Now something a little different. I was there for work and part of my routine was to talk to people about why they were there. This aircraft grabbed my attention in the pre-arrival brief and I always intended to talk to the rep while I was there. This is the HondaJet Elite II, the latest incarnation of the original HondaJet. Developed by a team of Japanese engineers at Greensboro, North Carolina, the HondaJet has become something of an upstart in the crowded entry-level and Light Jet category of corporate transport.
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The most distinctive feature of the HondaJet is the location of its engine nacelles. This is for aerodynamic reasons as well as reducing vibration and noise in the cabin and is called the Over-The-Wing-Engine-Mount (OTWEM) by Honda.
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The HondaJet is powered by two 2,0509 lb thrust GE/Honda HF-20 engines.
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In this vew we can see the subtle curvature of the pylons, which deflects airflow in the direction intended for aerodynamic efficiency. Note also the small fairings on the inside of each exhaust nozzle, designed to deflect exhaust away from the fuselage.
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The aircraft is fitted with a dual air brake in the tail cone. The aircraft is not fitted with an APU, the vent is an intake for the aircon pack.
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The HondaJet has what was described to me as a laminar flow fuselage, with the cockpit ceiling bulged to affect airflow around the rest of the fuselage. This is entirely constructed of composite materials, making it extraordinarily slippery.
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Inside, the cabin is not large but it is comfortable enough, with a fully encloseable toilet/washroom in the rear. The blue tape was to stop cabinets and doors flying open during its display routine, as it was flown each day.
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The uncluttered flight deck is crammed full of innovation, including a modified Garmin G-3000 Integrated Flight Deck for ergonomic efficiency. The aircraft is fitted with Autoloand, Autothrottle, automated spoilers, stabilised approach, automated anti-ice, lighting and pressurisation systems, electronic stability, what Honda calls Under-Speed Protection, essentially the same as the Boeing MCAS (but without the difficulties and lack of type rating of its first incarnation), Advanced Steering and Augmentation System... Also, the closest you'll get to a selfie from me, thank you very much!
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The central VDUs of the Garmin IFD are coupled with dual FMS for that total in-flight experience. (FMS, Flight Management System, the tops of the interface displays can be seen at the very bottom of the image)
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The HondaJet taxying for its display presents a peculiar sight.
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The HondaJet doesn't have short take-off and landing, but it is capable of getting airborne in a short space. I'm not sure if it is capable of operating from grass strips, like its competitor the Pilatus PC-24...
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HondaJet is one of five types that dominate sales within the US entry level bizjet market.
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The others are the Embraer Phenom 300, Learjet 70, Pilatus PC-24, and the Citation family.
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The nifty wee jet has good performance: a maximum cruise speed of 422 knots (782 km/h) at a cruise altitude of 43,000 ft (13,106 m) across a maximum range of 1,547 nautical miles (2,865 km).
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The HondaJet's vitals: a span of just over 12 metres (39 feet) long and a fuselage length of almost thirteen metres (42 feet), with a maximum take-off weight of 11,100 lbs (5,035 kg).
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Air brakes deployed.
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That's all from Honda today. Next time, T-6 Class air racing.