Military

Shipborne catapult launches strike-capable drone toward hybrid combat

Shipborne catapult launches strike-capable drone toward hybrid combat
Nyan ready for launch
Nyan ready for launch
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Nyan ready for launch
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Nyan ready for launch
Nyan gallery being lifted aboard
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Nyan gallery being lifted aboard
Nyan being loaded onto the catapult
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Nyan being loaded onto the catapult
The catapult needs minimal crew
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The catapult needs minimal crew
The catapult uses pneumatics
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The catapult uses pneumatics
The Nyan is jet propelled
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The Nyan is jet propelled
XV Patrick Blackett
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XV Patrick Blackett
Nyan on the pneumatic catapult
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Nyan on the pneumatic catapult
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On July 3, the Royal Navy applied lessons learned from Ukraine as it successfully launched a strike-capable drone from a vessel underway. Part of Exercise Neptune Reach, the XV Patrick Blackett catapulted a Nyan drone off the south coast of England.

The recent launch operation was run under Project Vantage, which brought together the Royal Navy 744 Naval Air Squadron, the British Army 26 Royal Artillery, and the Royal Air Force. The purpose is to develop the technology and skills needed for Britain's £5-billion (US$6.7-billion) strategy of developing hybrid armed forces where drones and robots act as force multipliers, with crewed platforms acting more as command and control centers rather than direct combatants and reconnaissance units.

The exercise used a Nyan One-Way Effector built by Callen-Lenz, a subsidiary of BAE Systems FalconWorks. It's an inexpensive (for the military) drone costing about £100,000 (US$132,000) per unit. The Nyan is made of carbon composites, has a wingspan of 9.5 ft (2.9 m), and is propelled by a small turbojet engine featuring a low-observable shielded exhaust nozzle for extra stealth. It has a launch velocity of 107 knots (123 mph, 198 km/h) and a range of over 81 nautical miles (93 miles, 150 km).

The catapult needs minimal crew
The catapult needs minimal crew

One particular feature is that the shipboard launch used a railed pneumatic catapult instead of rockets. Using this system provides instantaneous thrust and is claimed to eliminate a lot of the logistics, thermal signatures, and safety hazards of rockets. In addition, the catapult is modular and relatively simple to transport, assemble, and store by a small team, and it can be mounted on small craft.

The purpose of systems like Nyan is to provide military planners with the ability to respond to modern threats by overwhelming them with thousands of drones at a much lower cost than using conventional missiles or artillery. In order to exploit this capability, trials like this one merge British Army launch procedures and Royal Navy ship operations as well as RAF aircraft functions.

"This trial makes a significant step forward in delivering Maritime One-Way Effectors at pace," said Lieutenant Commander David Burton, Maritime One Way Effectors capability sponsor. "Under Project Vantage we are planning to integrate these capabilities into the Hybrid Navy, combining crewed platforms with uncrewed systems to expand reach, increase tempo and enhance lethality. Working closely with our Army colleagues, this activity demonstrates how we are accelerating Atlantic Strike concepts into practical, deployable capabilities of the Fleet."

Source: Royal Navy

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4 comments
4 comments
vince
Imagine back in World war II when we counter attacked Japans strike on Pearl Harbor if we had drones back then in the tens of thousands and could launch several hundred from Battleships and destroyers against one of their carrier. Davy Jones Locker baby for that carrier.
anthony88
A slightly more elegant version of the system seen in the semi-factual 1950 movie The Flying Missile starring Glenn Ford where they show how the US originally put missiles on submarines.
Wombat56
The drone is jet propelled, so you throw away a complete jet engine with every launch.
spyinthesky
@wombat. I don’t know the jet exploited in this particular drone presently, however as recently as last week the UK MoD requested proposals for a cheap attributable jet engine for strike or attributable drone use. The idea is that as it only needs to operate for a few hours or so reliably, that it doesn’t need to be high spec, of particular high performance or requires the use of costly, exotic complex metals and materials, it just needs to survive that one mission. As jet engines can be quite simple and relatively cheap in nature, just check out those humans use attached to their arms to fly, then mission tasks of this sort can exploit something really quite cheap if produced in enough numbers. Horses for courses.