Crash probe locates doomed Yemeni flight recorders

Sun Jul 5, 2009 11:56am EDT
 
[-] Text [+]

PARIS (Reuters) - French investigators said on Sunday they had detected the signal from the flight recorders from a Yemeni jet that crashed last week with more than 150 people on board.

The news came after the Yemeni transport ministry said on Saturday that search crews had located a large piece of debris from the jet, which crashed into the Indian Ocean off the Comoros islands on June 30.

France's BEA air accident board said in a statement that it could confirm "that the signal of two acoustic beacons were located this morning following underwater searches to find the recorders of flight IY 626."

The sole known survivor of the crash was a 14-year-old girl. The other 152 people on board are believed to have died.

The plane plunged into the sea as it came in to land at Moroni, the capital of the formerly French-ruled Comoros archipelago, which comprises three islands off mainland east Africa and northwest of Madagascar.

The aircraft had taken off from the Yemeni capital Sanaa, but many of the passengers had come from France aboard an Airbus A330 which flew the Paris-Marseille-Yemen leg of the flight.

(Reporting by Jean-Baptiste Vey; Editing by Jon Boyle)

 
Photo

More News

Four more victims recovered from New York air crash
Sunday, 9 Aug 2009 07:54pm EDT 
Rescuers find debris of Yemenia aircraft
Saturday, 4 Jul 2009 01:27pm EDT 
Doomed Air France plane hit sea intact: investigators
Thursday, 2 Jul 2009 03:43pm EDT 
Comoros crash survivor reunites with father
Thursday, 2 Jul 2009 12:36pm EDT 

Featured Broker sponsored link

Editor's Choice

A selection of our best photos from the past 24 hours.  Slideshow 

Most Popular on Reuters

  • Articles
  • Video
A nurse prepares a H1N1 flu vaccine shot at a hospital in Budapest November 20, 2009. REUTERS/Karoly Arvai
Did U.S. make a swine flu mistake?

As health officials struggle to provide enough H1N1 vaccine to meet demand, some are looking regretfully at a widely used method that could have doubled or tripled the number of doses available.  Full Article