Last Updated: 4 months ago
← Back to Aircraft Database| General Characteristics | |
| Type | Civil and Commercial Aircraft, Narrow-body airliner |
|---|---|
| National Origin | United States |
| Manufacturer | Boeing |
| Variants | Boeing 727-100, 727-200 |
| Status | In limited cargo and executive service |
| First Flight | March 3, 1972 |
| Introduction | July 1972 with All Nippon Airways |
| Primary Users | USA Jet Airlines, Solar Cargo Venezuela, Air Class Líneas Aéreas, IFL Group |
| Number Built | 1,832 |
| Developed From | N/A |
| Capacity & Dimensions | |
| Cockpit Crew | 3 |
| Typical Seating | 145 passengers (two classes) |
| Max Seating | 189 (one class) |
| Overall Length | 153 ft 2 in (46.68 m) |
| Wing Span | 108 ft 0 in (32.92 m) |
| Wing Sweep | 32° |
| Wing Area | 1,650 sq ft (153 m²) |
| Overall Height | 34 ft 0 in (10.36 m) |
| Weights, Powerplant & Performance | |
| MTOW | 209,500 lb (95,000 kg) |
| OEW | 102,900 lb (46,700 kg) |
| Fuel Capacity | 8,090–10,520 US gal (30,620–39,820 L) |
| Engines | 3 × Pratt & Whitney JT8D-15/17/17R |
| Max. Thrust | 15,500–17,400 lbf (69–77 kN) each |
| Typical Cruise Speed | 895–926 km/h (483–500 kn) at altitude |
| Max. Speed | 1,017 km/h (549 kn; 632 mph) (Mach 0.9) |
| Range | 2,550 nmi (4,720 km; 2,930 mi) |
| Takeoff Distance | 8,200 ft (2,500 m) |
| Service Ceiling | 42,000 ft (13,000 m) |
The Boeing 727-200 is the stretched version of the classic Boeing 727 trijet airliner. Boeing developed it from the original 727-100 to give airlines more passenger capacity while keeping the same basic short- and medium-haul mission profile. As a result, the 727-200 became the most recognized and most widely used member of the Boeing 727 family.
The aircraft kept the distinctive rear-mounted three-engine layout of the original 727. However, it added a longer fuselage, more seating capacity and better airline revenue potential. Therefore, airlines could use the Boeing 727-200 on busy domestic routes, regional services and medium-range sectors where demand was too strong for smaller aircraft.
The first 727-200 flew in July 1967, and the variant entered airline service later that year. Although later aircraft such as the Boeing 737 and 757 eventually replaced it in many fleets, the 727-200 remained important for decades. Moreover, its trijet layout, T-tail and built-in rear airstair made it one of the most recognizable jetliners of its era.
General Characteristics
| Feature | Specification |
|---|---|
| Aircraft Type | Short- to medium-range narrow-body trijet airliner |
| Main Category | Civil and Commercial Aircraft |
| Additional Category | Narrow-body airliner |
| Manufacturer | Boeing Commercial Airplanes |
| National Origin | United States |
| Aircraft Family | Boeing 727 |
| Variant | Boeing 727-200 |
| First Flight | July 27, 1967 |
| Introduction | December 1967 |
| Launch Operator | Northeast Airlines |
| Cockpit Crew | Three crew members |
| ICAO Code | B722 |
| Primary Role | Short- and medium-haul passenger transport |
| Status | Out of production, mostly retired from passenger service |
The Boeing 727-200 was longer than the earlier 727-100. Because of that stretch, it offered more passenger capacity without changing the basic wing, tail and engine layout. In addition, the aircraft retained the 727 family’s ability to operate from many airports that did not need the infrastructure required by larger wide-body jets.
Cabin and Seating
The 727-200 cabin gave airlines more capacity than the shorter 727-100. In typical airline layouts, the aircraft could carry around 134 passengers in a two-class arrangement or about 155 passengers in a single-class layout. Some higher-density arrangements could carry more passengers, depending on certification and airline configuration.
| Feature | Specification |
|---|---|
| Typical Two-Class Seating | About 134 passengers |
| Standard Single-Class Seating | About 155 passengers |
| Maximum Seating | Up to about 189 passengers, depending on layout |
| Cabin Type | Single-aisle narrow-body cabin |
| Typical Economy Layout | Six-abreast seating |
| Cockpit Crew | Three crew members |
This extra capacity made the Boeing 727-200 more attractive to airlines than the original 727-100. It allowed carriers to increase revenue on popular routes while still using a narrow-body aircraft. Therefore, the stretched model quickly became the dominant version of the 727 family.
