The latest underwater phase of the hunt for missing flight MH370 is a "desperate move" with limited chance of success, experts have claimed.
Marine salvage and radar experts laid out the scale of the challenge facing search teams, after Australian Air Chief Marshal Angus Houston announced plans to use black box pinger locators deep in the southern Indian Ocean.
Speaking on Sky News, radar expert Professor David Stupples said the pinger locators would be able to cover just 150 square miles a day, in an overall search area of around 87,000 square miles.

Marine salvage expert John Noble told Sky's Ian Woods the latest phase suggested authorities were getting "desperate" in their search for the plane.
He said: "It's a desperate last-minute move because they know the pinger is going to run out within the next few days and if they don't give it a go now they'll never find it using these techniques."
As the extensive search wears on, Malaysia's opposition leader has accused the government of deliberately concealing information about the missing plane.

In an interview with Sky News, Anwar Ibrahim, who personally knew the pilot of the missing plane, cast doubt on official accounts coming from Malaysian authorities.
The hunt for wreckage is relying on the plane's black box recorders emitting pings that can be detected by equipment on board the ships.
But the battery-powered recorders stop transmitting about 30 days after a crash.
With the clock ticking down since MH370 went missing on March 8, Mr Houston acknowledged time is running out for search crews.
He said: "The locater beacon will last about a month before it ceases its transmissions - so we're now getting pretty close to the time when it might expire."

Locating the data recorders and wreckage after the devices stop working is possible, but incredibly difficult.
The area the ships are searching was chosen based on hourly satellite pings the aircraft gave off after it vanished from radar on its route from Kuala Lumpur to Beijing with 239 people on board.
That information, combined with data on the estimated speed and performance of the aircraft, had led them to that specific part of the ocean, Mr Houston said.

Because the US Navy's pinger locator can pick up black box signals up to a depth of 6,100m (20,000ft), it should be able to hear the devices even if they are lying in the deepest part of the search zone - about 5,800m (19,000 ft) below the surface - if it gets within range of the black boxes.
Royal Navy submarine HMS Tireless is assisting with the search and has powerful equipment that could detect a black box at up to 10 miles away - but it can only operate to a depth of around 400m.
Finding floating wreckage is key to narrowing the search area, as officials can then use data on ocean currents to try and backtrack to the spot where the Boeing 777 entered the water - and where the data recorders may be.

Despite weeks of fruitless searching, Mr Houston said he hadn't given up hope something would be found.
"I think there's still a great possibility of finding something on the surface," he said. "There's lots of things in aircraft that float."
The search area has shifted each day, as the investigative team continues to analyse available radar and satellite data while factoring in where any debris may have drifted due to ocean currents and weather.
Although Australia is coordinating the ocean search, the investigation into the plane's disappearance ultimately remains Malaysia's responsibility.
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