Key takeaways
- The 777-300 is the first stretched 777: program launch in 1995, first flight in 1997, entry into service with Cathay Pacific in May 1998.
- Only 60 built: eight customers took delivery through 2006, after which the longer-range 777-300ER took over.
- No GE90: the 777-300 flew only with Rolls-Royce Trent 800 or Pratt & Whitney PW4000 – the 777-300ER exclusively with the GE90-115B.
- Quickest difference from the 300ER: short, straight wingtips instead of swept-back raked wingtips, plus the type code B773 instead of B77W.
- Today mostly in Asia: according to fleet overviews, Cathay Pacific, Korean Air and All Nippon Airways most recently still operated 777-300s; Emirates, Singapore Airlines, JAL and Thai have retired them.
Contents
- 1.What is the Boeing 777-300?
- 2.Longer than a jumbo: what the stretch changed
- 3.Two engines, two camps
- 4.The three features that are enough to identify it
- 5.777-300 or 777-300ER?
- 6.Telling it apart from other long widebody jets
- 7.Who has flown the 777-300 – and who still does
- 8.Where to find the 777-300
- 9.Photo tips specifically for the 777-300
- 10.Common mix-ups and how to rule them out
- 11.Conclusion
Profile
| Manufacturer | Boeing |
|---|---|
| Family | Boeing 777, first generation (777-200, 777-200ER, 777-300) |
| ICAO / IATA type code | B773 / 773 |
| Program launch | June 26, 1995 (Paris Air Show) |
| Roll-out | September 8, 1997 |
| First flight | October 16, 1997 |
| Certification | May 4, 1998 (FAA and JAA at the same time) |
| Entry into service | May 27, 1998 with Cathay Pacific |
| Engines | 2 × Pratt & Whitney PW4000 or Rolls-Royce Trent 800 |
| Length | 73.86 m |
| Wingspan | 60.93 m (same wing as the 777-200) |
| Max. takeoff weight | around 299 t |
| Fuel capacity | around 171,170 l |
| Range | around 11,100 km (around 6,000 nm, depending on the source) |
| Seats | typically 368 in three classes, maximum certified 550 |
| Wake turbulence category | Heavy (H) |
| Deliveries | 60 to eight customers, last in 2006 |
| Successor | Boeing 777-300ER, later 777-9 |
Identifying features
Is this really the aircraft type in front of you?
- Very long fuselage – a good ten meters longer than the 777-200 and 777-200ER
- Short, straight wingtips without a swept extension (unlike the 777-300ER)
- Main landing gear with six wheels per leg, typical of the 777 family
- Engine nacelles from Rolls-Royce or Pratt & Whitney – never the huge GE90-115B nacelle of the 777-300ER
- Knife-shaped flat tail end (blade tail cone) with the APU exhaust
- Long row of windows with many doors: the version additionally got its own pair of doors for evacuation
Updated: October 2026 – A twinjet that looks so long it seems to never end while taxiing, six wheels per landing gear leg and wings that end short and plain: if the tracker also shows B773, you’re looking at a Boeing 777-300. It’s the first stretched Triple Seven, older and much rarer than the well-known 777-300ER. Here you’ll learn how it came about, who has flown it and still flies it, and how to tell it from its successful ER sister in seconds.
The rare long 777 in your hangar
With Planetrack, you log every 777-300 sighting with registration, airline and spot and build your 777 collection in your hangar. The app is launching soon – join the waitlist and get early access.
What is the Boeing 777-300?
The 777-300 is the stretched version of the first 777 generation. Boeing introduced the 777 in the early 1990s as a large twinjet between the 767 and the 747. Even as the 777-200 entered scheduled service, mainly Asian airlines were asking for more capacity. Their goal: replace early jumbo jets like the 747-200 on busy routes, but with two engines instead of four.
Boeing responded with a classic stretch. The fuselage grew by a good ten meters to 73.86 meters, and capacity rose by about a fifth. The wing, cockpit and basic systems stayed largely the same so airlines could switch their pilots and technicians from the short to the long 777 without much effort. Typical is 368 seats in three classes; in dense seating, the aircraft is certified for up to 550 people.
Boeing announced the program launch on June 26, 1995, at the Paris Air Show. Final assembly began in March 1997, the first aircraft rolled out of the hangar in Everett on September 8, 1997, and the first flight followed on October 16, 1997. The FAA and JAA granted certification at the same time on May 4, 1998. Launch customer Cathay Pacific put the 777-300 into service on May 27, 1998.
