Accurate and reliable Helideck Monitoring Systems (HMS) are essential for the safe operation of offshore and onshore helicopter movements. Oryx Aviation Services L.L.C-S.P.C provides specialized calibration services for HMS, ensuring full compliance with ICAO Annex 14, CAP 437, UAE GCAA, and other relevant Civil Aviation Authority regulations.
Helideck Monitoring Systems deliver real-time environmental and operational data to flight crews and operators, supporting safe decision-making during approach, landing, and take-off. Any deviation in system accuracy can compromise flight safety and regulatory compliance. ORYX’s calibration services ensure that all measured parameters remain within prescribed tolerances, maintaining system integrity, accuracy, and acceptance by regulatory authorities.
Our experienced aviation specialists perform calibration using traceable reference instruments, certified procedures, and industry best practices. Each calibration activity is meticulously documented, and clients receive calibration certificates suitable for audits, inspections, and operational approvals.
The scope of services includes wind speed and direction sensors, air temperature and dew point sensors, atmospheric pressure sensors, visibility and cloud base sensors (where applicable), helideck motion sensors (pitch, roll, heave if installed), as well as data display units and transmission interfaces.
Key benefits of our service include compliance with ICAO, CAP 437, UAE GCAA, and CAA regulations; improved accuracy of critical meteorological and operational data; enhanced flight safety and operational reliability; calibration performed by qualified aviation personnel using traceable reference equipment; and the provision of detailed calibration reports and certificates to support audits, inspections, and regulatory reviews.
By combining technical expertise, aviation-grade procedures, and strict regulatory compliance, ORYX ensures that Helideck Monitoring Systems operate reliably, accurately, and safely, supporting operators in maintaining optimal flight safety and operational efficiency.
