SOURCE: IDRW.ORG TEAM

During the recent G20 summit, security measures were bolstered by the deployment of India’s indigenous counter-unmanned aerial system (C-UAS) known as Dronaam. Developed by the Indian private sector company Gurutvaa Systems, Dronaam played a vital role in providing security cover against rogue drones. This state-of-the-art system is designed to disrupt the navigation and radio frequencies of unauthorized unmanned aerial vehicles (UAVs), ensuring the safety of high-profile events and critical installations.

Dronaam, developed by Gurutvaa Systems, is a cutting-edge modular C-UAS designed to offer foolproof protection against illegal unmanned aerial systems (UAS). It is a versatile system that can provide directional or omni-directional coverage, making it suitable for various security scenarios. The system can be configured as a fully integrated rifle-style device or a portable countermeasure in a backpack configuration. It is equally effective in fixed installations, where it can be mounted on moving or stationary platforms, offering the option of directional or omni-directional coverage.

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India and the United States are on the verge of finalizing a groundbreaking deal for the transfer of technology (ToT) for the F414-GE-400 turbofan engines, which will be manufactured in India. The US Congress has granted approval for the deal, with no objections from its members, clearing the path for negotiations on pricing before the agreement is officially signed.

The F414-GE-400 turbofan engine, when produced by General Electric (GE) in its facilities, has an average cost of approximately $3.71 million per unit. However, even with domestic production in India, the price is expected to remain below the $4 million per unit mark. This cost-efficiency is attributed to the large order size and the involvement of numerous private sector companies in local engine manufacturing.

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On September 7, 2023, Bharatiya Janata Party (BJP) Rajya Sabha member G.V.L. Narasimha Rao paid a visit to Hindustan Shipyard Limited (HSL) for discussions with its Chairman and Managing Director (CMD), Cmde Hemant Khatri (retired). During their meeting, the backdrop featured the ongoing development of the second Diving Support Vessel (DSV) named “Nipun,” being constructed at Hindustan Shipyard Ltd, Visakhapatnam. This visit comes a year after the launch of the first DSV, “Nistar,” on September 22, 2022, in Visakhapatnam.

The Diving Support Vessels, “Nistar” and “Nipun,” are equipped with a comprehensive array of complex Diving Support systems and a Deep Submergence Rescue Vessel (DSRV). These vessels are designed to be deployed for deep-sea diving and submarine rescue operations, making them a critical asset for the Indian Navy. Additionally, they possess the capability to conduct Search and Rescue operations and facilitate Helicopter Operations at sea.

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The Indian Navy is charting a course into the future by embracing Artificial Intelligence (AI) technology to enhance its ship systems, command and control infrastructure, and decision-making capabilities. AI has been recognized as a transformative force in naval operations worldwide, with the United States Navy’s Naval Research Laboratory establishing the Navy Center for Applied Research in Artificial Intelligence in 1981. The Indian Navy is now following suit, recognizing the immense potential of AI and Machine Learning (AI/ML) applications in modern naval warfare.

The integration of AI technologies into naval operations is centered around two primary areas: autonomous/unmanned systems and decision sciences. These technologies hold the promise of revolutionizing the way navies conduct missions, respond to threats, and enhance situational awareness.

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The Kaveri derivative engine, known as the Dry Kaveri, is poised for another round of critical trials in Russia early next year. These upcoming trials are expected to represent the final phase of the engine’s development journey. GTRE (Gas Turbine Research Establishment) has ordered engine modules from Godrej Aerospace, which will be assembled and transported to Russia for a series of tests, including simulated high altitude trials and flight test bed assessments.

The primary purpose of the Kaveri Dry engine is to provide propulsion for India’s groundbreaking stealth unmanned combat aerial vehicle (UCAV) known as the Ghatak. The engine has already demonstrated its capabilities by successfully passing simulated high altitude tests in Russia. The next step involves integrating the Kaveri Dry engine into a specialized flying test bed (FTB), which is a modified Ilyushin (Il)-76 fixed-wing aircraft powered by four turbofan engines. During these trials, one of the Il-76’s four engines will be replaced with the Kaveri Dry engine.

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On its recent Raising Day celebration, the Centre for Airborne Systems (CABS), located in Bengaluru and under the aegis of the Defense Research and Development Organisation (DRDO), marked the occasion with a significant event. Air Marshal Ashutosh Dixit, Deputy Chief of Air Staff, graced the event as the Chief Guest, and Shri MZ Siddique, Director General (Aero), added to the ceremony’s significance.

The event provided a platform to showcase the Research and Development efforts of CABS over the years and highlight the latest technological advancements. The Director of CABS presented an overview of the organization’s journey and ongoing initiatives. However, one image displayed in the background during the event’s proceedings drew attention and fueled speculation within the defense community.

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The Indian Army’s ambitious light tank project, known as “Project Zorawar,” has encountered delays in its rollout schedule due to challenges in procuring critical components from foreign sources. Initially slated for a mid-2023 debut, the first prototype is now expected to be unveiled in January of the following year.

Sources indicate that the delay primarily stems from the inability of certain foreign countries to supply essential components required for manufacturing these tanks. Notably, foreign-supplied electronic, electrical components, and engines are deemed critical for the successful execution of Project Zorawar. India has had to adapt its plans, shifting from the initially planned German MTU engine to American Cummins engines due to the unavailability of the former.

