DRDO’s Powerful Waterjet Propulsion System Aces Initial Sea Trials

DRDO’s Powerful Waterjet Propulsion System Aces Initial Sea Trials

New Delhi [India], April 15 (ANI): The Defence Research and Development Organisation’s (DRDO) waterjet propulsion system with a capacity of 651 kilowatts, developed by Larsen Turbo as part of the Technology Development Fund initiative, has successfully undergone initial sea trials on board India’s Navy Fast Interceptor Craft.

On a post from X, they mentioned: “A significant achievement through @DRDO_India’s TDF program. The domestically created 651 kW waterjet propulsion system, engineered and produced by @LarsenToubro with over 70% local components, has successfully finished initial maritime tests onboard India’s Navy Fast Interceptor Craft.”


On April 13, India achieved a significant milestone as it became part of an exclusive group of nations like the U.S., China, and Russia, which possess the ability to intercept and destroy both conventional fixed-wing drones and swarming drone systems. This was accomplished through the deployment of a powerful 30-kilowatt laser system designed specifically for this purpose.

The successful testing of the Mk-II(A) Laser-Directed Energy Weapon (DEW) system took place at the National Open Air Range (NOAR) in Kurnool. This demonstration highlighted the capability to neutralize missiles, drones, and smaller projectiles using advanced technology. DRDO officials shared this information with ANI onsite.

India has joined the select and small group of countries that have developed high-powered Laser Directed Energy Weapons (DEWs).

In conversation with ANI, DRDO Chairman Samir V Kamat stated, “To my knowledge, the U.S., Russia, and China have showcased this ability. It appears that Israel is developing comparable technologies too. I believe we stand as either the fourth or fifth nation globally to exhibit this system.”

Kamat stated that this marks only the “start of the journey,” and mentioned that DRDO is developing several technologies aimed at achieving a “Star Wars-like capability.”

“This marks only the start of our journey. Given the collaboration between this laboratory and others within the DRDO, as well as with industries and academic institutions, I’m confident that we’ll reach our goals swiftly… Additionally, we’re developing various high-energy systems such as high-intensity microwaves and electromagnetic pulse devices. Therefore, we’re engaged in numerous technological advancements aimed at achieving capabilities akin to those seen in ‘Star Wars.’ Today’s demonstration showcased merely one aspect of these advanced technologies,” stated Kamat.

The indigenously created and developed Mk-II(A) DEW system showcased all its capabilities by targeting and neutralizing fixed-wing drones from a distance, countering an assault involving several drones, and demolishing enemy surveillance equipment and antennas.

The rapid engagement time, accuracy, and lethal impact achieved against the target within mere seconds have rendered it the most effective Counterdrone System.

The DRDO’s Centre for High Energy Systems and Sciences (CHESS) in Hyderabad collaborated with LRDE, IRDE, DLRL, various educational institutes, and local industries to develop this system. (ANI)

Provided by SyndiGate Media Inc.
Syndigate.info
).

Sirens Wail Across Jerusalem as Houthis Launch Missiles at Israel

Sirens Wail Across Jerusalem as Houthis Launch Missiles at Israel

Since the breakdown of the ceasefire in Gaza last week, Yemen’s Iran-supported Houthi rebels have fired multiple long-range missiles at Israel. Though there wasn’t an instant acknowledgment from them, the group later admitted to launching two projectiles—one purportedly hypersonic—at Ben Gurion Airport and a military facility near Tel Aviv.

US forces have been targeting Houthi strongholds in Yemen since 15 March, with President Donald Trump vowing to hold Iran accountable for attacks carried out by its proxies in the region.

The attack also disrupted commercial flights, causing Italy’s ITA Airways to reroute one of their aircraft; however, it successfully touched down in Tel Aviv.

In the meantime, the Houthis asserted that they had targeted US warships in the Red Sea with missiles and drones as well, including the USS Harry S. Truman aircraft carrier.

As members of the so-called Axis of Resistance, which includes Iran-backed paramilitary groups, the Houthis remain central to escalating regional conflicts. This has persisted for almost ten years amidst ongoing Saudi Arabian military efforts in Yemen.

New Cutting-Edge Weapon Threatens French Navy Patrol Boats

New Cutting-Edge Weapon Threatens French Navy Patrol Boats


However, why did this submarine attack a patrol boat from the French Navy? Rest assured, it was just a demonstration of a novel advanced weaponry system.

As reported by
Futura-sciences
Last December, a French nuclear attack submarine (SNA) conducted a test that resulted in sending the French patrol boat Premier-Maître L’Her to the ocean floor. However, this incident was not due to mistaken identity; rather, it was part of an intentional exercise. The F21 heavyweight torpedo, equipped with live ammunition, was fired at what was actually a naval vessel—a hollowed-out shell serving as the target.

The patrol vessel, which served faithfully for four decades, stopped operations last July. After being thoroughly cleaned, the vessel became an excellent candidate for testing advanced weaponry. The Ministry of the Armed Forces reported that the ship split into two pieces and rapidly sank thousands of meters beneath the surface.


A design by Naval Group

It was

Naval Group

The design of the F21 “Artemis” heavyweight torpedo, aimed at countering both submarine and surface targets, is documented here.
Futura-sciences
What are its features? It weighs 1.5 tons, measures 6 meters in length, can reach speeds of up to 90 km/h, has a range of 50 kilometers, and carries an explosive payload of 250 kg.

According to the

French Ministry of National Defense

, due to the
In an increasingly complex global landscape, it appears pertinent at times to revisit and potentially conduct naval armament trials once more.

(MH co-authored with Manon Pierre – Source: Futura-sciences – Illustration: ©Unsplash)