108 years after the first twelve seconds
Boeing 787 Dreamliner 787-8
Built from plastic, flexed like a bird
The story
Half of the 787 by weight is , not aluminium. The wings flex upward by several metres in flight, and the lighter structure and newer engines burn about 20 percent less fuel than the aircraft it replaced. Because composite does not corrode, the cabin can also be kept more humid.
Instead of thousands of aluminium panels riveted together, the fuselage is made of one-piece barrels of carbon fibre, baked in huge ovens by suppliers in Japan, Italy and the United States and flown to final assembly in a modified 747, the Dreamlifter. The cabin is pressurised to the air of 1,800 m rather than the usual 2,400 m, and the larger windows dim electronically instead of having blinds.
All Nippon Airways flew the first passengers, from Tokyo to Hong Kong, three years later than planned. In January 2013 fires in its lithium-ion batteries grounded every 787 for more than three months. The longer 787-9 and 787-10 followed, and Boeing has delivered more than a thousand.
How it works
Loading the 3D model…
Specifications
- Top speed
- 945 km/h
- Wingspan
- 60.1 m
- Max weight
- 227,930 kg
- Ceiling
- 13,100 m
- Range
- 13,530 km
- In 12 seconds
- 3.2 km
- Power
- 2 × GEnx-1B or Trent 1000, about 280 kN each
Where it flew
Tokyo to Hong Kong
Tokyo Haneda. The simulator starts here, over today's ground and imagery of the place.
Fly it yourself
Take the Boeing 787 Dreamliner up in 3D, with its real weight, wing area and power.
Take off on two engines and climb to cruise.