Longer than a jumbo: what the stretch changed
With its length, the 777-300 even exceeded the then-current 747-400 by a good three meters. At entry into service, it was the longest airliner in the world – until the Airbus A340-600 took over that title. That length brought a few special features you should know as a spotter.
Cameras for taxiing
On the 777-300, there’s an enormous distance between the cockpit and the main landing gear. So the crew can keep an eye on the taxiway edges in tight turns, it got a camera system for maneuvering on the ground.
Tail skid
A long fuselage is more likely to scrape its tail on the runway at takeoff. A small tail skid under the rear fuselage protects the structure if the nose goes up too early or too steeply.
Reinforced center fuselage
The fuselage section over the wing was reinforced, and the 777-300 received an additional pair of emergency exits. The many doors along the long row of windows stand out in side views.
What didn’t change was the wing. The 777-300 uses the same wing as the 777-200ER, with a 60.93-meter wingspan and short, straight-cut tips. That’s exactly what later becomes the most important difference from the 777-300ER, which got a larger wing with swept tips.
Two engines, two camps
Unlike the short 777, in practice there were only two powerplants for the 777-300: the Rolls-Royce Trent 800 and the Pratt & Whitney PW4000. A GE90 version of the 777-300 was never certified. Of the 60 aircraft built, 42 flew with Trent engines from Rolls-Royce and 18 with engines from Pratt & Whitney.
Roughly speaking, it breaks down like this: Japanese and Korean customers went with Pratt & Whitney, while Cathay Pacific, Singapore Airlines, Emirates and Thai Airways chose Rolls-Royce. For you as a spotter, that means: if you see the strikingly huge, perfectly round GE90 nacelle on a long 777, it’s almost certainly a 777-300ER. Slimmer nacelles with Rolls-Royce or Pratt & Whitney character point to the older 777-300. How to systematically tell engines apart is shown in the guide How to recognize engines.
Pratt & Whitney and the year 2021
After a fan blade failure on a United 777-200 with PW4000 engines in February 2021, PW4000-powered 777s in several countries were temporarily grounded – including 777-300s in Japan and South Korea. Japan Airlines retired its 777-300s the same year.
The three features that are enough to identify it
You don’t need a database to classify it, just a clear look at three details.
Count the wheels
Six wheels per main gear leg in three axles one behind the other mean 777 or A350-1000. The A330, A340-300, A350-900, 767 and 787 roll on four wheels per leg.
Estimate the fuselage length
The 777-300 looks extremely stretched, with a lot of fuselage ahead of and behind the wing. The 777-200 and 777-200ER are a good ten meters shorter and look compact.
Check the wingtips
Short and straight-cut: 777-300. Long and swept back: 777-300ER. This detail decides between the two long variants.
Long plus short wingtips gives you the 777-300. To confirm, check the type code in the tracking data: B773 stands for the 777-300, B77W for the 777-300ER. What’s behind these codes is explained in IATA and ICAO codes explained. If you want to be completely sure, also look up the registration – more on that in Understanding aircraft registrations.
Pro tip: wingtips in backlight
Head-on or in backlight, the wingtips are hard to read. Wait until the aircraft comes in from the side at an angle – then you’ll see right away whether the tip ends straight or sweeps back.
777-300 or 777-300ER?
The ER version came to market in 2004 and made the 777-300 a phase-out model practically overnight. It takes the long fuselage but combines it with more fuel, higher weight and significantly more range. The table shows the most important differences.
| Feature | 777-300 | 777-300ER |
|---|---|---|
| ICAO type code | B773 | B77W |
| First flight | October 16, 1997 | February 24, 2003 |
| Launch customer | Cathay Pacific (1998) | Air France (2004) |
| Wingtips | short and straight | swept back (raked wingtips) |
| Wingspan | 60.93 m | 64.8 m |
| Length | 73.86 m | 73.9 m |
| Engines | Trent 800 or PW4000 | GE90-115B only |
| Max. takeoff weight | around 299 t | around 351.5 t |
| Range | around 11,100 km | around 13,650 km |
| Built | 60 | over 830 |
The numbers explain the history. The 777-300 was made for busy medium- and long-haul routes within Asia or between Asia and the Middle East, not for ultra-long-haul. When Boeing offered an ER version that flies nonstop between continents with the same cabin, almost all prospects switched. The last 777-300 was delivered in 2006.
