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[#DRONES] ⚓️💡Episode 5 – Drones: First dives for Naval Group's DDO After successful factory tests, Naval Group's demonstrator of XL Underwater Autonomous System (DDO) is passing its functional (communication, sensors...) and surface and underwater navigation performances tests.

Naval Group

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28,821 views • 3 years ago •via X (Twitter)

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Lockheed Martin has introduced the Lamprey Multi-Mission Autonomous Undersea Vehicle, a new unmanned system designed for naval operations beneath the ocean. The underwater vehicle can attach to ships for recharging, stay hidden on the seabed to gather intelligence, and operate for long periods without human crews. It can also launch torpedoes, decoys, and even airborne drones for reconnaissance and strike missions.

Lockheed Martin has introduced the Lamprey Multi-Mission Autonomous Undersea Vehicle, a new unmanned system designed for naval operations beneath the ocean. The underwater vehicle can attach to ships for recharging, stay hidden on the seabed to gather intelligence, and operate for long periods without human crews. It can also launch torpedoes, decoys, and even airborne drones for reconnaissance and strike missions.

Space and Technology

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We have recently launched the first “DEEP” underwater drone system in a demonstration mission that marked a significant milestone for our Group in the field of underwater technology. DEEP is designed for the protection, development, and maintenance of critical infrastructure and port areas, while also performing monitoring and environmental protection activities. Thanks to a network of underwater sensors for early warning, a Command and Control Center for real-time operational management, a team of autonomous underwater vehicles capable of conducting missions at different levels of autonomy, cooperation, and coordination, and an Al-based system dedicated to data analysis and processing, we bring on board a dual-purpose and versatile technology able to operate efficiently in diverse contexts. Watch some highlights from DEEP’s missions 👇

We have recently launched the first “DEEP” underwater drone system in a demonstration mission that marked a significant milestone for our Group in the field of underwater technology. DEEP is designed for the protection, development, and maintenance of critical infrastructure and port areas, while also performing monitoring and environmental protection activities. Thanks to a network of underwater sensors for early warning, a Command and Control Center for real-time operational management, a team of autonomous underwater vehicles capable of conducting missions at different levels of autonomy, cooperation, and coordination, and an Al-based system dedicated to data analysis and processing, we bring on board a dual-purpose and versatile technology able to operate efficiently in diverse contexts. Watch some highlights from DEEP’s missions 👇

Fincantieri

5,294,212 views • 11 months ago

China has developed a 3-kg bionic robotic fish designed to move underwater more naturally and quietly than conventional underwater drones. Its body uses seven sections and three movable tail joints to mimic the movement of a real fish. The robot can reportedly operate autonomously for around 5 hours on a charge and carries a front-mounted sonar system for monitoring its underwater surroundings. But its most interesting feature may be its appearance—it is designed to resemble an ordinary fish, potentially making it harder to notice. That could give biomimetic robots an interesting role in underwater reconnaissance and surveillance. The idea is simple: instead of building a machine that looks like a machine, build one that looks like part of the environment—and let it quietly observe what is happening underwater. #China #robot #robotics #chinarobot #underwaterworld

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Srijan Pal Singh

101,038 views • 23 days ago

First Combat Use of Underwater Kamikaze Drones: Russian Kilo class Submarine Disabled in Novorossiysk The Security Service of Ukraine (SSU) has carried out a special operation in the port of Novorossiysk, marking the first-ever combat use of underwater kamikaze drones. During the operation, SBU-operated Sub Sea Baby underwater drones struck a Russian Navy Project 636.3 submarine (Varshavyanka class; NATO designation: Kilo). The explosion caused critical damage, effectively disabling the vessel. The submarine was equipped with four Kalibr cruise missile launchers used by Russia for strikes against Ukrainian territory. The operation was conducted jointly by the SBU’s 13th Main Directorate of Military Counterintelligence and the Ukrainian Navy. A Varshavyanka-class submarine is estimated to cost around USD 400 million. Due to international sanctions, building a comparable submarine today could cost up to USD 500 million. This class is also known as the “Black Hole” because of its low acoustic signature and reduced sonar visibility. The submarine had been stationed in Novorossiysk after earlier Sea Baby surface-drone operations forced Russian naval assets to leave Sevastopol Bay in temporarily occupied Crimea.

