** BOEING 767 **



This is the 31 March 2005 Version of this page.

The Boeing 767 [Text info written by Boeing's webmaster]


Boeing 767.
Introduced within five months of one another, the 757 and 767 are much alike. With the designation '7X7', Boeing launched their ideas for a 200 seat wide-bodied aircraft in 1972. Several designs were considered in the years that followed, including a three engined airliner that could compete with those aircraft already in service by Lockheed Martin and McDonnell Douglas. But in 1978, the layout was firm enough for Boeing to name their wide-bodied twin as the Model 767. United Airlines became the launch customer when they ordered 30 -200 series aircraft in 1978.

First flown in 1981, the 767 was offered with a multiple choice of engine makes and performance. The basic -200 variant (the -100 was cancelled), with its advanced-design wing and powerful engines, has the ability to fly non-stop between New York and San Francisco and can take off in less than 5,600 feet. The -200ER (Extended Range) followed the -200 and featured improved fuel capacity and an increase in MTOW. It could take off in 9,400 feet and with its increased range made possible such non-stop flights as New York to Beirut, London to Bombay and Tokyo to Sydney.

This version was first delivered to Ethiopian Airlines in May 1984. Japan Air Lines was the launch customer for the stretched -300 which was announced in 1983. This was, like the -200, soon followed by an 'ER' version and also a freighter (-300F) which is already in service with UPS. The -300ER has become the most popular 767, and on 1st March, 1996, one of them became the 8,000th commercial airliner to be delivered by Boeing. The Boeing 767 provides airlines a profitable, comfortable airliner sized between the standard-body Boeing 757 and the larger, wide-body Boeing 747 and new 777. It makes use of new-generation technology to provide maximum efficiency while extending twin-aisle passenger cabin convenience to routes never before served by wide-body airliners. Its design provides excellent fuel efficiency, operational flexibility, low noise levels and modern airplane systems, including an advanced all-digital flight deck.


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