Telling it apart from other long widebody jets
Besides its own family, there are a few candidates that look similar in poor visibility or at a great distance. The finder helps narrow it down.
Quick ID: 777-300 or something else?
Boeing 777-300
Two engines, a long fuselage and short, straight wingtips: that’s the stretched first-generation 777. The tracker shows B773.
Boeing 777-300ER
Swept tips and huge GE90 nacelles on an equally long fuselage point to the ER version with the code B77W.
Boeing 777-9
An even longer fuselage and folding wingtips on a large composite wing belong to the new 777X generation.
A short 777
A compact fuselage with short tips suggests the 777-200 or 777-200ER, with swept tips the 777-200LR or 777F.
Probably an A340-600 or 747
Four engines on a long fuselage fit the A340-600 or – with a hump – a 747.
The A340-600 is similarly long but carries four engines and winglets. The 777-9 exceeds the 777-300 once more in length and wingspan and stands out with its folding wingtips. Within the Boeing widebody family, the hints in How to tell the Boeing 777 and 787 apart also help. If you’re looking for the short sister, you’ll find it at 777-200ER.
Who has flown the 777-300 – and who still does
The 60 aircraft went to eight customers, almost all from Asia and the Middle East. The situation has changed greatly since the COVID crisis, and many examples have been retired. The following overview reflects the state of accessible fleet overviews (October 2026); changes are possible at any time.
| Airline | Status | Note |
|---|---|---|
| Cathay Pacific | active | Launch customer and largest operator, still around 17 aircraft in two-class seating at the end of 2025 |
| All Nippon Airways | active, phasing out | Still three aircraft with over 500 seats in mid-2026, replacement by 787-10 planned |
| Korean Air | active | most recently four aircraft in two-class seating |
| Singapore Airlines | historic | twelve aircraft in total from 1998 |
| Emirates | historic | retired between 2016 and 2019 |
| Japan Airlines | historic | seven aircraft, 1998 to 2021 |
| Thai Airways | historic | six aircraft, retired early in 2020 |
Cathay Pacific is still the first address. The Hong Kong airline uses its 777-300s in dense seating on regional routes and is a member of oneworld. At All Nippon Airways, the long 777 flies with a great many seats on busy routes, but its farewell is foreseeable. Korean Air operates a small group flying out of Seoul.
The 777-300s of Singapore Airlines, Emirates, Japan Airlines and Thai Airways are history. At Emirates, the type is also linked to the accident of Flight EK521: on August 3, 2016, 777-300 A6-EMW touched down on the runway in Dubai after a botched go-around and burned out. All 300 people on board were able to leave the aircraft; a firefighter died during the firefighting operation.
A rarity with an expiration date
The youngest 777-300s are around 20 years old, the oldest almost 30. If the variant is on your list, plan the sighting soon and check beforehand on a flight tracker which B773s are currently flying.
Where to find the 777-300
In German-speaking countries, the 777-300 is practically no longer an option. A long 777 in Frankfurt, Munich or Zurich is almost always a 777-300ER. For the real B773, a trip to East Asia is worthwhile.
| Location | Chance of success | Why |
|---|---|---|
| Hong Kong (HKG) | high | Home base of Cathay Pacific with the largest remaining fleet |
| Tokyo Haneda (HND) | medium | ANA uses the 777-300 on busy routes |
| Seoul Incheon (ICN) | medium | Korean Air hub |
| DACH region | very low | The variant hardly flies to Europe anymore |
At Hong Kong Airport, you have the best chances of seeing several 777-300s in a day; locations and tips are collected in the guide Plane spotting in Hong Kong. In Tokyo, the observation deck at Haneda Airport offers a comfortable view of the apron at Tokyo Haneda Airport; more places are listed in Plane spotting in Tokyo. You can catch Korean Air at Seoul Incheon Airport.
How to follow individual flights live and find the type code B773 in the data is explained in the guide to Flight tracking with ADS-B. How rare your sighting actually is can be assessed with Assessing the rarity of a sighting.
Never miss a 777-300 again
Set up sighting alerts in Planetrack for registrations, types or airlines and get notified when an aircraft is on approach or lands. Planetrack is launching soon – join the waitlist here.