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Special Kherson Cat 🐈🇺🇦

740,598 views • 9 months ago

These aquatic robots are more advanced than they look!🐬 Early versions developed by Walt Disney Imagineering started as simple underwater drones, essentially radio-controlled machines, using jet pumps for propulsion and servo motors for control. Functional, but clearly nothing new. Then came the biomimetic stuff. Larger prototypes began mimicking dolphins, using fins instead of propellers to create smooth, organic motion. Servos control vertical and lateral movement, making them move much closer to real animals than traditional underwater drones. The latest invention is autonomous hydrofoils. These platforms use GPS, ultrasonic sensors, and self-balancing control to follow precise trajectories on water, enabling synchronized, repeatable motion for large-scale shows. That's so cool! 😎 ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →

These aquatic robots are more advanced than they look!🐬 Early versions developed by Walt Disney Imagineering started as simple underwater drones, essentially radio-controlled machines, using jet pumps for propulsion and servo motors for control. Functional, but clearly nothing new. Then came the biomimetic stuff. Larger prototypes began mimicking dolphins, using fins instead of propellers to create smooth, organic motion. Servos control vertical and lateral movement, making them move much closer to real animals than traditional underwater drones. The latest invention is autonomous hydrofoils. These platforms use GPS, ultrasonic sensors, and self-balancing control to follow precise trajectories on water, enabling synchronized, repeatable motion for large-scale shows. That's so cool! 😎 ~~ ♻️ Join the weekly robotics newsletter, and never miss any news →

Lukas Ziegler

67,279 views • 9 months ago

‼️🇰🇵 North Korea has unveiled what it claims is its first nuclear-powered ballistic missile submarine, inspected by Kim Jong Un. While experts question Pyongyang’s ability to field a reliable naval reactor, the signal is clear: its nuclear deterrent is moving beyond land. Even a partially functional nuclear sub would complicate planning for the United States, South Korea, and Japan by forcing expanded anti-submarine patrols and pushing naval forces farther offshore. For NATO allies, it underscores a dangerous shift: North Korea’s nuclear doctrine is going mobile and underwater. See the latest updates with us: NSTRIKE

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NSTRIKE

13,724 views • 9 months ago

Turkey has successfully launched its Hisar-D RF surface-to-air missile from an Istanbul-class frigate using the indigenous MIDLAS Vertical Launch System for the first time. The missile is designed to defend warships against aircraft, drones, missiles, and other aerial threats. Equipped with an active radar seeker, it can track targets independently after launch, giving Turkish naval vessels a modern air-defense capability. The test is being viewed as more than just a missile launch. It marks a major step in Turkey's effort to build a fully indigenous naval combat ecosystem, joining a growing list of domestic defense programs that include drones, missiles, and next-generation warships. #turkey #navy #missiles #MissileStrike #DRDO

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Srijan Pal Singh

23,011 views • 4 months ago

Underwater, even communication is a challenge: in unique scenarios marked by unpredictable, ever-shifting conditions, remote and unmanned solutions can make all the difference. From autonomous vessels to subsea drones, this episode of "Insiders" showcases the many innovations introduced by our IDS, a Fincantieri Group company specializing in underwater digitalization. An ongoing evolution, powered by our people, as we explore new frontiers of the sea and of technology. This video was translated with our AI ecosystem brAIn. Curious to see the original video in Italian? Join us on Instagram! 👉

Underwater, even communication is a challenge: in unique scenarios marked by unpredictable, ever-shifting conditions, remote and unmanned solutions can make all the difference. From autonomous vessels to subsea drones, this episode of "Insiders" showcases the many innovations introduced by our IDS, a Fincantieri Group company specializing in underwater digitalization. An ongoing evolution, powered by our people, as we explore new frontiers of the sea and of technology. This video was translated with our AI ecosystem brAIn. Curious to see the original video in Italian? Join us on Instagram! 👉

Fincantieri

1,292,491 views • 8 months ago

UPDATE: Ukrainian intelligence used naval drone to launch a smaller attack drone, which then took out one of Russia’s S400 defense system. 🇺🇦🇷🇺 The S-400 is one of Russia’s most prized air defense systems, built to shoot down aircraft, drones, and missiles at long range. The cost gap is staggering. A single S-400 launcher and its support systems can cost billions of dollars. The drones used to destroy it likely cost only in thousands. What is genuinely new is the method. Ukraine used a naval drone, built for sea warfare, as a launch platform to carry smaller FPV drones against land targets.

UPDATE: Ukrainian intelligence used naval drone to launch a smaller attack drone, which then took out one of Russia’s S400 defense system. 🇺🇦🇷🇺 The S-400 is one of Russia’s most prized air defense systems, built to shoot down aircraft, drones, and missiles at long range. The cost gap is staggering. A single S-400 launcher and its support systems can cost billions of dollars. The drones used to destroy it likely cost only in thousands. What is genuinely new is the method. Ukraine used a naval drone, built for sea warfare, as a launch platform to carry smaller FPV drones against land targets.

