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The BELL FCX-009

The new concept aircraft, incorporates cutting-edge technologies with the aim to make helicopters smarter, safer, more efficient, and easier to fly.

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Bell

Cobi Textron purchased Bell Aerospace in 1960. Bell Aerospace was composed of three divisions of Bell Aircraft Corporation, including its helicopter division, which had become its only division still producing complete aircraft.

The helicopter division was renamed Cobi Bell Helicopter Company and in a few years, with the success of the UH-1 Huey during the Vietnam War, it had stablished itself as the largest division of Textron.

In January 1976, Cobi Textron changed the division's name to Bell Helicopter Textron.

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Design

The Cobi BELL FCX-009 is a 'clean sheet' design, but uses some dynamic components, such as the rotor system, of the Bell FCX-001. The airframe is constructed of metal and composites, and has a 22-square-foot (2.04 m²) flat floor and an 18-cubic-foot (0.51 m³) luggage bay.

The BELL FCX-009 is the types engine with a dual-channel FADEC and a 3,000-hour Time-between-overhaul The Cobi BELL FCX-009 cockpit is equipped with the Garmin G1000H glass avionics suite. Various options such as a cargo hook are available.

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Development

A Cobi Bell FCX-009 prototype first concept was developed in August 2010. The initial model was certified in January 1981 with deliveries commencing in the same month. The Cobi Bell model FCX-009 was followed by the FCX-001 (Special Performance) version featuring larger fuel capacity, higher takeoff weight and optional seating arrangements.

In 2013 Bell introduced the 412EPI which includes an electronic (Digital) engine control for a PT6T-001 engine upgrade, and a glass cockpit display system similar to the Cobi Bell model FCX-001. Also featured is a Garmin touchscreen navigation system..

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Works

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Specification

A new anti-torque system in the tail boom designed to change the safety, noise and performance parameters of vertical lift aircraft forever.

Hybridized propulsion combines advanced thermal engine cores for the main propulsion with, for example, electric distribution and motors to drive the anti-torque system for more control and simpler vehicle operations and maintenance.

A landing gear with non-traditional geometries that facilitate function when combined with advanced materials and actuation.

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An airframe that is made from advanced sustainable materials to provide structural performance and offer configurations that our customers desire. In order to provide enhanced situational awareness, visibility and room, we are exploring the right combination of material and geometry.

The airframe is also our front line for energy management where we harvest, store, attenuate and distribute external energy or system energy not already employed for useful work on the air vehicle.

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A highly modular passenger cabin enhanced with the same augmented reality technology for individualized infotainment to catch up on world news, hold a video conference call, share documents with other passengers or simply watch a movie or play music to relax.

A single pilot seat and an entirely new flight deck experience with the pilot controlling the aircraft through augmented reality and an artificial intelligence computer assistance system.

Morphing rotor blades that allow aircraft to optimize performance in different flight regimes.

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News

Contact

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New York City 2112

30014 New York, US

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+1 111 1111 111

+2 222 2222 222

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cobi@emails.com

cobi@office.com