Photo tips specifically for the 777-300
With the 777-300, length is both subject and challenge. These points will help you get more out of the encounter.
Don’t choose too long a focal length
Almost 74 meters of fuselage fill the frame faster than you’d think. For taxiing shots from the observation deck, zoom out a little so the nose and tail both fit.
Show the wingtip
The short, straight tip is your proof of the 777-300. An angled view from the front or rear makes the difference from the ER unmistakable in the photo.
Time the rotation
At takeoff, the long 777 raises its nose carefully, and the tail visibly comes close to the runway. A burst shot at the moment of rotation shows the proportions especially well.
Keep the registration legible
Especially with types being phased out, a legible registration is important so you can clearly identify the aircraft later.
When the light is right at your spot, you can work out in advance with the guide Planning sun position for your photo spot.
Capture a piece of 777 history
With Planetrack, you post your sighting with photo, aircraft type, registration, airline, airport and spot, and put missing 777 variants on your wish list. The app is launching soon – get early access through the waitlist.
Common mix-ups and how to rule them out
It points to the 777-300 if …
- you see six wheels per main gear leg
- the fuselage looks strikingly long
- the wings end short and straight
- the tracker shows B773
Look more closely if …
- you only see the wingtips head-on or in backlight
- you spot the aircraft in Europe – there, a long 777 is almost always an ER
- you can’t judge the fuselage length well without a reference object
It’s not a 777-300 if …
- the wingtips are long and swept back
- GE90 nacelles hang under the wings and the tracker shows B77W
- you count four wheels per landing gear leg or four engines
Conclusion
The 777-300 was Boeing’s first attempt to make the Triple Seven a jumbo replacement: ten meters more fuselage, many more seats, but only medium range. Commercially it was quickly overshadowed by the 777-300ER, and with 60 built, it is a true rarity today. You can recognize it by the long fuselage, the short, straight wingtips and engines from Rolls-Royce or Pratt & Whitney – and by the type code B773.
Quick verdict
Long, six wheels per leg, short straight wingtips and B773 on the tracker: that’s a 777-300. Swept tips and GE90 nacelles mean 777-300ER. Your best chances of the rare first long 777 are in Hong Kong with Cathay Pacific, in Tokyo and in Seoul.
Summary
- The 777-300 was meant as a replacement for early 747s on busy routes: lots of cabin, medium range, two engines instead of four.
- Fuselage length, wingtips and engines are enough to identify it; the type code B773 on the tracker confirms the variant.
- With only 60 built, it is the rarest passenger version of the first 777 generation.
- Your best chances are in Hong Kong, Tokyo and Seoul – in German-speaking countries it has practically disappeared.
Frequently asked questions
What is the difference between the 777-300 and 777-300ER?
The fuselage is the same length. But the ER version has a larger wing with swept-back wingtips, a higher takeoff weight, significantly more range and exclusively GE90-115B engines. The 777-300 has short, straight wingtips and engines from Rolls-Royce or Pratt & Whitney. On flight trackers it appears as B773, the ER as B77W.
What is the ICAO type code of the Boeing 777-300?
The 777-300 carries the ICAO code B773; the IATA code is 773. Unlike the 777-200 and 777-200ER with their shared B772, that lets you cleanly separate it from the 777-300ER (B77W) on flight trackers.
How many Boeing 777-300s were built?
Boeing delivered 60 aircraft to eight customers; the last one entered service in 2006. Of these, 18 had Pratt & Whitney engines and 42 flew with Rolls-Royce Trent 800s.
Who was the launch customer of the 777-300?
Cathay Pacific. The Hong Kong airline put the stretched 777 into service on May 27, 1998, and over the years was also its largest operator.
Why does the 777-300 have cameras on the fuselage?
Because of its length, the distance between the cockpit and the main landing gear is very large. Boeing therefore equipped the 777-300 with a camera system for taxiing that shows the pilots the landing gear and the edges of the taxiway. It also got a tail skid that protects the fuselage if the aircraft rotates too steeply.
Was the 777-300 the longest airliner?
At entry into service, yes. At around 73.9 meters, it was a good three meters longer than the 747-400 and remained the longest airliner until the Airbus A340-600 arrived. Today the 777-9 is the longest Triple Seven.
Does Emirates still fly the 777-300?
