Enhanced Ground Proximity Warning Systems
Mark V-A EGPWS
Positioned for growth, the Mark V-A enhanced ground proximity warning system (EGPWS) minimizes risks and maximizes reaction time.
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Positioned for growth, the Mark V-A incorporates a faster processor and increased memory, with Ethernet outputs available to support advance displays. Installers can use the existing Mark V program pins or select configuration options via a loadable database. Using configuration options like the aircraft personality module (APD) or option selection software (OSS), the pins previously used by the Mark V become available for use as additional input or output channels, further supporting future growth.
Improving on the Mark V, the Mark V-A utilizes a higher resolution terrain database, allows terrain database and software updates via either USB or Ethernet and benefits from a 15 percent weight reduction and 25 percent increase in reliability, or mean time between failures (MTBF).
Maintenance
- Replaces
- Mark V EGPWS
Performance
- Key Benefits
- Geometric altitude algorithm overcomes barometric altimetry limitations, like cold weather operations
- Radar autotilt® feature allows the EGPWS to provide terrain elevation data to compatible radars for controlling the tilt of the radar antenna during its scan
- Reactive wind shear alerting provides visual and aural warnings of impending wind shear
- The Mark V-A features altitude callouts of height above terrain or field elevation during final approach
- The Mark V-A has auto pop-up to change from radar to terrain display in the event of a terrain alert, reducing pilot workload during this critical time
- The runway field clearance floor (RFCF) feature provides protection against inadvertent landings below airport runway thresholds at airports that are much higher than surrounding terrain
- The vertical situation display (VSD) provides altitude awareness in relation to the terrain, as well as an aircraft trend vector
- Using envelope modulation, Honeywell’s Mark V-A reduces the rate of nuisance alarms to increase pilot confidence
- depicts the highest and lowest elevation terrain within the display range at any altitude
Connectivity and Systems
- Software
- Approach Stabilization Monitor
- Runway Overrun Awareness and Alerting System ROAAS
- SmartLanding functions
- Taxiway Guidance
Maintenance
- Replaces
- Mark V EGPWS
Performance
- Key Benefits
- Geometric altitude algorithm overcomes barometric altimetry limitations, like cold weather operations
- Radar autotilt® feature allows the EGPWS to provide terrain elevation data to compatible radars for controlling the tilt of the radar antenna during its scan
- Reactive wind shear alerting provides visual and aural warnings of impending wind shear
- The Mark V-A features altitude callouts of height above terrain or field elevation during final approach
- The Mark V-A has auto pop-up to change from radar to terrain display in the event of a terrain alert, reducing pilot workload during this critical time
- The runway field clearance floor (RFCF) feature provides protection against inadvertent landings below airport runway thresholds at airports that are much higher than surrounding terrain
- The vertical situation display (VSD) provides altitude awareness in relation to the terrain, as well as an aircraft trend vector
- Using envelope modulation, Honeywell’s Mark V-A reduces the rate of nuisance alarms to increase pilot confidence
- depicts the highest and lowest elevation terrain within the display range at any altitude
Connectivity and Systems
- Software
- Approach Stabilization Monitor
- Runway Overrun Awareness and Alerting System ROAAS
- SmartLanding functions
- Taxiway Guidance
- Replaces : Mark V EGPWS
- Key Benefits : Geometric altitude algorithm overcomes barometric altimetry limitations, like cold weather operations|Radar autotilt® feature allows the EGPWS to provide terrain elevation data to compatible radars for controlling the tilt of the radar antenna during its scan|Reactive wind shear alerting provides visual and aural warnings of impending wind shear|The Mark V-A features altitude callouts of height above terrain or field elevation during final approach|The Mark V-A has auto pop-up to change from radar to terrain display in the event of a terrain alert, reducing pilot workload during this critical time|The runway field clearance floor (RFCF) feature provides protection against inadvertent landings below airport runway thresholds at airports that are much higher than surrounding terrain|The vertical situation display (VSD) provides altitude awareness in relation to the terrain, as well as an aircraft trend vector|Using envelope modulation, Honeywell’s Mark V-A reduces the rate of nuisance alarms to increase pilot confidence|depicts the highest and lowest elevation terrain within the display range at any altitude
- Software : Approach Stabilization Monitor|Runway Overrun Awareness and Alerting System ROAAS|SmartLanding functions|Taxiway Guidance
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