About the RAYTHEON AIRCRAFT COMPANY 390
The Raytheon Aircraft Company 390, commonly known as the Beechcraft Premier I, is a notable example of a light business jet that sought to combine performance with economic efficiency. First announced by Raytheon in 1995 and taking to the skies for its maiden flight in 1998, the Premier I marked a significant advancement in general aviation business jets. It aimed at offering a fast, lightweight, and reasonably cost-effective solution for business travelers and small companies. The aircraft received its certification from the Federal Aviation Administration (FAA) in March 2001, and the first customer delivery followed shortly after.
The motivation behind the production of the Beechcraft Premier I was to fill a niche in the corporate jet market that demanded better performance than turboprops and smaller jets, without reaching the cost and complexity of larger business jets. The Premier I achieves this by employing advanced materials, including a composite fuselage, which was a rarity at the time. This approach reduced the aircraft's weight, thereby enhancing its fuel efficiency and performance. The plane is powered by dual Williams International FJ44-2A engines, providing it with a maximum cruise speed of approximately 451 knots and a range of 1,380 nautical miles.
Key Features and Capabilities
The Premier Iās cabin design featuring a 5.5 feet width and 5.4 feet height gave it a substantial edge for passenger comfort in the light jet category. It can generally accommodate up to six passengers, with an interior often described as more spacious than other jets in its class. The avionics suite, initially featuring the Collins Pro Line 21, provided pilots with modern navigational aides and systems that enhanced both safety and ease of handling.
In 2006, the model was upgraded to the Premier IA, which included refinements such as improved avionics and interior upgrades. The Premier I series continued to serve the market until production ceased in 2012, leaving a legacy of innovation combining composite materials and advanced avionics that influenced future designs in the aviation industry.