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Pilotless Planes, Pacific Tensions
« on: May 13, 2013, 01:57:06 PM »
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OP-ED CONTRIBUTOR
Pilotless Planes, Pacific Tensions
By RICHARD PARKER
Published: May 12, 2013

THIS week the Navy will launch an entirely autonomous combat drone — without a pilot on a joystick anywhere — off the deck of an aircraft carrier, the George H. W. Bush. The drone will then try to land aboard the same ship, a feat only a relatively few human pilots in the world can accomplish.

This exercise is the beginning of a new chapter in military history: autonomous drone warfare. But it is also an ominous turn in a potentially dangerous military rivalry now building between the United States and China.

The X-47B, a stealth plane nicknamed “the Robot” by Navy crews, is a big bird — 38 feet long, with a 62-foot wingspan — that flies at high subsonic speeds with a range of over 2,000 miles. But it is the technology inside the Robot that makes it a game-changer in East Asia. Its entirely computerized takeoff, flight and landing raise the possibility of dozens or hundreds of its successors engaged in combat at once.

It is also capable of withstanding radiation levels that would kill a human pilot and destroy a regular jet’s electronics: in addition to conventional bombs, successors to this test plane could be equipped to carry a high-power microwave, a device that emits a burst of radiation that would fry a tech-savvy enemy’s power grids, knocking out everything connected to it, including computer networks that connect satellites, ships and precision-guided missiles.

And these, of course, are among the key things China has invested in during its crash-course military modernization. While the United States Navy is launching an autonomous drone, the Chinese Navy is playing catch-up with piloted carrier flight. Last November the Chinese Navy landed a J-15 jet fighter on the deck of the Liaoning aircraft carrier, the country’s first carrier landing.

Though China still has miles to go in developing a carrier fleet to rival America’s, the landing demonstrates its ambitions. With nearly half a million sailors and fast approaching 1,000 vessels, its navy is by some measures already the second largest in the world.

With that new navy, Beijing seeks to project its power over a series of island chains far into the Pacific: the first extends southward from the Korean Peninsula, down the eastern shore of Taiwan, encircling the South China Sea, while the second runs southeast from Japan to the Bonin and Marshall Islands, encompassing both the Northern Mariana Islands, a United States territory, and Guam — the key American base in the western Pacific. Some unofficial Chinese military literature even refers to a third chain: the Hawaiian Islands.

To project this kind of power, China must rely not only on the quantity of its ships but also on the quality of its technology. Keeping the Americans half an ocean away requires the capability for long-range precision strikes — which, in turn, require the satellite reconnaissance, cyber warfare, encrypted communications and computer networks in which China has invested nearly $100 billion over the last decade.

Ideally for both countries, China’s efforts would create a new balance of power in the region. But to offset China’s numerical advantage and technological advances, the United States Navy is betting heavily on drones — not just the X-47B and its successors, but anti-submarine reconnaissance drones, long-range communications drones, even underwater drones. A single hunter-killer pairing of a Triton reconnaissance drone and a P-8A Poseidon piloted anti-submarine plane can sweep 2.7 million square miles of ocean in a single mission.

The arms race between the world’s largest navies undermines the likelihood of attaining a new balance of power, and raise the possibility of unintended collisions as the United States deploys hundreds, even thousands of drones and China scrambles for ways to counter the new challenge. And drones, because they are cheap and don’t need a human pilot, lower the bar for aggressive behavior on the part of America’s military leaders — as they will for China’s navy, as soon as it makes its own inevitable foray into drone capabilities (indeed, there were reports last week that China was preparing its own stealth drone for flight tests).

By themselves, naval rivalries do not start wars. During peacetime, in fact, naval operations are a form of diplomacy, which provide rivals with healthy displays of force that serve as deterrents to war. But they have to be enveloped in larger political relationships, too.

At present, the United States-China relationship is really just about economics. As long as that relationship remains vibrant, confrontation is in neither country’s interest. But should that slender reed snap, there is little in the way of a larger political relationship, let alone alliance, to take its place. The only thing between crisis and conflict, then, would be two ever larger, more dangerous navies, prepared to fight a breed of drone-centric war we don’t yet fully understand, and so are all the more likely to fall into.

Richard Parker, a journalist, is the author of the forthcoming book “Unblinking: Rise of the Modern Superdrones.”
A version of this op-ed appeared in print on May 13, 2013, on page A21 of the New York edition with the headline: Pilotless Planes, Pacific Tensions.




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Re: Pilotless Planes, Pacific Tensions
« Reply #2 on: May 13, 2013, 11:57:40 PM »
A Jetstream aircraft became the first to fly "unmanned" across UK shared airspace last month.

An on-board pilot handled the take-off, from Warton, near Preston in Lancashire, and landing, in Inverness.

But during the 500-mile journey, the specially adapted plane was controlled by a pilot on the ground, instructed by the National Air Traffic Services.

There were no passengers, but the 16-seater aircraft flew in airspace shared with passenger carriers.

Known as "the Flying Testbed", it contains on-board sensors and robotics to identify and avoid hazards.

National Air Traffic Services unmanned air vehicle (UAV) expert Andrew Chapman said: "Nats ensured that this test flight was held without any impact on the safety of other users of airspace at the time.

Regulatory framework
"Although there is still work to be done it would seem that, on the basis of the success of this flight, a UAV could operate in different classes of airspace."

Continue reading the main story

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Astraea has made significant achievements, placing the UK industry in a good position globally on unmanned aircraft and the development of regulations for their civil use”

Michael Fallon
Business and Energy Minister
It is the latest in a series of test flights carried out by Astraea (Autonomous Systems Technology Related Airborne Evaluation and Assessment), which has received £62m funding, from commercial companies and the UK government, to research how civilian unmanned aircraft could fit in to shared airspace.

A representative of BAE Systems, one of the companies to have invested in Astraea, said: "The flights were part of a series of tests helping flight regulators and Nats to understand how these flights work, and what they need to do were they to go ahead and put a regulatory framework in place for the unmanned flights in manned airspace.

"It's still very early days in terms of that regulation taking place."

Business and Energy Minister Michael Fallon described the latest flight as "pioneering".

Social impact

The specially adapted 16-seater Jetstream had no passengers.
"Astraea has made significant achievements, placing the UK industry in a good position globally on unmanned aircraft and the development of regulations for their civil use," he said.

The project has the support of the Civil Aviation Authority (CAA).

At a media conference last year, Astraea project director Lambert Dopping-Hepenstal said getting unmanned aircraft (UA) into shared airspace was more than a technical challenge.

"It's not just the technology, we're trying to think about the social impact of this and the ethical and legal things associated with it," he said.

"You've got to solve all this lot if you're going to make it happen, enable it to happen affordably."

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