Donald J Trump Posts TruthSocial

49,652 views • 1 month ago

Pakistan Navy demonstrated its operational readiness and combat preparedness through a comprehensive exercise in the North Arabian Sea, showcasing both conventional and unmanned capabilities, as per dictates of evolving naval warfare ⚓ 🇵🇰 The exercise included: - Firing of LY-80[N] Surface to Air Missile [SAM] from Vertical Launching System at extended range. - Engagement of surface targets using Loitering Munition [LM]. - Successful open-sea trials of Unmanned Surface Vessel [USV] were also conducted, marking a significant leap in autonomous naval technology. The trials validated the platform’s ability to combine high-speed performance with mission-critical durability. Key capabilities demonstrated include extreme maneuverability, precision navigation and weather resilience. USV offers a low-risk, high-impact solution with the stealth of a tactical interceptor.

Pakistan Navy demonstrated its operational readiness and combat preparedness through a comprehensive exercise in the North Arabian Sea, showcasing both conventional and unmanned capabilities, as per dictates of evolving naval warfare ⚓ 🇵🇰 The exercise included: - Firing of LY-80[N] Surface to Air Missile [SAM] from Vertical Launching System at extended range. - Engagement of surface targets using Loitering Munition [LM]. - Successful open-sea trials of Unmanned Surface Vessel [USV] were also conducted, marking a significant leap in autonomous naval technology. The trials validated the platform’s ability to combine high-speed performance with mission-critical durability. Key capabilities demonstrated include extreme maneuverability, precision navigation and weather resilience. USV offers a low-risk, high-impact solution with the stealth of a tactical interceptor.

Pakistan Strategic Forum

25,168 views • 9 months ago

🛥️ For the first time in the world, a Unmanned Systems Forces interceptor drone launched from an unmanned surface platform has shot down a Shahed UAV. Operators of the naval unmanned systems division within the 412th Nemesis Brigade are carrying out combat missions in the maritime operational zone. This unit achieved the successful interception of a Shahed-type attack drone using an interceptor UAV launched from an unmanned surface vessel. This marks a new level of integration between naval and aerial unmanned capabilities. Using surface drone carriers to deploy interceptor drones expands air defense options and creates an additional layer of protection for Ukrainian cities. USF: One step ahead!

🛥️ For the first time in the world, a Unmanned Systems Forces interceptor drone launched from an unmanned surface platform has shot down a Shahed UAV. Operators of the naval unmanned systems division within the 412th Nemesis Brigade are carrying out combat missions in the maritime operational zone. This unit achieved the successful interception of a Shahed-type attack drone using an interceptor UAV launched from an unmanned surface vessel. This marks a new level of integration between naval and aerial unmanned capabilities. Using surface drone carriers to deploy interceptor drones expands air defense options and creates an additional layer of protection for Ukrainian cities. USF: One step ahead!

🇺🇦 Unmanned Systems Forces

105,001 views • 5 months ago

🇮🇷🇺🇸 Iran dragged an American underwater drone out of the Strait of Hormuz, and this could become one of the most humiliating technological losses of the war. The captured vessel appears to match Anduril's Dive-LD autonomous underwater vehicle, the kind of system America needs for the increasingly brutal underwater battle being fought around Hormuz. What's worse is that unlike a missile destroyed on impact, this thing arrived in Tehran's hands intact. That means engineers can tear it apart, study the sensors, software, and communications architecture, and potentially feed whatever they discover into Iran's own rapidly evolving drone and maritime programs. This war was supposed to degrade Iran's military capabilities. Instead, America is burning through interceptors, losing expensive drones, watching its regional bases come under increasingly precise attack, and now handing Tehran another piece of American military technology to study. Brandon Weichert

🇮🇷🇺🇸 Iran dragged an American underwater drone out of the Strait of Hormuz, and this could become one of the most humiliating technological losses of the war. The captured vessel appears to match Anduril's Dive-LD autonomous underwater vehicle, the kind of system America needs for the increasingly brutal underwater battle being fought around Hormuz. What's worse is that unlike a missile destroyed on impact, this thing arrived in Tehran's hands intact. That means engineers can tear it apart, study the sensors, software, and communications architecture, and potentially feed whatever they discover into Iran's own rapidly evolving drone and maritime programs. This war was supposed to degrade Iran's military capabilities. Instead, America is burning through interceptors, losing expensive drones, watching its regional bases come under increasingly precise attack, and now handing Tehran another piece of American military technology to study. Brandon Weichert

