The Boeing 777 is a two engine jet airplane. If one engine fails and the other engine is still working, yes it can still fly with one engine.
The Boeing 777-200 is 247,200kg at the maximum takeoff weight while an empty one is 134,800kg.
Only one has crashed which was a British airways
125,000 This is approimately the total power of all four engines. "Fully loaded at 400 tons, the Boeing 747 requires 90 mega-watts (MW) of energy to get airborne. This relates to 120,000 horsepower (hp). The energy consumption during cruising is reduced to half, or 45MW (60,000hp)." So, the peak power output of ONE engine is approximately 30,000 hp.
Sorry- no one engine, no one horsepower, no one answer.
Boeing 777 can connect any two airports in the world without stopping anywhere. with 300 passengers B 777 can travel 17,300 kilometers. London to Auckland is over 18000 KM. But with load limitations B777 can surely connect London and Auckland without a single stop.
Depends on the distance to your destination and the entertainment levels. I find the Boeing 777 a nice one
The rolls royce trent used to power a boeing 777 would cost in the region of £9 million. This may sound like a lot of money but for rolls royce to develop one new type of engine it costs £600 million.
The top 10 aircraft in terms of handling, and reliability (not including terrorist threat) are; Boeing 737 with CFMI engines, at one crash per 4.8 million flying hours. The other nine aircraft are: Boeing 757; Airbus A320; Boeing 767; Boeing 737NG; Boeing 747; Airbus A330; Airbus A340; and Boeing 777
The Boeing planes, and most modern multi-engine aircraft, can still manage to fly even if one engine stopped to function.
One engine produces 56,000 pounds of thrust.
Often only a few bolts are used to hold the engine to the wing on large passenger aircrafts. Boeing (777 for example) only uses one bolt. It is quite large though and made of titanium. A C-130 Hercules uses 4 bolts to hold the engine.