Safran Helicopter Engines Helicopter Engine Arrano

Description
The Arrano is the new 1,100 to 1,300 shp Turbomeca engine. It is designed to equip two-to-three ton single-engine helicopters and four-to-six ton twin-engine helicopters. A principal benefit is a ten-to-fifteen per cent reduction in specific fuel consumption, when compared with previous generation engines. The Arrano contributes considerably to the increased performance (in terms of range and payload) available from new-generation helicopters, and to the reduced environmental footprint. The Arrano also features reduced overall dimensions and a design that facilitates and minimizes maintenance and repair operations. The Arrano incorporates numerous technical innovations, including a revolutionary thermodynamic core developed for the Tech 800 technological demonstrator. Tech 800 was the result of a research study financed by the European Commission's Clean Sky program, a public-private partnership with the European aerospace industry. Turbomeca developed the 1,100 shp Tech 800 in collaboration with 34 partners (eighteen of which were SMEs), plus universities and research centers from ten European countries. The first bench test of the Tech 800 took place in April 2013. For more information: www.cleansky.eu The Arrano represents a perfect synthesis of new-generation and proven technologies. It incorporates a two-stage centrifugal compressor, the aerodynamics of which are designed to deliver performance and reliability. It also features a reverse-flow combustion chamber and a single-stage power turbine. An IGV (Inlet Guide Vane) system, made up of variable-pitch blades positioned above the compressor, improves the thermodynamic cycle of the engine in cruise flight, and contributes to its reduced fuel consumption. The Arrano is one of the first aeronautical engines to use components manufactured using the additive manufacturing process. The injectors in the combustion chambers of series production models are produced using lasers to fuse a metal powder compound. This process enables complex-shape parts to be obtained much faster, and using fewer pieces. First bench tests of the Arrano took place in February 2014 at Turbomeca's Bordes factory; its performance levels in terms of fuel consumption were soon validated. The Arrano is the most innovative and high-performance engine in its class. It embodies the technological know-how and expertise that has lain at the heart of Turbomeca's reputation for nearly 75 years.
Description
The Arrano is the new 1,100 to 1,300 shp Turbomeca engine. It is designed to equip two-to-three ton single-engine helicopters and four-to-six ton twin-engine helicopters. A principal benefit is a ten-to-fifteen per cent reduction in specific fuel consumption, when compared with previous generation engines. The Arrano contributes considerably to the increased performance (in terms of range and payload) available from new-generation helicopters, and to the reduced environmental footprint. The Arrano also features reduced overall dimensions and a design that facilitates and minimizes maintenance and repair operations. The Arrano incorporates numerous technical innovations, including a revolutionary thermodynamic core developed for the Tech 800 technological demonstrator. Tech 800 was the result of a research study financed by the European Commission's Clean Sky program, a public-private partnership with the European aerospace industry. Turbomeca developed the 1,100 shp Tech 800 in collaboration with 34 partners (eighteen of which were SMEs), plus universities and research centers from ten European countries. The first bench test of the Tech 800 took place in April 2013. For more information: www.cleansky.eu The Arrano represents a perfect synthesis of new-generation and proven technologies. It incorporates a two-stage centrifugal compressor, the aerodynamics of which are designed to deliver performance and reliability. It also features a reverse-flow combustion chamber and a single-stage power turbine. An IGV (Inlet Guide Vane) system, made up of variable-pitch blades positioned above the compressor, improves the thermodynamic cycle of the engine in cruise flight, and contributes to its reduced fuel consumption. The Arrano is one of the first aeronautical engines to use components manufactured using the additive manufacturing process. The injectors in the combustion chambers of series production models are produced using lasers to fuse a metal powder compound. This process enables complex-shape parts to be obtained much faster, and using fewer pieces. First bench tests of the Arrano took place in February 2014 at Turbomeca's Bordes factory; its performance levels in terms of fuel consumption were soon validated. The Arrano is the most innovative and high-performance engine in its class. It embodies the technological know-how and expertise that has lain at the heart of Turbomeca's reputation for nearly 75 years.

