Boeing 757-200 vs 767-200

By: Rocco

Comparing the Boeing 757-200 vs the Boeing 767-200? Start with the quick spec breakdown below, then dive into the story for the bigger picture.

Boeing 757-200
Mid Size Passenger Jets
Boeing 757-200
ICAO: B752 Status: Active Visit aircraft page
Boeing 767-200
Mid Size Passenger Jets
Boeing 767-200
ICAO: B762 Status: Active Visit aircraft page

General

Units
Boeing 757-200
Manufacturer
Boeing
ICAO code
B752
Produced
1982–2005
Price
$65 million (2002)
Engine
2 × Pratt & Whitney PW2037
Engine type
Turbofan
Thrust
2 × 42,600 lbf · 189 kN -30% (total)
Avionics
Rockwell Collins CRT
Wing tips
No winglets
Seats
239
Boeing 767-200
Manufacturer
Boeing
ICAO code
B762
Produced
1982–1994
Price
$160.2 million (1900)
Engine
2 × General Electric CF6-80C2, Pratt & Whitney JT9D
Engine type
Turbofan
Thrust
2 × 60,600 lbf · 270 kN +42% (total)
Avionics
Wing tips
No winglets
Seats
290 economy · 224 business · 181 first

Dimensions

Boeing 757-200
Cabin width
11 ft 6 in 3.50 m 11 ft 6 in 3.50 m -26%
Cabin height
6 ft 11 in 2.10 m 6 ft 11 in 2.10 m 0%
Cabin length
125 ft 8 in 38.30 m 125 ft 8 in 38.30 m +13%
Exterior length
155 ft 2 in 47.30 m 155 ft 2 in 47.30 m -2%
Tail height
44 ft 7 in 13.60 m 44 ft 7 in 13.60 m -16%
Fuselage diameter
12 ft 6 in 3.80 m 12 ft 6 in 3.80 m -24%
Wing span
124 ft 8 in 38.00 m 124 ft 8 in 38.00 m -20%
Baggage volume
154 ft 2 in 47.00 m 154 ft 2 in 47.00 m -46%
Boeing 767-200
Cabin width
15 ft 5 in 4.70 m 15 ft 5 in 4.70 m +34%
Cabin height
6 ft 11 in 2.10 m 6 ft 11 in 2.10 m 0%
Cabin length
111 ft 4 in 33.93 m 111 ft 4 in 33.93 m -11%
Exterior length
159 ft 1 in 48.50 m 159 ft 1 in 48.50 m +3%
Tail height
52 ft 11 in 16.13 m 52 ft 11 in 16.13 m +19%
Fuselage diameter
16 ft 6 in 5.03 m 16 ft 6 in 5.03 m +32%
Wing span
156 ft 2 in 47.60 m 156 ft 2 in 47.60 m +25%
Baggage volume
285 ft 1 in 86.90 m 285 ft 1 in 86.90 m +85%

Weights

Boeing 757-200
Max payload
57,000 lb 25,900 kg 57,000 lb 25,900 kg -22%
Fuel capacity
11,276 gal 42,684 L 11,276 gal 42,684 L -32%
Max takeoff weight
220,000 lb 100,000 kg 220,000 lb 100,000 kg -30%
Max landing weight
198,000 lb 90,000 kg 198,000 lb 90,000 kg -27%
Boeing 767-200
Max payload
73,500 lb 33,300 kg 73,500 lb 33,300 kg +28%
Fuel capacity
16,700 gal 63,216 L 16,700 gal 63,216 L +48%
Max takeoff weight
315,000 lb 143,000 kg 315,000 lb 143,000 kg +43%
Max landing weight
272,000 lb 123,500 kg 272,000 lb 123,500 kg +37%

Performance

Boeing 757-200
Max cruise speed
496 kt · 571 mph 919 km/h 496 kt 571 mph 919 km/h +1%
Approach speed
140 kt · 161 mph 259 km/h 140 kt 161 mph 259 km/h +4%
Rate of climb
3,500 ft/min 18 m/s 3,500 ft/min 18 m/s +75%
Range
3,915 nm · 4,510 mi 7,250 km 3,915 nm 4,510 mi 7,250 km -41%
Service ceiling
42,000 ft 12,800 m 42,000 ft 12,800 m -3%
Takeoff distance
6,800 ft 2,070 m 6,800 ft 2,070 m +21%
Landing distance
4,600 ft 1,400 m 4,600 ft 1,400 m +15%
Boeing 767-200
Max cruise speed
493 kt · 567 mph 913 km/h 493 kt 567 mph 913 km/h -1%
Approach speed
135 kt · 155 mph 250 km/h 135 kt 155 mph 250 km/h -4%
Rate of climb
2,000 ft/min 10 m/s 2,000 ft/min 10 m/s -43%
Range
6,590 nm · 7,580 mi 12,200 km 6,590 nm 7,580 mi 12,200 km +68%
Service ceiling
43,199 ft 13,200 m 43,199 ft 13,200 m +3%
Takeoff distance
5,600 ft 1,710 m 5,600 ft 1,710 m -18%
Landing distance
4,000 ft 1,220 m 4,000 ft 1,220 m -13%

Boeing 767-200 comparisons

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When it comes to airplanes, there are two main types: the 757 and the 767. The 757 is a smaller plane, while the 767 is a larger one. Some people prefer flying on a 757 because it’s more intimate – you can see the pilot’s face! But others prefer the spaciousness of a 767.

I’m a big fan of both planes. But because of the debate, I will break down the main differences between them. Read on!