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Bharat Dynamics Limited (BDL), one of India’s leading defense technology companies, is set to embark on the production of the Advanced Short Range Air-to-Air Missile (ASRAAM) Block 6, marking a significant milestone in India’s indigenous defense manufacturing capabilities. This ‘Made in India’ endeavor will take place at BDL’s Bhanoor unit in Telangana and will not only cater to domestic needs but also open doors to lucrative export opportunities.

The ASRAAM Block 6 missile system, initially selected by India under a USD 250 million contract announced in 2014, represents a pivotal advancement in India’s air defense arsenal. It is set to equip the Indian Air Force’s upgraded SEPECAT Jaguar fighter aircraft fleet. Within the Indian Air Force, this highly capable missile system is known as the New Generation Close Combat Missile (NGCCM). Furthermore, the ASRAAM is poised to be integrated into the Light Combat Aircraft (LCA) Tejas Mk1A, complementing existing Israeli Python-5 and Russian R-73M Within Visual Range Air-to-Air missiles.

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The Indian Air Force (IAF), in partnership with The Society of Indian Defence Manufacturers (SIDM) and Innovations for Defence Excellence (iDEX), recently organized an Industry Outreach Program for industry partners at Air Force Station (AF Stn) Bareilly. This initiative aimed to foster collaboration between the defense industry and the IAF, encouraging industry representatives to develop solutions that enhance operational capabilities.

During the program, industry representatives had the opportunity to gain insights into the operations conducted by the Indian Air Force. This firsthand exposure provided valuable context for understanding the specific needs and challenges faced by the IAF. It also served as an inspiration for industry leaders to explore innovative solutions that can address the requirements of the armed forces.

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In a significant step towards strengthening maritime cooperation, a Brazilian Navy delegation, led by Admiral José Augusto Vieira da Cunha de Menezes, Chief of General Staff, paid a visit to New Delhi on September 5, 2023. During this visit, they met with Vice Admiral Sanjay J Singh, the Vice Chief of the Naval Staff of the Indian Navy.

The meeting marked a crucial development in the partnership between Brazil and India, both of which operate the French-developed Scorpène class of submarines. This article explores the potential for collaboration between the two countries in maintaining, upgrading, and enhancing the capabilities of their Scorpène submarine fleets.

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In a recent firepower demonstration held in Pokhran, India, the Arjun Main Battle Tank (MBT) showcased its formidable capabilities with the assistance of an aerial drone. This innovative use of technology provided crucial bird’s-eye visuals of the targets, enhancing the tank’s precision and effectiveness during the exercise.

The drone responsible for this aerial support was developed by Sagar Defence Engineering, marking a significant advancement in India’s military capabilities. General Tomas Miguel Mine Ribeiro Paiva, the Commander of the Brazilian Army, was the main guest at this impressive demonstration.

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India’s Astra Mk1 Beyond Visual Range Air-to-Air Missile (BVRAAM) has witnessed a significant reduction in its unit cost as production stabilizes and orders surge from both the Indian Air Force (IAF) and the Indian Navy. The missile, designed for air combat superiority, is becoming a cost-effective alternative in its class.

Initially cleared for production at a rate of $1 million per unit, the Astra Mk1 BVRAAM has rapidly become more competitive in terms of pricing. The recent influx of orders, totaling 250 units from the IAF and the Indian Navy, has contributed to the falling cost. It is now available at a much more budget-friendly rate of approximately $0.7 million per unit.

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The latest satellite images reveal that India’s overseas military base on Agalega Island in Mauritius has reached completion. This strategically significant facility features a deep-sea port capable of accommodating destroyers and frigates, along with an airbase equipped with a 3-kilometer long runway and facilities suitable for operating fighter jets and naval surveillance aircraft like the P-8I.

Agalega Island, comprising North and South Agaléga, is situated in the southwestern part of the Indian Ocean. This region has been a blind spot for the Indian Navy, and the construction of this military facility aims to expand India’s maritime domain awareness.

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Indonesia’s Ambassador to India, Ina H. Krisnamurthi, has expressed interest in acquiring BrahMos shore-based anti-ship missiles, marking a significant development in the defense ties between the two nations. This announcement comes after advanced discussions between India’s BrahMos Aerospace and Indonesian authorities regarding a potential deal.

Earlier this year, Atul D. Rane, the CEO of BrahMos Aerospace, revealed that the company was in advanced negotiations with Indonesia for a deal worth an estimated $200 million to $350 million. The proposed agreement would involve the supply of shore-based BrahMos supersonic cruise missiles and a version suitable for mounting on warships.

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The Indian Air Force (IAF) is in the process of finalizing a lease deal for the A330 Multi-Role Tanker Transport (MRTT) from the French Air Force. This strategic move aims to bolster the IAF’s aerial tanker capabilities, providing vital support for its aircraft during missions.

The proposed lease agreement is expected to span a period of five years, during which the IAF will have access to this versatile aircraft. The A330 MRTT is renowned for its ability to serve as both a tanker and a carrier, offering flexibility and adaptability in various mission scenarios.