Michimasa Fujino CEO, Honda Aircraft Company |
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VLJM: We are here with Michimasa Fujino, CEO of Honda Aircraft Company and leader of the HondaJet development team. Mr. Fujino, welcome to our Executive Interview series. We are here to talk about the HondaJet, but first let's discuss your passion for aviation, your education, and how we find you as chief of this fantastic part of aviation history.MICHIMASA FUJINO: I majored in aerospace engineering in the Japanese college (Tokyo University) and graduated as an aerospace engineer. Because there was no exciting job in aerospace in Japan, so I decided to go into automotive industry which is the most dynamic industry in Japan. But two years later, after I joined Honda, the opposite happened, because Honda starts airplane research, and I wound up in an aircraft project. Honda sent five young engineers to US in 1986 and I was one of them. That was the beginning of my aviation career and that is when my passion started.
Will the distributorship of the HondaJet through dealers also coincide with service?
When do you anticipate certification and delivery of the plane?
Tell us about the very progressive engine mounting design and the high-tech thinking and engineering that went into it.
Tell us about the wing design.
What is your target market for the HondaJet?
What is your view of the training situation in the Very Light Jet market?
Can you give us more information about decisions that went into the cockpit design, tail design, and aspects of the airframe?
How can our readers of Very Light Jet Magazine find out more about purchasing the HondaJet?
Thank you, Mr. Fujino, for being a part of our Very Light Jet Magazine executive interview series. |
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Note: Do not make purchase decisions based on the information above. Contact the manufacturers directly.
There are several additional Very Light Jet projects in various stages of development. Very Light Jet Magazine will report on them as information becomes available.
VLJ Views
The Very Light Jet era has arrived with several aircraft manufacturers in the competition! What exactly is a VLJ? These new planes have also been known as microjets and personal jets. The name Very Light Jets, or VLJs, is now official!
The NBAA Training Guidelines for Single Pilot Operations of Very Light Jets and Technically Advanced Aircraft defines Very Light Jet as: "Jet aircraft weighing 10,000 pounds or less maximum certificated takeoff weight and certificated for single pilot operations. These aircraft will possess at least some of the following features: (1) advanced cockpit automation, such as moving map GPS and multi-function displays; (2) automated engine and systems management; and (3) integrated autoflight, autopilot and flight-guidance systems."
What's in it for us? Very Light Jet travel technology offers us a revolution in the way we travel for business and pleasure. The price of these sleek rockets is from $1.0M to $3.0 million and change, placing them well within the reach of many businesses and individuals.
Very Light Jets can operate from shorter runways than commercial airliners and this means that they can utilize the 5000+ satellite airports around the US.
Our days of having to endure the obsolete hub-and-spoke system to get anywhere by plane may finally be numbered. Affordable jet ownership and private jet charter is soon to be available to a massive number of travelers!
































VLJM: We are here with Michimasa Fujino, CEO of Honda Aircraft Company and leader of the HondaJet development team. Mr. Fujino, welcome to our Executive Interview series. We are here to talk about the HondaJet, but first let's discuss your passion for aviation, your education, and how we find you as chief of this fantastic part of aviation history.
The development of the HondaJet has been closely watched by many. The demographic studies conducted on the distribution of the aircraft were extensive. Would you care to discuss sales forecast for the plane and the ultimate global distribution?
This is a very new concept because many airframe designers think that the over-wing concept is not a good idea. There had been some problems with a similar concept, but ours is much more advanced than previously tried. By locating the engine at the optimum position relative to the wing, we can minimize the aerodynamic interference. This new configuration gives lower drag at high speed by reducing the shock wave.