The aircraft also offered useful operational flexibility. Airlines could configure it for domestic trunk routes, regional international services or dense short-haul markets. In addition, the built-in rear airstair helped support operations at airports with limited ground equipment.
Boeing 727-200 Dimensions
The most important visual difference between the 727-100 and the 727-200 is fuselage length. The 727-200 has a longer fuselage, which gives it a more balanced side profile and higher seating capacity.
| Feature | Specification |
|---|---|
| Overall Length | About 46.70 m / 153 ft 2 in |
| Wingspan | About 32.90 m / 108 ft |
| Overall Height | About 10.40 m / 34 ft |
| Fuselage Type | Narrow-body fuselage |
| Wing Layout | Low-wing swept configuration |
| Tail Design | T-tail |
| Engine Layout | Three rear-mounted turbofan engines |
The T-tail and rear-engine layout gave the aircraft a clean wing, because no engines were mounted under it. This helped the 727 operate from shorter or less-developed airports compared with some larger aircraft of the same period. However, the rear-mounted engine layout also made maintenance access and tail design more complex.
The aircraft’s built-in rear airstair became another important feature. Because passengers could board through the rear door when needed, the aircraft could operate at airports with limited jet bridge or stair equipment. Consequently, the 727 became popular with airlines serving a wide mix of airport types.
Boeing 727-200 Engines and Performance
The Boeing 727-200 used three Pratt & Whitney JT8D low-bypass turbofan engines. These engines were mounted at the rear of the fuselage, with two engines on the sides and one center engine fed through an S-duct intake at the base of the tail.
| Feature | Specification |
|---|---|
| Engines | 3 × Pratt & Whitney JT8D turbofan engines |
| Common Engine Variant | JT8D-9 or related JT8D family versions |
| Engine Type | Low-bypass turbofan |
| Thrust | Around 64.4 kN per engine for JT8D-9 reference configuration |
| Cruise Speed | About 865–950 km/h, depending on profile |
| Typical Cruise Mach | About Mach 0.80 |
| Range | About 1,700 nautical miles, depending on variant and payload |
| Service Ceiling | About 42,000 ft |
| Typical Mission | Short- and medium-haul airline routes |
The three-engine layout gave the aircraft strong performance for its era. Therefore, the Boeing 727-200 could operate from many airports and serve routes that required better runway performance than some early twinjets could provide.
However, the JT8D engines also made the aircraft louder and less fuel efficient than later high-bypass turbofan designs. As noise and fuel economy became more important, airlines gradually replaced the 727 with newer aircraft such as the Boeing 737 Classic, 757 and Airbus A320 family.
Weights and Fuel Capacity
| Feature | Specification |
|---|---|
| Maximum Takeoff Weight | About 172,000–184,800 lb on early 727-200 versions |
| Later Advanced MTOW | Up to about 209,500 lb on 727-200 Advanced versions |
| Operating Empty Weight | About 97,650 lb, depending on configuration |
| Fuel Capacity | About 8,090 US gallons on early 727-200 versions |
| Advanced Fuel Capacity | Higher capacity on later 727-200 Advanced versions |
| Typical Role | Passenger service with baggage and limited belly freight |
The Boeing 727-200 evolved during production. Early aircraft had lower weights and range, while later 727-200 Advanced aircraft gained more fuel capacity, more powerful engine options and improved payload-range performance. As a result, exact figures can vary between individual aircraft.
For a general database entry, it is useful to treat the standard 727-200 separately from the 727-200 Advanced and 727-200F. This avoids mixing passenger, advanced and freighter specifications into one confusing table.
Why Boeing Built the 727-200
Boeing built the 727-200 because airlines wanted more capacity from the successful 727 platform. The original 727-100 proved that a rear-engine trijet could serve short- and medium-haul routes effectively. However, many airlines needed more seats to improve route economics.