No. According to fleet overviews, Emirates retired its 777-300s between 2016 and 2019 and today uses only the 777-300ER. The history also includes the accident of Flight EK521 in Dubai in August 2016, in which a 777-300 was destroyed after a botched go-around.
Where can I still see a 777-300 today?
Most likely in Hong Kong with Cathay Pacific, in Tokyo with All Nippon Airways and in Seoul with Korean Air. Numbers are shrinking, so before a trip, check on a flight tracker which B773s are currently flying.
Collect the Boeing 777-300, don’t just see it
Post a photo with registration, type, airport and spot, check off the type in your hangar and get an alert when a registration you are looking for lands. Planetrack is launching soon – join the waitlist and get early access.
Related aircraft types
Boeing 777-300ER
The best-selling 777 variant: the 777-300ER is longer than an A380, flies only with GE90 engines and has defined long-haul since 2004. Here’s how to identify the 77W with confidence.
WidebodyBoeing 777-200
The 777-200 is the original 777: designed entirely on computer, put into service with United in 1995 and approved for long overwater routes from day one. Here’s how to recognize it and tell it apart from the 777-200ER.
WidebodyBoeing 777-200ER
The 777-200ER is the long-haul 777 of the first generation: shorter than the 300ER, without swept wingtips and with three possible engines. Here’s how to identify it with confidence – even in Vienna.
WidebodyBoeing 777-9 (777X)
Folding wingtips, the world’s largest jet engine and the longest passenger jet ever built: the 777-9 is Boeing’s new long-haul giant. Here’s how to recognize it – and where certification and first delivery stand.
WidebodyBoeing 747-400
The most-built jumbo: how to recognize the Boeing 747-400 and its freighters, tell it from the 747-8 and older 747s, and where you can still catch it as of October 2026.
WidebodyAirbus A340-600
Over 75 meters long, four engines, a center gear with four wheels: the A340-600 is the longest Airbus ever built. Lufthansa says goodbye to the type in October 2026 – here is how to recognize it and where you can still find it.
Related airports & manufacturers
Airports, manufacturers, airline groups and alliances – who is behind them and what you should know as a spotter.
Boeing
Boeing is the American counterpart to Airbus and has built airliners in series since the 707. If you can tell the 737, 777 and 787 apart by landing gear, wingtips and tail, you can identify a large share of the traffic at any European airport – even without a livery clue.
ManufacturerRolls-Royce
British engine maker with over a hundred years of aviation history: the Trent family powers the A330, A350, A380 and Boeing 787, while the business jet engines come from Dahlewitz near Berlin. For spotters, Rolls-Royce is the question behind the question – which engine is actually hanging under the wing?
ManufacturerPratt & Whitney
A US engine maker from Connecticut that shaped the short-haul jet age of the 1960s with the JT8D, powered the jumbo with the JT9D and today hangs under the A220, A320neo and E2 with the PW1000G geared turbofan. For spotters, P&W is the reason so many Neos sat on the ground for a while.
AirportHong Kong Chek Lap Kok Airport
Built on an artificial island off Lantau and opened in 1998 as the successor to Kai Tak: Chek Lap Kok is home to Cathay Pacific, has ranked among the world’s top cargo airports for years and has had three runways since 2024.
Where to see the Boeing 777-300
Specific vantage points with the runway configuration, light times, coordinates and an honest take on whether the trip is worth it.
Observation decks at Tokyo Haneda Airport
Three terminals, three official observation decks and one of them open around the clock: at Haneda you spot JAL and ANA with widebody jets on domestic routes and the international guests – with no fence and no ladder.
Spotting hillSakura no Yama at Tokyo Narita Airport
Japan’s best-known spotter hill: from Sakura no Yama park at the north end of Runway A in Narita you see landings on 16R low overhead – with cherry trees, a shop and free parking.
Related guides from the blog
- Telling the Boeing 777 and 787 apart: tail, landing gear, windows and engines
- How to identify jet engines: CFM56, LEAP, V2500, PW1000G, Trent, GE90 and GEnx
- IATA and ICAO codes explained: decoding airports, airlines and aircraft types
- Plane spotting in Hong Kong: spots at Chek Lap Kok
- Plane spotting in Tokyo: Haneda, Narita and the observation decks
- How rare is my sighting? Judging the rarity of types, airlines and registrations

