Russian air transport agency chief Alexander Neradko said that deciphering of the plane’s flight recorders had not yet started
Fragments of the ill-fated A321 Russian passenget jet retrieved from the crash site in northern Sinai indicate that the plane was breaking down in midair at a high altitude, Russian air transport agency chief, Alexander Neradko, said on Sunday.
"Our specialists who are taking part in the investigation along with an Egyptian commission have reached the crash site. It is a large area of more than 20 square kilometers. It is an elongated ellipse about four kilometers wide and some eight kilometers long. All indicates that the plane broke down in midair at a high altitude," he told the Rossiya-24 television channel.
He said that deciphering of the plane’s flight recorders had not yet started.
An A321 passenger jet of Russia’s Kogalymavia air carrier (flight 9268) bound to St. Petersburg crashed on October 31 some 30 minutes after the takeoff from Egypt’s Sharm el-Sheikh. It felld down 100 kilometers south of the administrative center of North Sinai Governorate, the city of Al-Arish. The plane was carrying 217 passengers and seven crew members. There were four Ukrainian and one Belarusian nationals among the passengers. None survived.
In business aviation, exceptional service is defined by attention to detail, and few amenities reflect that more clearly than premium catering. At the intersection of hospitality and private aviation,...
Cirrus Aircraft is celebrating the 10th anniversary of its Collier Trophy-winning Vision Jet at NBAA-BACE 2026, marking a decade of innovation that has continuously advanced the world&r...
Textron Aviation has marked a key milestone in the development of the Cessna Citation CJ4 Gen3 with the rollout of the program’s first production aircraft. The achievement brings the next-g...
TARMAC Aerosave has set a new industry benchmark by becoming the first company in the world to secure Aircraft Fleet Recycling Association (AFRA) accreditation across all three scopes of aircraft disa...