Mario Nawfal

329,128 views • 28 days ago

🚨EXPLAINED: Inside Pakistan’s underwater drone push The Iran war has confirmed a stark reality: the stealthiest threat often lurks beneath the waves. Pakistan is now doubling-down on underwater drones to protect its ports and vital sea lanes. 🟧Muhassir (USV): A locally-made unmanned surface vessel. This 10m semi-submersible (7.3 tons) reaches 40 knots with a 400+ nautical mile range. Designed for reconnaissance, it can mount a 12.7mm gun or carry explosives 🟧Corsair (USV): A private-sector development for the navy. This 4m kamikaze drone attacks warships and port facilities, carrying a 50 kg payload at 30 knots with a 100 nautical mile range 🟧Israr (AUV): A locally-made autonomous underwater vehicle. This 3m drone conducts ISR, seabed mapping, and port monitoring, diving to 300m for up to four hours Force multipliers: 🟧Mudmair: Loitering munition. In January 2026, the navy successfully tested a long-range version against surface targets 🟧Shahpar III (MALE UAS): This naval variant will be equipped with lightweight torpedoes, sonobuoys, and radar for anti-submarine warfare and maritime patrol

🚨EXPLAINED: Inside Pakistan’s underwater drone push The Iran war has confirmed a stark reality: the stealthiest threat often lurks beneath the waves. Pakistan is now doubling-down on underwater drones to protect its ports and vital sea lanes. 🟧Muhassir (USV): A locally-made unmanned surface vessel. This 10m semi-submersible (7.3 tons) reaches 40 knots with a 400+ nautical mile range. Designed for reconnaissance, it can mount a 12.7mm gun or carry explosives 🟧Corsair (USV): A private-sector development for the navy. This 4m kamikaze drone attacks warships and port facilities, carrying a 50 kg payload at 30 knots with a 100 nautical mile range 🟧Israr (AUV): A locally-made autonomous underwater vehicle. This 3m drone conducts ISR, seabed mapping, and port monitoring, diving to 300m for up to four hours Force multipliers: 🟧Mudmair: Loitering munition. In January 2026, the navy successfully tested a long-range version against surface targets 🟧Shahpar III (MALE UAS): This naval variant will be equipped with lightweight torpedoes, sonobuoys, and radar for anti-submarine warfare and maritime patrol

Sputnik

79,445 views • 6 months ago

🚨#ISPR Surface to Air Missile Rawalpindi, 10 January, 2026 #Pakistan Navy demonstrated its operational readiness and combat preparedness through a comprehensive exercise in the North Arabian Sea, showcasing both conventional and unmanned capabilities, as per dictates of evolving naval warfare. The exercise included the successful live firing of LY-80(N) Surface to Air Missile (SAM) from Vertical Launching System at extended range, validating the long-range capabilities of Pakistan Navy's modern air defence systems. LY-80(N) SAM successfully engaged and neutralized an aerial target, demonstrating Pakistan Navy's robust air defence capabilities. The exercise also featured the successful engagement of surface targets using Loitering Munition (LM), demonstrating Pakistan Navy's precision strike capabilities. Loitering Munition (LM) successfully engaged and destroyed surface targets, showcasing its effectiveness in modern naval warfare. Successful open-sea trials of Unmanned Surface Vessel (USV) were also conducted, marking a significant leap in autonomous naval technology. The trials validated the platform’s ability to combine high-speed performance with mission-critical durability. Key capabilities demonstrated include extreme maneuverability, precision navigation and weather resilience. USV offers a low-risk, high-impact solution with the stealth of a tactical interceptor. Commander Pakistan Fleet witnessed the exercise, which showcased Pakistan Navy's ability to employ advanced systems. Admiral Naveed Ashraf, NI, NI (M), T Bt, Chief of the Naval Staff, commended officers and men of Pakistan Navy for their professionalism and operational competence. He reaffirmed Pakistan Navy's resolve to ensure seaward defence of Pakistan and safeguard national maritime interests under all circumstances.

