As trade tensions between the U.S. and China continue to escalate, Chinese officials announced Friday the country tested its first hypersonic flight vehicle capable of carrying nuclear weapons -- and allegedly able to penetrate any missile defense system.

The China Academy of Aerospace Aerodynamics, run by state-owned space contractor China Aerospace Science and Technology Corp, said it conducted a successful first flight test of the Xingkong-2, otherwise known as Starry Sky-2, state-tabloid Global Times reported.

The flight vehicle was launched at a target range in Northwest China with a multi-stage rocket before being released in the air, making "large-angle turning maneuvers," and achieving a top speed of Mach 6, or 4,563 mph, the academy said.

The aircraft then landed in a designated landing zone, where it provided researchers with "effective" test data.

“The test…has laid a solid technological foundation for engineering applications of the waverider design,” officials said in a statement to the South China Morning Post.

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The Starry Sky 2, a waverider, is a hypersonic flight vehicle that uses shockwaves generated by its own flight in the air to glide at a high speed, and features a wedge-shaped fuselage.

Song Zhongping, a Chinese military expert, told The Global Times the test was a "breakthrough," and added the waverider can carry both conventional and nuclear weapons.

"The test showed that China is advancing shoulder-to-shoulder with the US and Russia," Song told the news outlet.

Song added that since the waverider flies so fast, it challenges current anti-missile defense systems designed to protect against slower cruise and ballistic missiles.

The test on Friday was the first time China publicly disclosed the development of the waverider. The U.S. and Russia have been researching and testing waveriders since 2010.

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Chinese officials said the design of the Starry Sky 2 took three years to develop, according to China Daily.

Besides military use, an unnamed official told the Global Times the technology may be adapted to a civilian role, including in industrial transport.