for upgrades in protection, mobility, firepower, and battlefield technology, proving that an older armored vehicle does not have to stay stuck in the past. I am sure the Ukrainians are looking at the same reality with their domestically produced version. Take a proven concept, improve what matters, modernize it for today’s battlefield, and build it locally so it can be sustained during war. That is smart thinking, and that is how you turn a practical platform into a highly effective combat vehicle. The Skif looks like another step in the right direction. Слава Україні. Героям слава. 🇺🇦

(TCAG) Командир Бред Кроуфорд (CDR Brad Crawford)

76,982 просмотров • 2 месяцев назад

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IIT Madras & ISRO successfully developed and booted an aerospace-grade, SHAKTI-based semiconductor chip (ShaktiProcessors) —a breakthrough in India’s self-reliance in space tech! This Made-in-India processor was: 🔹 Designed & tested by IIT Madras 🔹 Developed with ISRO Inertial Systems Unit 🔹 Manufactured at SCL Chandigarh 🔹 Packaged at Tata Advanced Systems, Karnataka 🔹 Motherboard by PCB Power (Gujarat) & Syrma SGS (Chennai) The IRIS chip will power ISRO’s space missions, ensuring advanced fault tolerance & computing reliability. A flight test is coming soon! Watch the full video here: #IITMadras #ISRO #SHAKTI #Semiconductor #MakeInIndia #SpaceTech #Innovation

IIT Madras

11,415 просмотров • 1 год назад