🚨#ISPR Surface to Air Missile Rawalpindi, 10 January, 2026 #Pakistan Navy demonstrated its operational readiness and combat preparedness through a comprehensive exercise in the North Arabian Sea, showcasing both conventional and unmanned capabilities, as per dictates of evolving naval warfare. The exercise included the successful live firing of LY-80(N) Surface to Air Missile (SAM) from Vertical Launching System at extended range, validating the long-range capabilities of Pakistan Navy's modern air defence systems. LY-80(N) SAM successfully engaged and neutralized an aerial target, demonstrating Pakistan Navy's robust air defence capabilities. The exercise also featured the successful engagement of surface targets using Loitering Munition (LM), demonstrating Pakistan Navy's precision strike capabilities. Loitering Munition (LM) successfully engaged and destroyed surface targets, showcasing its effectiveness in modern naval warfare. Successful open-sea trials of Unmanned Surface Vessel (USV) were also conducted, marking a significant leap in autonomous naval technology. The trials validated the platform’s ability to combine high-speed performance with mission-critical durability. Key capabilities demonstrated include extreme maneuverability, precision navigation and weather resilience. USV offers a low-risk, high-impact solution with the stealth of a tactical interceptor. Commander Pakistan Fleet witnessed the exercise, which showcased Pakistan Navy's ability to employ advanced systems. Admiral Naveed Ashraf, NI, NI (M), T Bt, Chief of the Naval Staff, commended officers and men of Pakistan Navy for their professionalism and operational competence. He reaffirmed Pakistan Navy's resolve to ensure seaward defence of Pakistan and safeguard national maritime interests under all circumstances.

Pakistan Armed Forces News 🇵🇰

13,150 views • 9 months ago

After the evacuation of nearly 11,000 people around Odisha's Chandipur Test Range, DRDO has now revealed the reason behind the heightened security. India successfully conducted three major flight tests, validating its Ballistic Missile Defence (BMD) system and the new Naval Anti-Ship Missile (NASM-MR). The tests showcased India's growing ability to intercept incoming ballistic missiles and strike hostile warships from long distances. A significant step forward in building a multi-layered defence shield for the nation. #drdo #missiles #MissileStrike #MissileLaunch #indianairforce #indiannavy

After the evacuation of nearly 11,000 people around Odisha's Chandipur Test Range, DRDO has now revealed the reason behind the heightened security. India successfully conducted three major flight tests, validating its Ballistic Missile Defence (BMD) system and the new Naval Anti-Ship Missile (NASM-MR). The tests showcased India's growing ability to intercept incoming ballistic missiles and strike hostile warships from long distances. A significant step forward in building a multi-layered defence shield for the nation. #drdo #missiles #MissileStrike #MissileLaunch #indianairforce #indiannavy

Srijan Pal Singh

18,784 views • 3 months ago

Ulysses is coming out of stealth today with: ‣ $1 million in revenue ‣ $2 million raised ‣ 5 hardware generations ...one year after their founding. They're building autonomous underwater drones — first to restore seagrass, and someday to counteract narco-subs. Ulysses co-founder and CEO Akhil Voorakkara met me at my office in San Francisco to talk through the technical details. HD Version at the link in my bio. Timestamps: 00:00 — Introducing Ulysses 02:20 — What is their robot capable of? 04:20 — How are they iterating so quickly through hardware prototypes? 12:57 — Why not buy more off the shelf? 16:15 — What technical requirements drove the hardware design? 21:06 — What other designs inspired this one? 23:28 — Underwater Design 101 30:38 — Why make it autonomous? 32:39 — What is their approach to autonomy? 36:44 — How did Ulysses decide to focus on sea restoration? 44:47 — Who else is building underwater drones? 47:57 — How do their drones differ from the more expensive existing ones? 49:05 — What limits drone working lifetime? 50:35 — How can you make technical progress with <5 employees? 54:51 — What's the next technical milestone to clear?

Ulysses is coming out of stealth today with: ‣ $1 million in revenue ‣ $2 million raised ‣ 5 hardware generations ...one year after their founding. They're building autonomous underwater drones — first to restore seagrass, and someday to counteract narco-subs. Ulysses co-founder and CEO Akhil Voorakkara met me at my office in San Francisco to talk through the technical details. HD Version at the link in my bio. Timestamps: 00:00 — Introducing Ulysses 02:20 — What is their robot capable of? 04:20 — How are they iterating so quickly through hardware prototypes? 12:57 — Why not buy more off the shelf? 16:15 — What technical requirements drove the hardware design? 21:06 — What other designs inspired this one? 23:28 — Underwater Design 101 30:38 — Why make it autonomous? 32:39 — What is their approach to autonomy? 36:44 — How did Ulysses decide to focus on sea restoration? 44:47 — Who else is building underwater drones? 47:57 — How do their drones differ from the more expensive existing ones? 49:05 — What limits drone working lifetime? 50:35 — How can you make technical progress with <5 employees? 54:51 — What's the next technical milestone to clear?

Christian Keil

79,570 views • 1 year ago