Therefore, Boeing stretched the fuselage and created the 727-200. The longer aircraft could carry more passengers while keeping the same basic 727 airport flexibility. This made it attractive for domestic trunk routes, busy regional sectors and airlines that needed higher capacity without moving to a wide-body aircraft.
In addition, the 727-200 allowed airlines to build common fleets around the 727 family. Crews, maintenance teams and ground staff could work with similar aircraft while airlines adjusted capacity between routes. Consequently, the 727-200 became the key production version of the family.
Operational Role
The Boeing 727-200 mainly served short- and medium-haul passenger routes. Airlines used it on domestic flights, regional international services and high-frequency city pairs. Because of its capacity and airport flexibility, it became a common sight at major airports and smaller regional airports.
The aircraft also worked well in an era when airport infrastructure varied widely. Its rear airstair and strong runway performance helped airlines serve airports that did not always have full jet bridge support. Moreover, its three-engine design gave operators confidence on routes and airport pairs where early twin-engine operations faced more restrictions.
Over time, the 727-200 also found new life in cargo operations. Many passenger aircraft were converted into freighters after leaving airline passenger service. Nevertheless, this general 727-200 page should focus on the passenger airliner unless the specific aircraft is a 727-200F or a freighter conversion.
Comparison with the Boeing 727-100
The Boeing 727-200 is longer than the 727-100 and carries more passengers. The 727-100 established the family, but the stretched 727-200 became more commercially successful because it offered better seat capacity.
The 727-100 worked well for shorter and thinner routes. In contrast, the 727-200 gave airlines more revenue potential on busy services. Therefore, the stretched model became the main version that many people remember when they think of the Boeing 727.
Both aircraft share the same trijet configuration, rear airstair concept and T-tail design. However, the 727-200’s longer fuselage made it the more practical choice for many airline networks.
Comparison with the Boeing 727-200 Advanced
The Boeing 727-200 Advanced improved the basic 727-200 with higher weights, more fuel capacity and more powerful engine options. As a result, the Advanced version offered better range and payload capability.
The standard 727-200 introduced the stretched fuselage concept. Meanwhile, the Advanced version refined that concept for improved airline performance. Because of this, many later 727-200 aircraft in service were Advanced models or had upgraded configurations.
For database accuracy, it is helpful to keep the standard Boeing 727-200 entry clear. If needed, a separate 727-200 Advanced page can describe the higher-performance version in more detail.
Production and Legacy
The Boeing 727 became one of the most successful jetliners of its generation. The 727-200 played a major role in that success because it offered the capacity that airlines wanted on busy short- and medium-haul routes.
Its trijet layout made it visually distinctive, while its operational flexibility helped it serve many airports and route types. In addition, the aircraft became important in both passenger and cargo service. Many aircraft continued flying long after newer narrow-body types entered the market.
Today, the Boeing 727-200 is mostly retired from passenger service, but it remains a classic aircraft among aviation enthusiasts. Its sound, T-tail, rear airstair and three-engine layout make it one of the most memorable narrow-body airliners ever built.
Frequently Asked Questions
What is the Boeing 727-200?
The Boeing 727-200 is the stretched version of the Boeing 727 trijet narrow-body airliner.
How many engines does the 727-200 have?
The aircraft has three Pratt & Whitney JT8D turbofan engines mounted at the rear of the fuselage.
How many passengers can the Boeing 727-200 carry?
It typically carries around 134 passengers in a two-class layout or about 155 passengers in a standard single-class layout. Higher-density layouts can carry more.
What is the range of the 727-200?
The standard Boeing 727-200 has a range of around 1,700 nautical miles, depending on variant, payload and operating conditions.
Is the Boeing 727-200 still in service?
Most aircraft have retired from passenger service. However, some 727 aircraft continued in cargo, private or special operations after airline retirement.
Boeing 727-200 Summary
The Boeing 727-200 is the stretched and most recognizable version of the classic Boeing 727 trijet family. With its longer fuselage, three rear-mounted JT8D engines, T-tail, rear airstair and strong short- to medium-haul capability, it became one of the defining narrow-body airliners of the late twentieth century. Although newer twinjets eventually replaced it, the 727-200 remains an important aircraft in commercial aviation history.
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