Back to All Aircraft

Boeing

Boeing 787-9 Dreamliner

In Production

The mid-size variant of the revolutionary Dreamliner family. Features a composite airframe that is 50% lighter than traditional aluminum, resulting in 25% better fuel efficiency. Known for higher cabin pressure and humidity for passenger comfort.

Passengers

250-290

Range

8,705 mi

Cruise Speed

561 mph

First Flight

2013

Did You Know?

The 787s cabin is pressurized to 6,000 feet instead of 8,000 feet and maintains 25% humidity, significantly reducing jet lag for passengers.

History & Timeline

Key Milestones

2004

ANA Launches the Program

On April 26, 2004, All Nippon Airways ordered 50 787s, officially launching the program. Boeing promised delivery by 2008. They missed that target by over three years.

2009

First Flight—Finally

On December 15, 2009, the 787 finally took to the skies, more than two years late. The delays had cost Boeing billions in penalties and lost orders. But the aircraft performed beautifully, validating the revolutionary composite design.

2011

Entry into Service

On October 26, 2011, ANA operated the first commercial 787 flight from Tokyo to Hong Kong. Despite all the delays and problems, the Dreamliner had finally arrived. It would go on to become one of the most successful wide-body aircraft ever.

Development Story

The Sonic Cruiser Dream

Before the 787, Boeing planned the revolutionary Sonic Cruiser—a near-supersonic jet that would fly just below the speed of sound. But after 9/11 devastated the airline industry and fuel prices soared, airlines told Boeing they wanted efficiency, not speed. The Sonic Cruiser died, but its technology lived on in the Dreamliner.

Birth of the Dreamliner

On January 29, 2003, Boeing announced the 7E7, focusing on fuel efficiency rather than speed. The aircraft would use revolutionary composite materials for 50% of its structure—including the first one-piece composite fuselage barrel in commercial aviation. Airlines loved the promise of 20% better fuel efficiency.

Why Passengers Love It

The 787 was designed around passenger comfort, not just airline economics. Larger windows that dim electronically, higher cabin pressure (equivalent to 6,000 feet instead of 8,000), and higher humidity all reduce jet lag. Passengers consistently report arriving feeling better than on other aircraft.

The Outsourcing Experiment Gone Wrong

Boeing tried a revolutionary approach: outsource major components to partners worldwide, then snap them together like Lego. It was a disaster. Parts arrived late, incomplete, or didn't fit together. Some sections arrived with tools still inside. The first aircraft was 5,000 pounds overweight. What was supposed to be a 4-year development stretched to 8 years.

Legacy & Impact

The Plane That Changed Everything

The 787 proved that composite aircraft could work at scale, paving the way for the A350 and future designs. Its efficiency opened new ultra-long-haul routes that were previously uneconomical. Over 1,000 have been delivered, connecting cities that never had direct flights before.

Technical Specifications

Performance

Range
14,010 km (8,705 mi)
Cruise Speed
903 km/h (561 mph)
Service Ceiling
13,137 m (43,100 ft)

Dimensions

Length
63 m (207 ft)
Wingspan
60.1 m (197 ft)

Capacity

Passengers
250-290
Cargo Volume
150 m³

Engines

Engine Count
2x GEnx-1B or RR Trent 1000
Manufacturer
General Electric / Rolls-Royce
Thrust (each)
320 kN

Weights

Max Takeoff (MTOW)
254,692 kg (561,499 lbs)
Fuel Capacity
126,917 L (33,528 gal)

Takeoff / Landing

Takeoff Distance
2,800 m (9,186 ft)
Landing Distance
1,524 m (5,000 ft)

Commercial

Total Orders
1,002
Delivered
681
List Price
$292.5M

History

First Flight
January 1, 2013
Status
In Production

Sources

Data compiled from the following sources:

M Manufacturer D Aviation Database N News