Boeing 777

The Boeing 777 is the big twin. Two very large engines, a long, wide fuselage and a set of main wheels that looks as if it was borrowed from a lorry. The first one flew in 1994 [1], and a new generation with folding wingtips is still waiting to enter service [6].

Designed on a screen

United Airlines launched the programme on 14 October 1990 with an order for 34 aircraft worth US$11 billion [1]. Unusually, eight major airlines sat in on the design as a group Boeing called "Working Together" [1].

The 777 was the first jetliner designed entirely in 3D on computers, doing away with the traditional mock-ups [1] [2]. It also had fully digital fly-by-wire flight controls [1]. Engines came from three makers: General Electric, Pratt & Whitney and Rolls-Royce [1].

Chief test pilot John Cashman took the first one up on 12 June 1994, and the flight test programme that followed ran for 11 months, longer than any earlier Boeing model's [1]. United took the first delivery on 15 May 1995 and flew the first passenger service on 7 June 1995, between London Heathrow and Washington Dulles [1] [2].

Crossing oceans on two engines

Twin-engine airliners flying far from land work under rules called ETOPS, which cap how many minutes of flying time the aircraft may be from the nearest suitable airport [13]. The 777 received 180-minute ETOPS approval from the FAA on 30 May 1995, at the start of its service life [1]. Europe's Joint Aviation Authorities were more cautious and first gave it a 120-minute rating, wanting to see trouble-free experience before going further [13].

In May 1998 the stretched 777-300 earned its type certificate and its 180-minute ETOPS approval on the same day, which Boeing said was a first for any manufacturer [3].

The family

The original family uses four ICAO type codes [7]:

• 777-200 (B772). The first version, delivered to United in 1995 [1] [2].
• 777-200LR and 777 Freighter (B77L). They share a code [7]. A 777-200LR flew non-stop from Hong Kong to London in 2005, which AeroTime describes as the longest flight completed by an airliner without refuelling [2].
• 777-300 (B773). At 242 feet 4 inches, 33 feet longer than the 777-200, it was the longest commercial jetliner yet built when it was certified in 1998 [3]. Cathay Pacific was the launch customer [3].
• 777-300ER (B77W). The long-range version of the -300. Air France took the first one on 29 April 2004, when Boeing had sold 71 to seven customers [4]. The 777's GE90-115B engine was, according to AeroTime, the most powerful commercial aircraft engine for about 25 years [2].

More than 1,700 of the original 777 family had been built by May 2025 [2]. The freighter is still coming off the line: in September 2026 the FAA agreed to let Boeing sell 35 more 777Fs beyond the 1 January 2028 date when new emissions rules would otherwise have ended them [6].

The 777X

The next generation is the 777X, in two sizes: the 777-8 (B778, which also covers the 777-8F freighter) and the larger 777-9 (B779) [8] [9]. The first 777X flew on 25 January 2020, landing in Seattle [5]. Its new composite wing spans 235 feet, too wide for a standard airport gate, so the outer 11 feet on each side fold upward on the ground [5]. Each GE9X engine is about 11 feet across and has 16 fan blades, against 22 on the earlier 777s [5].

It is not in airline service yet. In September 2026 Reuters reported that Boeing was aiming for the first 777-9 delivery in 2027, with the 777-8F about two years after that [6].

How to spot one

• The wheels. Six wheels on each main landing gear. From below, on approach, count them [10] [11] [14].
• The tail cone. The very back of the fuselage ends in a flat, squared-off blade rather than a rounded cone [10] [11] [14].
• The engines. Enormous. A GE9X on the 777X is about as wide as a 737's fuselage [5]. On a 777X at the gate, look for the folded wingtips too [5].
• The wingtips. The 777-300ER, 777-200LR and the freighter have raked wingtips, swept back at the ends; the 777-200, -200ER and -300 do not [14].
• The nose. Six cockpit windows, the standard Boeing widebody arrangement [11].

Telling it from its neighbours:

• A Boeing 767 has four wheels on each main gear, not six, and a rounded tail cone [10].
• A Boeing 787 has only four cockpit windows and serrated engine exhausts [11].
• An Airbus A350 is the hard one: the A350-1000 also has six wheels on each main gear [11]. Check the wingtips: the A350's curve upward into winglets [11], where a 777-300ER's are raked back [14].

Over Ireland

In July 2025 Emirates put a retrofitted 777 with four cabin classes on its Dublin to Dubai route, flights EK161 and EK162, making it the only airline offering four classes from Dublin at the time [12].

Schedules change with the seasons, so treat this as an example rather than a timetable. The live map will tell you which 777s are overhead now.

From the archive

Boeing’s chronology identifies the 777 as the first jetliner designed entirely digitally, and records its first flight on 12 June 1994. [15]

A Korean Air 777-200ER became Everett’s 3,000th widebody delivery in August 2007. [16]

In photographs

Look closer at the shapes, details and liveries. Every photograph links to its original and credits its creator.

Drawings and original documents

Existing published drawings are credited below. These are reference illustrations, not manufacturing blueprints.

• 777-200LR, 777-300ER and 777F airport planning drawings, December 2024

  Boeing’s manufacturer drawings compare the long-range passenger jets and freighter, with dimensioned plans, ground clearances and airport service layouts.

• Boeing historical chronology

  Boeing’s official chronology records the original 777’s 12 June 1994 first flight and its place in the company’s aircraft-development history.

• Everett’s 3,000th widebody, August 2007

  A contemporary factory milestone report: the 3,000th Everett-built widebody was a 777-200ER delivered to Korean Air.