Indian Native Laser Dome Overwhelms and Disables 600 Pakistani Drones, Disrupts Aerial Espionage Attempts
New and Improved:
India's military prowess shines as they successfully intercepted and neutralized more than 600 hostile drones during a recent tussle with Pakistan. The escalating controversy arose after India's retaliatory airstrikes on terror sites in response to the tragic Pahalgam attack that claimed innocent lives.
Enter India's indigenous counter-drone system, developed by the Defence Research and Development Organisation (DRDO) and christened Bhargavastra and the D4S Anti-Drone System. These powerful shields were deployed extensively across Punjab, Jammu, Kashmir, and Rajasthan, playing a crucial role in real-time detections, trackings, and incapacitations of aerial threats.
Bhargavastra, a multi-layered defense powerhouse, includes unguided micro rockets with a potent 20-meter lethal radius and precision-guided micro-missiles. Its ability to neutralize swarms of drones up to a distance of 2.5 kilometers is a game-changer for Indian defenses.
Bhargavastra's arsenal doesn't stop there. It incorporates soft kill tactics like jamming and spoofing to steer enemy drones away from valuable targets. Its radar range extends from 6 to 10 kilometers for spotting small airborne threats, and it's equipped with EO/IR sensors for locating drones that are difficult to detect using radar. The system's design makes it incredibly adaptable, capable of functioning smoothly across diverse terrains and mission profiles.
On the other hand, the D4S Anti-Drone System offers 360-degree coverage, ensuring comprehensive airspace protection against a range of threats. This system employs both soft kill and hard kill strategies. The soft kill approach disrupts drone communications by utilizing RF jamming, GNSS jamming, and GPS spoofing. In the event that soft kill tactics fail, the system swiftly shifts to a hard kill strategy, employing high-energy laser weapons to eradicate incoming threats.
Real-time threat engagement is at the heart of the D4S system, making it ideal for quickly detecting, tracking, and neutralizing threats, including micro and small UAVs. Additionally, it offers detailed optical and thermal imaging alongside RF spectrum display for precise threat identification and response.
In a recent conflict, these systems, especially the D4S, were instrumental in India's defense, proving their worth against the coordinated swarms of drones, many traced back to Turkey and China. Innovative and adaptable, these systems have revolutionized India's defensive preparedness and homegrown technological capacity.
A greater emphasis on self-reliance in defense technology has led to the participation of Indian private firms, like Adani Defence and Larsen & Toubro, in the counter-drone program. The upcoming Aero India 2025 will witness the unveiling of a mobile variant of the system developed by Adani Defence, underscoring the growing role of the private sector in India's defense innovation ecosystem.
As India joins the ranks of a handful of nations, such as the United States and Israel, with successfully deployed indigenous counter-drone systems in active conflict zones, officials are already working on the next generation of these systems. Future upgrades promise increased detection range, quicker threat processing speed, and improved precision targeting, positioning India to further excel in the realm of counter-drone technology.
1) In the arena of general-news, the success of India's indigenous counter-drone systems, such as Bhargavastra and D4S, in the recent conflict, shows a significant advancement in the field of technology and science, particularly in the development of defense technology.
2) As India progresses in its counter-drone program, with private entities like Adani Defence and Larsen & Toubro involved, the ongoing development of the next generation of counter-drone systems is anticipated to further enhance India's capabilities in the sports of science and technology, promising improved detection range, quicker processing speed, and precision targeting.
