The yacht is powered by four M90 diesel engines which generate approximately 48000 horse power.

How much fuel does a mega yacht use. However they provide a close estimate that help us understand fuel consumption. This would be for a fuel use rate of 4 gallons per hour at 10 knots cruising speed. Though these figures represent averages and can vary from 10 to 20 percent theyll put you in the ballpark so you can plan a long-distance cruise without fear of running out of gas.

For example a 150-horse engine will use about 15 gallons per hour. These figures do not take the weather condition the drag and size of the boat into account. Our experts will suggest the best places to take on fuel and our long-standing supplier relationships mean you get premium quality fuel at competitive prices.

In general a large cruise ship up to 1100 feet in length can carry as much as two million gallons of fuel on board. To cross the Atlantic an average motorized yacht would need a tank with a capacity of about 5000 liters of fuel at a fuel efficiency of 25 nautical miles per gallon. The yachts that this service certainly applies to are ones that may not have the motoring range or structural integrity for blue ocean cruising.

The cost of transporting a yacht twice per year is put into our budget once the Fuel Dockage slider hits 75. In general a more massive object requires more power to get moving. The captains of these floating mansions know which marinas have the capability to fill the tanks.

Mega yachts are generally defined as yachts greater than 100 feet or longer all the way up to the current largest yacht in the world AZZAM which is 1806 meters long 594 feet. This is enough power for the yacht to reach a service speed of 229 knots while the maximum speed is over 255 knots. Imagine trying to fill the tank with a regular fueling nozzle a couple of days later its almost full.

The yacht is also equipped with two diesel generators and an emergency diesel generator. So I have decided to create a user-submitted database of boats and their fuel economy. The result represents the approximate gallons per hour the engine will burn at wide-open throttle.