About the Boeing 757

The Boeing 757 is a midsize twin-jet airliner that was first introduced in 1983. It has a top speed of 982 km/h and a range of 7,222 km. The 757 is 38 m long and has a wingspan of 47 m. It typically seats between 210 and 289 passengers, although it can accommodate up to 440 passengers in a high-density configuration.

The 757 is powered by either Rolls-Royce RB211 or Pratt & Whitney PW2000 engines. It has a unit cost of between 80 and 100 million USD. The 757 was initially developed as a replacement for the 727, and it shares many similarities with that aircraft, including its fuselage diameter and two-crew cockpit.

However, the 757 is longer and has larger engines, which gives it more excellent range and fuel efficiency. The 757 has been popular with airlines since its introduction and remains in production today. There have been 1,050 Boeing 757s delivered as of 2013, and the aircraft is operated by over 180 airlines around the world.

Why was it developed and built?

The 757 was developed and built in response to customer demand. Airlines wanted an aircraft that could carry more significant numbers of passengers with increased range, fuel efficiency, and reliability. The 757 provided a medium-sized airliner that could fill the gap between smaller regional aircraft and larger widebody jets. It was designed to be more efficient than the 727, and it has become one of Boeing’s most successful aircraft.

What purpose does it serve?

It serves as an efficient mid-sized passenger airliner. The 757 is used by airlines for short and medium-haul routes, including domestic flights between cities and international flights between continents. It has a good range and fuel efficiency, making it ideal for airlines looking to maximize their profits.

About the Boeing 767

The Boeing 767 is a twin-engine wide-body airliner produced by Boeing Commercial Airplanes. It was developed in collaboration with Aerospatiale and Fairchild Aircraft. The aircraft has two engines, a double-deck configuration, and a capacity of 375 passengers in a mixed-class layout.

The 767 was introduced on 8 September 1982 by United Airlines.

As of July 2013, 768 have been delivered, with Delta Air Lines as the largest operator with 160 aircraft. In 1985, it was selected as the launch platform for the GE CF6 engine. The airplane is commonly used on transcontinental routes and can fly for up to 13 hours non-stop.

The 767 has been operated by many airlines worldwide, including British Airways, Cathay Pacific, Qantas, and Lufthansa. The U.S. Air Force has also used it for aerial refueling missions.

Why was it developed and built?

The 767 was developed and built to provide airlines with a modern, efficient aircraft that would meet their needs for medium-range flights.

The plane was designed to fly further than the 727 and 737 while offering more passenger capacity than either jet. The double-deck configuration allows for more efficient use of the cabin space, and its two engines provide greater fuel efficiency than larger three-engine jets.

What purpose does it serve?

The 767 serves as a medium-range, wide-body airliner that can carry up to 375 passengers. It is used on transcontinental routes and can fly for up to 13 hours non-stop. The U.S. Air Force also uses the 767 for aerial refueling missions.

How are the Boeing 757 and Boeing 767 different?

The Boeing 757 and 767 are twin-engine jets introduced in the 1980s. The 757 was designed as a narrow-body aircraft, while the 767 was designed as a wide-body twin-aisle aircraft.

The main difference between the two types of aircraft is their size; the 757 is typically configured for carrying 200-300 passengers, while the 767 can carry up to 400 passengers. Because of their different sizes, the 757 and 767 have different ranges; the 757 has a range of 3,700 miles, while the 767 has a range of 5,200 miles. Although they are additional aircraft, the 757 and 767 share many standard features, including comparable fuel efficiency and operating costs.

How are the Boeing 757 and Boeing 767 similar?

There are several similarities between the Boeing 757 and the 767. Both aircraft are twin-engine jets introduced in the 1980s; they share many of the same features and components and offer comparable fuel efficiency and operating costs.

Additionally, both have a two-crew flight deck layout and the same engines, with the 757 featuring either Pratt & Whitney or Rolls-Royce engines and the 767 featuring GE or PW engines. The 757 and 767 also have a similar range, with the 757 having a range of 3,700 miles and the 767 having a range of 5,200 miles.

What’s better about the Boeing 757?

Engine:

The Boeing 757 is powered by two high-bypass turbofan engines, a Pratt & Whitney PW2000 or Rolls-Royce RB211. The engines provide improved fuel efficiency and reduced noise levels compared to older-generation aircraft.

Cabin:

The cabin of the 757 is designed to be comfortable and quiet, with improved acoustics, wider aisles, and more legroom. The cabin also features oversized windows for better views, improved lighting, and the latest in-flight entertainment systems.

Avionics:

The 757 also features upgraded avionics, allowing for more straightforward navigation and greater accuracy. The cockpit has been configured to reduce fatigue and improve crew efficiency, with advanced computer systems that can track aircraft performance and alert the crew to potential problems.

What’s better about the Boeing 767?

Development:

The 767 was developed to meet the needs of airlines that needed an efficient and reliable wide-body aircraft. It features a double-deck configuration, allowing for more efficient use of the cabin space, and its two engines provide greater fuel efficiency compared to larger three-engine jets.

Cargo:

The 767 also has greater cargo capacity than the 757, allowing more freight and baggage to be transported. This makes it ideal for airlines that need to transport larger loads.

Technology:

Finally, the 767 also features some of the latest technology, including advanced avionics, an electronic flight deck, and improved navigation systems. This makes it easier for pilots to navigate and fly the aircraft more accurately.

Conclusion

The Boeing 757 and 767 are two efficient and reliable aircraft that were developed to meet the needs of airlines. They help airlines transport passengers and freight around the world safely, efficiently, and in comfort. Choosing the best aircraft for a particular application will depend on the specific needs of the airline.