Cabin and Cockpit Safety

Paper Summary:

This paper discusses safety in the 21st century and enhancing it by focusing on cabin and cockpit safety. Presently, the only automated systems required on board modern aircraft are the automatic fire detection systems for the engines and cargo compartments receptacle fire bottles. Manually operated extinguishers are provided for the engine and cargo areas. Pilot-controlled fire extinguishing systems exist for both these areas. Some aircraft have overheat detection in the avionics compartments, but no automated fire extinguishing system. Integrated systems are needed to detect and extinguish fires in aircraft, wherever they occur, before they can damage the aircraft or its systems. Since 1996, there have been three major aircraft accidents involving fire in the cockpit and cabin. Two had no fire detection systems; those accidents were fatal. The aircraft involved in the third accident had smoke detection that enabled the crew to land before the aircraft was severely damaged. This should make it clear that fire detection saves lives.

From the Paper:

"e industry has not kept pace with the demand put on it by significant changes to the design of electrical systems on airplanes. There needs to be a great deal of work done to prevent electrical fires from the beginning. We also need systems designed to provide fire detection and suppression in all the possible fire regions in the airplane fuselage, both accessible and inaccessible. Failure to execute these changes will put crews and passengers at an unnecessarily risk to experience a catastrophic in-flight fire, a terrible fate experienced by too many already. We can prevent in-flight fire catastrophes if we want to."

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