Accurate helideck motion monitoring is crucial for the safe operation of helicopters on offshore and onshore platforms. Oryx Aviation Services L.L.C-S.P.C provides specialized installation and commissioning of Helideck Motion Systems (HMS), ensuring full compliance with ICAO Annex 14, CAP 437, UAE GCAA, and relevant Civil Aviation Authority regulations.
Helideck Motion Systems measure platform movements, including pitch, roll, and heave, providing real-time data that enables flight crews to make informed decisions during landing and take-off. Proper installation and precise commissioning are essential to ensure system reliability, accuracy, and operational readiness, even under harsh environmental conditions.
Our services include delivery and mounting of helideck motion sensors, alignment and integration of pitch, roll, and heave measurement units, and connection and calibration of data acquisition and display systems. We perform system configuration, functional verification tests, and integration with existing helideck monitoring and control systems. Each installation is thoroughly tested to ensure compliance with regulatory tolerances and performance standards.
Key benefits of ORYX’s service include adherence to ICAO, CAP 437, UAE GCAA, and CAA regulations; accurate, real-time monitoring of helideck motion for enhanced flight safety; and installation by qualified aviation and engineering professionals. Our solutions are designed to withstand offshore environmental challenges while minimizing operational downtime during installation. Clients receive detailed commissioning reports and certificates, ensuring audit readiness and regulatory compliance. Upon completion, the system is fully calibrated and ready for immediate operational use, providing reliable data to support safe helicopter operations.
By combining technical expertise, aviation-grade procedures, and strict compliance, ORYX Aviation Services ensures that Helideck Motion Systems deliver accurate, real-time monitoring, enhancing flight safety, operational efficiency, and regulatory adherence.
