The company, which began researching the potential for a small jet business in the mid-1980’s, will focus on the U.S. and European markets for now.
The aircraft's airframe design reduces cabin and ground-detected noise when overhead as well as offers more cabin space and greater cargo capacity.
The jet will be powered by a pair of fuel-efficient GE Honda HF120 turbofan jet engines, which have been developed under the joint venture between Honda and General Electric.
The company received more than 100 orders for the seven-seater jet in three days when it began taking orders in 2006, promising a quieter engine, 20% better fuel economy over competing models and operational costs of two-thirds or less.
Honda is also planning to equip it with glass cockpit with an integrated avionics system, as well as an autopilot function, anti-icing equipment, and other systems.
The company plans to begin test fly two additional flight test aircraft, F3 and F4, this year.
It is considering beginning structural testing with additional structural test aircraft later this year.
Honda expects the global demand for small business jets carrying five to six passengers to grow to 200 to 300 jets a year in the future, from the current 150 to 200.
Latest from Aerospace Manufacturing and Design
- Pivotal achieves AS9100D certification
- CMMs for large-scale, heavy-duty measurement
- #80 Manufacturing Matters - Machining Strategies to Save Time and Improve your Process for MedTech Components with Kennametal Inc.
- Experts discuss the latest in toolholding technology
- Forecasting the year ahead in design and manufacturing
- GE Aerospace, Lockheed Martin demonstrate rotating detonation ramjet
- Stainless steel quick release ball lock pins
- Toray Advanced Composites, partners win JEC Innovation Award for Circularity & Recycling