Suppliers

Company
Product
Description
Supplier Links
Helicopter Engine - Arrano - Safran Helicopter Engines
Pau, Aquitaine, France
Helicopter Engine
Arrano
Helicopter Engine Arrano
The Arrano is the new 1,100 to 1,300 shp Turbomeca engine. It is designed to equip two-to-three ton single-engine helicopters and four-to-six ton twin-engine helicopters. A principal benefit is a ten-to-fifteen per cent reduction in specific fuel consumption, when compared with previous generation engines. The Arrano contributes considerably to the increased performance (in terms of range and payload) available from new-generation helicopters, and to the reduced environmental footprint. The Arrano also features reduced overall dimensions and a design that facilitates and minimizes maintenance and repair operations. The Arrano incorporates numerous technical innovations, including a revolutionary thermodynamic core developed for the Tech 800 technological demonstrator. Tech 800 was the result of a research study financed by the European Commission's Clean Sky program, a public-private partnership with the European aerospace industry. Turbomeca developed the 1,100 shp Tech 800 in collaboration with 34 partners (eighteen of which were SMEs), plus universities and research centers from ten European countries. The first bench test of the Tech 800 took place in April 2013. For more information: www.cleansky.eu The Arrano represents a perfect synthesis of new-generation and proven technologies. It incorporates a two-stage centrifugal compressor, the aerodynamics of which are designed to deliver performance and reliability. It also features a reverse-flow combustion chamber and a single-stage power turbine. An IGV (Inlet Guide Vane) system, made up of variable-pitch blades positioned above the compressor, improves the thermodynamic cycle of the engine in cruise flight, and contributes to its reduced fuel consumption. The Arrano is one of the first aeronautical engines to use components manufactured using the additive manufacturing process. The injectors in the combustion chambers of series production models are produced using lasers to fuse a metal powder compound. This process enables complex-shape parts to be obtained much faster, and using fewer pieces. First bench tests of the Arrano took place in February 2014 at Turbomeca's Bordes factory; its performance levels in terms of fuel consumption were soon validated. The Arrano is the most innovative and high-performance engine in its class. It embodies the technological know-how and expertise that has lain at the heart of Turbomeca's reputation for nearly 75 years.

The Arrano is the new 1,100 to 1,300 shp Turbomeca engine. It is designed to equip two-to-three ton single-engine helicopters and four-to-six ton twin-engine helicopters.

A principal benefit is a ten-to-fifteen per cent reduction in specific fuel consumption, when compared with previous generation engines.

The Arrano contributes considerably to the increased performance (in terms of range and payload) available from new-generation helicopters, and to the reduced environmental footprint. The Arrano also features reduced overall dimensions and a design that facilitates and minimizes maintenance and repair operations.

The Arrano incorporates numerous technical innovations, including a revolutionary thermodynamic core developed for the Tech 800 technological demonstrator.

Tech 800 was the result of a research study financed by the European Commission's Clean Sky program, a public-private partnership with the European aerospace industry.

Turbomeca developed the 1,100 shp Tech 800 in collaboration with 34 partners (eighteen of which were SMEs), plus universities and research centers from ten European countries.

The first bench test of the Tech 800 took place in April 2013.

For more information: www.cleansky.eu

The Arrano represents a perfect synthesis of new-generation and proven technologies. It incorporates a two-stage centrifugal compressor, the aerodynamics of which are designed to deliver performance and reliability. It also features a reverse-flow combustion chamber and a single-stage power turbine. An IGV (Inlet Guide Vane) system, made up of variable-pitch blades positioned above the compressor, improves the thermodynamic cycle of the engine in cruise flight, and contributes to its reduced fuel consumption.

The Arrano is one of the first aeronautical engines to use components manufactured using the additive manufacturing process. The injectors in the combustion chambers of series production models are produced using lasers to fuse a metal powder compound. This process enables complex-shape parts to be obtained much faster, and using fewer pieces.

First bench tests of the Arrano took place in February 2014 at Turbomeca's Bordes factory; its performance levels in terms of fuel consumption were soon validated.

The Arrano is the most innovative and high-performance engine in its class. It embodies the technological know-how and expertise that has lain at the heart of Turbomeca's reputation for nearly 75 years.

Supplier's Site

Technical Specifications

  Safran Helicopter Engines
Product Category Combustion Engines
Product Number Arrano
Product Name Helicopter Engine
Engine Type Internal Combustion
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