CORTEX RVR – Runway Visual Range System
Advanced Runway Visual Range (RVR) system providing precise real-time airport visibility measurement with transmissometer or forward-scatter sensing for CAT I, II and III low-visibility operations.
Typical Applications
- Runway Visual Range monitoring
- CAT I, CAT II and CAT III operations
- Airport low-visibility procedures
- Air Traffic Control visibility reporting
- AWOS-integrated RVR systems
- Commercial airport runway monitoring
- Private airport visibility monitoring
Product Enquiry
CORTEX RVR – Runway Visual Range System
Advanced Runway Visual Range (RVR) system providing precise real-time airport visibility measurement with transmissometer or forward-scatter sensing for CAT I, II and III low-visibility operations.
Typical Applications
- Runway Visual Range monitoring
- CAT I, CAT II and CAT III operations
- Airport low-visibility procedures
- Air Traffic Control visibility reporting
- AWOS-integrated RVR systems
- Commercial airport runway monitoring
- Private airport visibility monitoring
The CORTEX RVR Runway Visual Range System provides precise, real-time runway visibility measurement for safe aircraft takeoff and landing during low-visibility weather conditions. Designed for professional airport operations, the system can use the high-accuracy 8400-eMOR Transmissometer or forward-scatter visibility sensors and can operate as a standalone RVR solution or integrate with an Automated Weather Observing System (AWOS). CORTEX RVR supports CAT I, CAT II and CAT III airport operations, providing reliable visibility information to pilots and Air Traffic Control when accurate runway conditions are operationally critical.
Key Features
- Precise Runway Visual Range measurement
- Real-time low-visibility information
- Suitable for CAT I, CAT II and CAT III operations
- Supports 8400-eMOR Transmissometer technology
- Forward-scatter visibility sensor option
- Standalone or AWOS-integrated architecture
- Fail-safe visibility measurement approach
- Designed for commercial and private airports
- Supports critical low-visibility takeoff and landing operations
CORTEX RVR can be configured around either transmissometer or forward-scatter visibility technology, allowing the airport’s RVR architecture to be matched to operational category, site requirements and existing AWOS infrastructure.
Product Models
CORTEX RVR
- CORTEX RVR Runway Visual Range System
- Real-time Runway Visual Range measurement
- Provides critical visibility information for takeoff and landing
- Suitable for CAT I, CAT II and CAT III airport operations
- Supports high-accuracy 8400-eMOR Transmissometer technology
- Forward-scatter visibility sensor configurations available
- Available as a standalone Runway Visual Range system
- Can be integrated with Automated Weather Observing Systems
- Designed for dependable low-visibility airport operations
- ICAO-compliant RVR system architecture
- Suitable for commercial and private airports
The CORTEX RVR Runway Visual Range System provides precise, real-time runway visibility measurement for safe aircraft takeoff and landing during low-visibility weather conditions. Designed for professional airport operations, the system can use the high-accuracy 8400-eMOR Transmissometer or forward-scatter visibility sensors and can operate as a standalone RVR solution or integrate with an Automated Weather Observing System (AWOS). CORTEX RVR supports CAT I, CAT II and CAT III airport operations, providing reliable visibility information to pilots and Air Traffic Control when accurate runway conditions are operationally critical.
Key Features
- Precise Runway Visual Range measurement
- Real-time low-visibility information
- Suitable for CAT I, CAT II and CAT III operations
- Supports 8400-eMOR Transmissometer technology
- Forward-scatter visibility sensor option
- Standalone or AWOS-integrated architecture
- Fail-safe visibility measurement approach
- Designed for commercial and private airports
- Supports critical low-visibility takeoff and landing operations
CORTEX RVR can be configured around either transmissometer or forward-scatter visibility technology, allowing the airport's RVR architecture to be matched to operational category, site requirements and existing AWOS infrastructure.
Additional information
| Models | CORTEX RVR |
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