![]() In February 2021, the Navy gave Raytheon a deal worth nearly 33 million dollars to deliver “Coyote Block 3” loitering munitions for surface and submarine drones. The US Navy, on the other hand, wants to go even further. In 2013, the Naval Research Laboratory successfully launched an autonomous aerial drone, the XFC UAC, from a torpedo tube of the nuclear attack submarine USS Providence using a launch device called “Sea Robin.” At the time, the Navy said that if this test went well, it could give submarine forces and special operations “revolutionary” ISR powers. The US Navy had wanted this kind of capability for a long time. The drone weighs 4 kg and is 68.6 cm long and 49.5 cm wide. It has sensors for Intelligence, Surveillance, and Reconnaissance (ISR) missions and a secure digital data link (DDL). The Blackwing 10C is based on the Switchblade loitering munition and is released from a tube. A few months later, the Navy announced plans to purchase 120 “Blackwing 10C” drones from AeroVironment. The US Navy’s Naval Sea Systems Command requested the industry in October 2020 to acquire aerial drones that could be deployed from a submarine. Once communication was established, the drone was piloted from the submarine, and a live video feed from the drone’s camera was transmitted to the control console, according to AID, which sees the success of this test as an indicator of future operational capabilities.įrance is not the only nation pursuing this capability. ![]() The submarine put out its communication antenna to establish a connection. The cocoon opened upon reaching the surface, liberating the drone, which positioned itself above sea level. Image: AIDĭuring the experiment, the unmanned aerial vehicle enclosed the submerged SSN Amethyst in a “watertight protective cocoon” furnished by the Naval Group. According to AID’s explanation, this programme aims to incorporate a game-changing operational capability into the existing fleet in the medium term.įrench SSN Amethyst launches and operates Diodon HP30 Aerial Drone from underwater. ![]() These include intelligence, surveillance, and reconnaissance in visible or infrared spectrums, radio relays, and cargo delivery. Using a drone is one way to increase the sensors and capabilities of a submarine. The submarine’s overall situational awareness will be improved as a result of this initiative. In addition, as part of the experiments carried out by AID, a drone that Diodon had supplied was deployed and operated from within the underwater SSN. The monitoring capabilities of patrol vessels, surveillance frigates, and vessels providing support and assistance overseas could be improved with the use of drones like this one. It eliminates worries about drones falling into the water, making it hard to train in the real world or work in tough circumstances like bad weather or electromagnetic interference. These features open up new tactical possibilities, such as standing by during a mission while using little power and keeping an eye on certain spots along the coast. It is stable when it lands on water, can land and take off in water without any restrictions, and can land hard on land or the deck of a ship. They weigh less than 2 kg, can be deployed in less than 2 minutes, have a 30-minute flight autonomy, and have a range of 3 nautical miles. The DIODON HP30 systems cover a broad spectrum of short-range State Action at Sea missions, such as maritime security, safety, and pollution control. It can land, take off, and move around in the water to sea state 4. This drone is waterproof the remote control is IP67, and the drone is IP56. Its inflatable structure renders it unbreakable and unsinkable. This unbreakable and unsinkable drone is equipped with high-performance day/night sensors. The Centre d’Expérimentations Pratiques et de réception de l’Aéronautique navale has shown a keen interest in the aerial drone HP30 developed by Diodon as part of the French Navy’s “UAV sus sous-marin” experimentation operation, as recently reported by the Defence Innovation Agency. The small quadcopter drone was designed by a Toulouse company Diodon. ![]() In early May, the naval group achieved a first by launching an aerial drone from the nuclear attack submarine (SSN) Amethyst in the Mediterranean.
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