hypersonic weapons

DRDO is ready for the Agni-VI missile program pending government approval, while also advancing two hypersonic weapons programs: a glide missile and a cruise missile. The organization is also considering a conventional missile force structure and nearing completion of the Pralay missile.

India has successfully test-fired a long-range hypersonic anti-ship missile off the Odisha coast, reaching a remarkable 1,500 km range. Developed by DRDO, this advanced weapon, capable of speeds up to Mach 10, significantly boosts India's naval defense capabilities. The test validated its precision and ability to engage critical targets, marking a major stride in indigenous defense innovation and self-reliance.

India's Navy is set for a significant boost with DRDO's new air-independent propulsion system for submarines, dramatically extending submerged endurance. A land-based prototype was successfully tested, and the full system is nearing completion for installation on the 14th submarine. This development, along with advanced missile and weapon systems, enhances national defense capabilities.

The Indian Air Force is seeking domestic development of collaborative drone-based surveillance radars through the Mehar Baba Competition. These systems aim to detect and track aerial targets in contested environments, providing an accurate picture to a central location. The adaptable nature of drone-based radars offers advantages over static systems, making them harder to neutralize and offering flexible deployment options.

Cites Israel’s ‘Op Grim Beepers’ Pager Blasts

India's INS Dhruv plays a crucial role in tracking long-range missile tests over the Bay of Bengal and Indian Ocean. This advanced vessel gathers vital telemetry data, aids in anti-ballistic missile system development, and provides early warning against hypersonic threats. Its capabilities also extend to monitoring Low Earth Orbit satellites, offering a significant strategic advantage to the nation's armed forces.

As the United States Navy is tasked to blockade Iranian ports, it is likely to look towards the work horse of its surface fleet, the Arleigh Burke-Class destroyers. These ships have been in US naval service since they entered service in 1991. The ships if this class were at the forefront of offensive operations against Iraq and Syria. The ships were also in the thick of the action during the missile and drone offensive against international shipping and against Israel.

Missiles are central to modern warfare, with speed, measured in Mach, defining their capabilities. From stealthy subsonic cruise missiles to lightning-fast hypersonic weapons, each type offers distinct advantages. Understanding these advancements, from propulsion to guidance, is crucial for grasping the evolving landscape of global security and the ongoing race between offensive and defensive technologies.

Alexander Leonov, a key mind behind India's formidable BrahMos missile, has passed away at 74. His genius also shaped the Zircon hypersonic missile. The BrahMos, a cornerstone of Indian defense across its army, navy, and air force. Leonov's legacy is etched in these advanced weapon systems.

The venerable B-52 bomber, a relic from the Cold War era, continues its combat legacy, now striking targets in Iran. Originally designed as a nuclear deterrent, this eight-engined giant has been continuously upgraded, proving its adaptability. From Vietnam to modern conflicts, the B-52's immense payload capacity and diverse weaponry ensure its relevance, with retirement planned for the 2050s.

China's PLA has condemned Japan's planned deployment of upgraded Type-12 missiles, warning of a "kill network" targeting coastal and inland areas. This move, aimed at deterring China in a Taiwan conflict, expands Japan's long-range strike capabilities, raising regional tensions.

Iran's most advanced missiles, including the Qassem Basir and Fattah-2, remain unused despite ongoing conflict. Experts suggest these sophisticated weapons might be held in reserve, destroyed, or not yet fully operational. While older missiles have been deployed, recent attacks show a decline in numbers and high interception rates by US and Israeli forces.

Modern warfare has dramatically changed. Technology like AI, drones, and cyber attacks now shape conflicts. These tools offer speed and precision, altering how wars are fought and prevented. India is also adapting its military strategy to this evolving landscape. The future of conflict lies in integrating these advanced capabilities.

The Russian-made S-300, first deployed in the late 1970s, is a long-range surface-to-air missile system designed to intercept aircraft, drones and incoming cruise or ballistic missiles. Over decades, it has earned a reputation as a robust shield, used by countries from Russia and Ukraine to Iran and Nato members like Greece. Its architecture relies on powerful radars such as the 30N6E2 "Tombstone" to track targets and guide interceptor missiles with high precision.

Ballistic missiles, born from wartime innovation, revolutionized warfare by making distance irrelevant. These rocket-powered weapons, capable of delivering payloads across continents in minutes, evolved into the backbone of modern strategic deterrence. Understanding their history, function, and global proliferation is crucial to grasping today's security environment.

A technologically complex missile and drone battle is unfolding, pitting Iran's swarms of cheap Shahed drones and ballistic missiles against US and Israeli advanced defence systems. This conflict highlights an economic war of attrition, where low-cost Iranian weapons force the expenditure of millions on interceptors. The sustainability of this high-cost defence is now a critical question.