Airports across the world are faced with the challenge of procuring, installing, and maintaining Automated Weather Observing Systems (AWOS) that help them achieve their primary objectives of ensuring passenger safety, optimizing operations, and increasing capacity. The day-to-day challenges each airport faces require solutions that meet their specific needs while ensuring compliance with International Civil Aviation Organization (ICAO) and World Meteorological Organization (WMO) standards.
Buraq Integrated Solutions is pleased to introduce our new ICAO/WMO compliant Campbell Aero™ AWOS solution using Customer-in-Control Technologies™ (CCT). Our CCT solution provides the flexibility to meet the needs of air traffic controllers, meteorological observers, and maintenance personnel at your specific airport through our new Campbell Aero software and sensor-agnostic hardware. Our hardware design is based upon Campbell Scientific components that are proven to operate reliably in the harshest of environments for decades.
Buraq Aero CCT technologies provide the flexibility today’s airport managers require, including:
- Software and hardware that allow easy integration of sensors trusted by airport management
- Workstation displays that air traffic controllers and meteorological observers can customize at any time after installation without scheduling costly and time-consuming projects
- Remote and centralized monitoring of AWOS health, air traffic controller displays, and meteorological observer displays that reduce costs
Buraq Integrated Solution’s CCT AWOS is built with the same proven, rugged, and reliable Campbell Scientific hardware components that have been operating in surface observation networks in the harshest of environments in every continent around the world, including:
- Mount Everest
- Death Valley, California, USA
Buraq Integrated Solution’s new heliport and portable/tactical solutions are based upon our ICAO/WMO compliant Campbell Aero solution using CCT technologies. Please contact us for more information.