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Technology Legacy Efficiency Comfort Possibilities of the A350 XWB. Made Easy. Vive La Modern Flight Experience To learn more about how Honeywell’s systems are advancing the next generation of airliners, visit aerospace.honeywell.com/markets/airlines. Honeywell has developed a holistic approach to integrate multiple systems on the Airbus A350 XWB. This has created a more efficient aircraft that leads to better passenger comfort, reduced fuel costs, higher dispatch reliability and the extension of Honeywell’s technology legacy. Reduced operational noise provides a better experience for passengers, ground and in-flight crew. Advanced environmental systems keep passengers and crew refreshed during flight. Integration of critical systems helps reduce the overall weight of the aircraft, and the advanced HGT1700 Auxiliary Power Unit (APU) leads to a 10 percent reduction in specific APU fuel use and an equivalent reduction in carbon dioxide emissions. Fuel reduction from the APU supports the overall aircraft fuel efficiency improvement of 25%. With Honeywell’s more than 50 years of experience providing integrated aircraft systems, the A350 XWB soars. Seven years of development and modifications accommodate a greater level of overall cockpit integration known as “the common cockpit.” HGT1700 Auxiliary Power Unit is optimized to reduce weight, maximize performance and reduce direct maintenance to provide safe, efficient, low-cost operations Bleed Air System is a high-pressure system that provides pneumatic energy for the aircraft and is optimized for greater fuel economy Supplemental Cooling System uniquely integrates the aircraft’s cooling function into one centralized refrigeration system for weight reductions, power savings and reduced maintenance support Air Conditioning System uses the air provided by APU and Engine systems to efficiently generate cabin zone heating and cooling for passenger and crew comfort 10 % LESS Ventilation System distributes cooled air throughout all zones of the aircraft quietly for improved avionics reliability and passenger comfort Flight Management System offers the latest features and advances to create the Airbus common cockpit Cabin Pressure Control System automatically controls the cabin pressure based on the aircraft’s flight profile for a comfortable, imperceptible flight experience Airbus Aircraft Environment Surveillance System integrates multiple safety systems into one, reducing as many as eight avionics boxes down to two SYSTEMS Mechanical Avionics

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Technology LegacyEf�ciencyComfort

Possibilities of the A350 XWB. Made Easy.Vive La Modern Flight Experience

To learn more about how Honeywell’s systems are advancing the next generation of airliners, visit aerospace.honeywell.com/markets/airlines.

Honeywell has developed a holistic approach to integrate multiple systems on the Airbus A350 XWB. This has created a more ef�cient aircraft that leads to better passenger comfort, reduced fuel costs, higher dispatch reliability and the extension of Honeywell’s technology legacy.

Reduced operational noise provides a better experience for passengers, ground and in-�ight crew.

Advanced environmental systems keep passengers and crew refreshed during �ight.

Integration of critical systems helps reduce the overall weight of the aircraft, and the advanced HGT1700 Auxiliary Power Unit (APU) leads to a 10 percent reduction in speci�c APU fuel use and an equivalent reduction in carbon dioxide emissions.

Fuel reduction from the APU supports the overallaircraft fuel ef�ciency improvement of 25%.

With Honeywell’s more than 50 years of experience providing integrated aircraft systems, the A350 XWB soars.

Seven years of development and modi�cations accommodate a greater level of overall cockpit integration known as “the common cockpit.”

HGT1700 Auxiliary Power Unitis optimized to reduce weight, maximize performance and reduce direct maintenance to provide safe, ef�cient, low-cost operations

Bleed Air System is a high-pressure system that provides pneumatic energy for the aircraft and is optimized for greater fuel economy

Supplemental Cooling System uniquely integrates the aircraft’s cooling function into one centralized refrigeration system for weight reductions, power savings and reduced maintenance support

Air Conditioning System uses the air provided by APU and Engine systems to ef�ciently generate cabin zone heating and cooling for passenger and crew comfort

10% LESS

Ventilation Systemdistributes cooled air throughout all zones of the aircraft quietly for improved avionics reliability and passenger comfort

Flight Management System offers the latest features and advances to create the Airbus common cockpit

Cabin Pressure Control System automatically controls the cabin pressure based on the aircraft’s �ight pro�le for a comfortable, imperceptible �ight experience

Airbus Aircraft Environment Surveillance System integrates multiple safety systems into one, reducing as many as eight avionics boxes down to two

SYSTEMS Mechanical Avionics