Meet China’s Sharp Sword, a stealth drone that can likely carry 2 tons of bombs


Sharp Sword Flight The Sharp Sword UCAV is one of China's most high-tech drones, with a flying wing body and internal bomb bad that maximizes its stealth and range. This image is from its first flight on November 21, 2013. Photo: lt.cjdby.net

Sharp Sword Flight
The Sharp Sword UCAV is one of China’s most high-tech drones, with a flying wing body and internal bomb bad that maximizes its stealth and range. This image is from its first flight on November 21, 2013. Photo: lt.cjdby.net

It just won a technology prize, so China’s pretty proud of it.

By Jeffrey Lin and P.W. Singer Yesterday at 3:46am

The Sharp Sword UAV (unmanned aerial vehicle), China’s stealthy attack drone, just won second place in the National Science and Technology Advancement Prizes. Considering the secrecy surrounding stealth drones to come out of China—there are relatively few photos of the Sharp Sword available, particularly as opposed to, say, the J-20 fighter—the Sharp Sword’s victory is pretty noteworthy. The drone, known as “Lijian” in Mandarin Chinese, is being paraded as a huge win for Chinese aviation technology. And it is.

Lijian's design

Stealthy Sword The Lijian uses a flying wing body (just like the B-2 bomber and X-47B drone) in order to minimize its radar cross sectin. It has two bomb bays that can possibly up to 2 tons of ordnance. Photo: Hongjian via China Defense Forum

The Sharp Sword is the first non-NATO stealthy unmanned combat aerial vehicle (UCAV). Built by Aviation Industry Corporation of China, with much of the work done by the Hongdu Aviation Industry Group, the Sharp Sword first flew in November 2013. Looking a bit like a mini-B-2 flying wing bomber, the UCAV has two internal bomb bays and a likely payload of about 4,400 pounds. Its engine is a non-afterburning WS-13 turbofan engine, with serpentine inlet to hide the engine from enemy radars (the first Sharp Sword does not use a stealthy nozzle due to its technology demonstrator status). It has a length of about 33 feet, and a wingspan of about 46 feet.

The Future of Unmanned Warfare Stealthy flying wing UCAVs, like the Sharp Sword, are more survivable (by virtual of stealth) than traditional UAVs like the Predator, and have more onboard room for mission avionics, plus computers for artificial intelligence. Photo: Archer_ZB

The Future of Unmanned Warfare
Stealthy flying wing UCAVs, like the Sharp Sword, are more survivable (by virtual of stealth) than traditional UAVs like the Predator, and have more onboard room for mission avionics, plus computers for artificial intelligence. Photo: Archer_ZB

Other similar foreign systems include the American X-47B, the British Taranis, and the French Neuron. Stealthy UCAVs have a number of advantages over their manned counterparts: they can fit the same internal payload onto a smaller airframe, and have much longer ranges, in addition to the typical advantages of unmanned aerial vehicles, like longer flight times.

The Coming Swarm Future iterations of the Sharp Sword are likely to be among the launch systems for Chinese combat AI. Photo: mil.huanqiu.com

The Coming Swarm
Future iterations of the Sharp Sword are likely to be among the launch systems for Chinese combat AI. Photo: mil.huanqiu.com

Reporting from the Chinese Internet suggests that a second, even stealthier Sharp Sword began flying last year (with a stealthy engine). If flight testing with the prototypes goes as well as the initial flight tests did with the first airframe, the Sharp Sword could enter service as early as 2019-2020.

Initially, it’s believed that the Sharp Sword will be used for reconnaissance in areas with dense air defense networks, as well as tailing foreign warships. As the Chinese develops a familiarity with the Sharp Sword, it could be used for combat operations as a “first through the door” weapon against highly defended, high-value targets, as well as an aerial tanker for other drones and carrier aircraft (akin to plans for the U.S. MQ-25). There is even the possibility of carrier version for China’s planned next generation of catapult equipped aircraft carriers.

Eventually, advances in distributed systems and artificial intelligence could help the Sharp Sword be a robotic wingman to manned aircraft in an unmanned/manned operational concept. It could even take on autonomous missions of its own.

Source: Popular Science “Meet China’s Sharp Sword, a stealth drone that can likely carry 2 tons of bombs”

Note: This is Popular Science’ article I post here for readers’ information. It does not mean that I agree or disagree with the article’s views.


SCMP: Drones Part of Plan to Patrol Coastal Areas


SCMP reports: “Civilian maritime authority says 11 bases will be home to UAVs with high-definition cameras

 

“The civilian maritime authority has announced plans to set up a series of bases, from which it will conduct drone-surveillance flights along the Pacific coast of China.

 

“The State Oceanic Administration (SOA) would establish 11 sites in coastal provinces to store and launch unmanned aerial vehicles (UAVs), with at least one drone located at each facility, said SOA division chief Yu Qingsong, according to Xinhua.”

 

“While details about the scale and schedule of the project were unclear, an SOA newspaper, China Ocean News, said on Monday that the drones would use high-definition cameras to monitor illegal land reclamation, sand dredging and other changes in the maritime environment.”

via SCMP.com – Drones part of plan to patrol coastal areas.