The Boeing Business Jet is a member of the venerated 737 family. The 737s collectively have over 60 million hours of flight time and are still in high demand in the commercial aviation market. The BBJ sold more than a hundred planes in just four years of production, and orders continue to come in. No other private jet offers as much cabin space or reliability. After all, the BBJ is a descendant of commercial aircraft, designed to last decades.
The Boeing Business Jet’s full name is the BBJ 737-700 IGW. IGW stands for “Increased Gross Weight,” much of which is due to its massive cabin. The cabin has more square footage than some offices – 807 square feet – and measurements well beyond any other private jet: 79.2 feet long, 7.1 feet high, and 11.6 feet wide. The total cabin volume is 5,390 cubic feet.
The 5,390 cubic feet of cabin can be configured almost any way desired. Most configurations divide the cabin into four compartments (in addition to a crew rest area). The four compartments generally consist of a board room, a lounge, a VIP bedroom (with a queen-sized bed, if desired), a business office, and two lavatories with showers. Alternate suggested configurations include an office and an exercise room, high-density seating for sixty passengers, or twenty-four extra-large seats for sleeping.
The standard galley, if chosen, comes with a microwave, oven, refrigerator and freezer, a sink with hot and cold water, food storage, and a trash compactor. Entertainment systems generally include two DVD players, two VCRS, three multi-disc CD players, and satellite TV. In other words, the sky is the limit when designing the interior of the BBJ.
The BBJ is powered by two CFM International CFM56-7B27 turbofan engines, each of which provide 27,300 pounds of thrust apiece. CFMI is a partnership between two major jet engine manufacturers: General Electric and SNECMA. They have Flight Authority Digital Control (FADEC), which optimizes their performance and fuel consumption. Any engine-related function which is not controlled by the FADEC, such as thrust adjustments, if automated by the Flight Management System (FMS). This generation of engines has been in use for decades, resulting in no regular required engine maintenance schedules and a 99.97% dispatch reliability. They are configured to withstand higher temperatures than most of the engines in the CMF56 series and more than meet FAA noise and emissions standards.
The BBJ, despite its size and its maximum take off weight of 171,000 pounds, the BBJ can take off from a sea level runway in 5,885 feet. At an altitude of 5,000 feet and a temperature of 77 ? F, the required runway distance increases to 9,645 feet. For comparison’s sake, the average takeoff distance of heavy private jets at sea level is 5,500 feet. The average MTOW of these private jets is 52,000 pounds, 30% of the BBJ’s MTOW.
Another area in which the massive BBJ performs like one of the “light” (by comparison) heavy private jets is in its climb rate. It climbs directly to 37,000 feet in 25 minutes. At this altitude it achieves its high speed cruise of 470 ktas. At 39,000 feet it gets optimal long range cruise performance of 451 ktas. Its range, with eight passengers and required NBAA IFR reserves, is 6,098 nautical miles, or a little more than the distance from New York City to Beijing. It can easily complete trips from Denver to Tokyo or from Los Angeles to Frankfurt – distance is no limitation. Its required amount of runway for landing won’t be a limiting factor, either: when carrying four passengers and NBAA IFR reserves, the BBJ needs on 2,330 feet to land.
The Boeing Business Jet is pretty economical as far as ultra-long-range jets go: on a 6,000 nautical mile trip carrying eight passengers, such as New York to Beijing, it will use 10,000 gallons of fuel and reach the destination in 10 hours. On a shorter trip of 1,000 nautical miles with eight passengers, such as from Denver to Detroit, 1,600 gallons of fuel would be used and the flight time would be about an hour.
It has already been mentioned that the BBJ is reliable and designed to last practically forever. But to further clarify this point, consider this: the 737s were intended to be flown 10-12 hours per day, every day of the year. This calculates out to between 12 and 14 cycles per day, or units designed to measure the wear and tear on an aircraft. The BBJ has a design life of 75,000 cycles. This number will probably increase to 112,500 hours after more flight hours have accumulated. Either way, this means that a BBJ could be flown 10 or 12 hours every single day and last 15 years (or 23 years, if the extended life cycle is approved).
theprivatejetcompany.com
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