A digital glass cockpit, also known as electronic flight information systems (EFIS) and cockpit display system (CDS), is an aircraft cockpit that consist digital flight instrument displays, generally large LCD screens, instead of conventional analog dials and gauges. A digital glass cockpit simplifies aircraft operations and navigation by enabling the usage of several displays driven by flight management systems, that can be adjusted (multi-function display) to display flight information as needed.
Advanced digital glass cockpit systems utilize LCD screens to display crucial flight information. Digital glass cockpit displays systems are based around primary flight displays (PFDs), engine indications and crew alerting system (EICAS) and multifunction displays (MFDs). This enables the replacement of mechanical flight instrument gauges with graphical representations of information from onboard and external sensors and navigation systems.
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The digital glass cockpits are being increasingly adopted by military and defense along with airline companies, as they eliminate the need for a flight engineer, in turn reducing costs. In recent past, this digital glass cockpit has become widely available in small aircrafts too.
Digital glass cockpit systems, which were prevalent in the civil aviation sector, are being increasingly adopted among military aircraft operators, in order to add capabilities to their fleets. Along with facilitating reduction in information management workload for pilots coordinating large networks of
sensors and platforms, digital glass cockpits offer advantages such as weight and power savings, enabling easier interaction with air traffic control, and enable faster training for new pilots.
The cockpits of both fixed and rotary-wing military aircraft are going digital. These glass cockpits facilitate the pilot’s tasks throughout the flight, especially under difficult conditions, by improving access to vital information. The global market of digital glass military aircraft cockpit systems is mainly driven by the advantages offered by these systems over traditional cockpit systems. These advantages include the enhanced accuracy and precision of automation systems, and more ergonomic display of the data. These glass cockpits also comprise feedback loops and self-checking capabilities to alert the pilot about threats before they become emergencies. Additionally, these advanced system offers checklist of issues, the pilot can utilize to troubleshoot a problem and correct it immediately.
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However, as the aircraft operations become increasingly dependent on digital glass cockpit systems, flight crews must be trained to deal with possible failures. In recent years, several incidents involving glass-cockpit blackout have occurred. Therefore, proper training is considered as one of the key components for reducing miss happenings of aircrafts equipped with digital glass cockpit systems.
To counter these blackouts, aircrafts with digital glass cockpit systems are provided with backup analogue displays for key flight instruments including airspeed indicator and altimeter.
Global digital glass military aircraft cockpit systems market is mainly classified on the basis of system, end use sector and geographies.
On the basis of system, global digital glass military aircraft cockpit systems market is segmented into Multi-function flight display systems, Primary flight display systems and EICAS (Engine-indicating and crew-alerting system).
On the basis of end use sector, global digital glass military aircraft cockpit systems market is segmented as general aviation, commercial aviation and the defense & aerospace.
On the basis of geographies, global market of BTS is segmented into 7 key regions:
- North America
- Latin America
- Western Europe
- Eastern Europe
- Asia Pacific Excluding Japan
- Middle East & Africa
Presently, North America is holds the majority share in the digital glass cockpit systems market. However, the region is expected to lose its share to Asia Pacific region during the forecast period, mainly due to falling defense expenditure in North America. In the APAC region, India, China and Japan are expected to lead the growth in the forecast period.
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Key Market Players
The major players active in the Global digital glass cockpit systems market include Honeywell Aerospace, GE Aviation, Garmin Ltd., Avidyne Corporation, MGL Avionics, Lockheed Martin, Elbit Systems Ltd., Esterline Technologies Corporation, Airbus Group SE and Rockwell Collins, Inc.
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