DARPA’s new military drone could morph destroyers into aircraft carriers


The US military’s advanced research agency has announced a project to build a prototype drone that can land on and take off a destroyer at sea. The drone is designed for intelligence, surveillance, and reconnaissance missions, as well as airstrikes.

The Defense Advanced Research Projects Agency (DARPA) announced on Tuesday it had awarded Northrop Grumman Corporation a $93 million contract to build a full-scale prototype drone for initial ground-based testing.  

The prototype drone, or unmanned air system (UAS), will be a tailsitting, flying-wind aircraft with twin counter-rotating, nose mounted propellers. The propellers would lift the aircraft from a ship deck, orient it for horizontal flight and provide propulsion to complete a mission. On return, the propellers would reorient the craft and lower it to the ship deck. It is designed to fit securely inside the ship when not in use.

DARPA said if ground-based testing proves successful, it would lead to an at-sea demonstration of takeoff, transition to and from a horizontal flight, and landing on a test platform with a deck size similar to what’s seen on a destroyer.

The joint project, called Tactically Exploited Reconnaissance Node (TERN), is being helmed by DARPA and the Office of Naval Research (ONR) and is designed to combine land- and sea-based approaches to support airborne assets in 21st century warfare. The first two phases of the drone project, preliminary design and risk reduction, are complete, with phase 3 being the creation of a demonstrator model. The name TERN was coined after the long-distance migratory seabird.

“Current technologies…have their limitations. Helicopters are relatively limited in their distance and flight time. Fixed-wing manned and unmanned aircraft can fly farther and longer but require either aircraft carriers or large, fixed land bases with runways often longer than a mile,” wrote Dr. Daniel Patt, DARPA’s program manager. “Moreover, establishing these bases or deploying carriers requires substantial financial, diplomatic and security commitments that are incompatible with rapid response.”

The Navy has wished for an aircraft capable of vertical take-off since World War II, in order “to provide air support for fleets.” The first helicopters showed the Navy the potential value of such an asset. The TERN demonstrator resembles a fighter the Navy designed in the 1950s – the Convair XFY-1 Pogo.

That model had successful demonstrators but never got beyond the prototype stage because the Navy started focusing on faster jet aircraft, and realized pilots would need too much training to land the Pogo on moving ships in rough seas.

“ONR’s and DARPA’s partnership on Tern continues to make rapid progress toward creating a new class of unmanned air system combining shipboard takeoff and landing capabilities, enhanced speed and endurance, and sophisticated supervised autonomy,” said Gil Graff, deputy program manager for TERN at ONR. “If successful, Tern could open up exciting future capabilities for Navy small-deck surface combatants and US Marine Corps air expeditionary operations.”


3 thoughts on “DARPA’s new military drone could morph destroyers into aircraft carriers

  1. I believe it.

    (it’s not one of their impossible inventions that only works to scare you if you believe it actually exists, like self-aiming bullets, previously only seen in cartoons)

    1. Those bullets might actually exist, but they aren’t self-aiming, and they’re not particularly scary.

      Supposedly they’re guided by the shooter after they leave the barrel. Another reported possibility is they rely on “painting” the target with a laser that’s sensed by the bullet during flight.

      Even if they can get the concept to work, I foresee tremendous expense, low supply, reliability issues, poor terminal effectiveness, and eventually the recovery and reverse-engineering of one of the classified bullets.

      At best, it will be a very poor return on the investment. I don’t see why a suppressed .338 Lapua, .408 CheyTac, or .416 Barrett isn’t good enough to shoot an enemy who’s foolish enough to stand out in the wide open.

  2. These bastards ripped off my fly/floating wing. Kind of.

    My prototype was from a Cessna RC plane. It was 5ft long and about 11″ front to back. I did not have a dual counter rotating, coaxial shaft motor to play with but the motor was from a wing I had that did over 75mph so it had plenty of ability. I could stall the wing and hover it BUT it would turn/twist making the landings/take-offs impossible. Thats why I wanted the counter rotating motor. Like from double bladed helis.

    Their rudder is a good addition too. Id only need it for landings in wind.

    The counter rotating props allowing for vertical take-off and landing while the craft hangs was soooo totally mine but I suck and am poor.

    At least now I can show a couple people who thought my design was “far fetched” and “dumb” that DARPA f*cking likes it.

    I also had a ‘autonomous’ pot smuggling goose design too. That used duct-ed fans in the neck. electronics(i could not afford the computer chip) and batteries in the head and a ~8lb cargo/space capacity in the body and wings. Carved from shipping foam and covered with the shrink used on RC planes..

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