Accurate passenger weight data is a vital safety parameter in aviation, directly affecting aircraft weight and balance calculations, performance limits, and regulatory compliance. Oryx Aviation Services L.L.C-S.P.C offers specialized Passenger Weighing Scale Calibration services tailored for aviation environments, ensuring precision, reliability, and adherence to international and local aviation regulations.
Our calibration services are essential for heliports, aerodromes, offshore installations, and aviation operators where accurate passenger mass data is critical for operational safety, flight performance planning, and regulatory reporting. All calibrations are performed by qualified personnel using traceable certified standard weights and approved calibration methodologies, guaranteeing measurement accuracy and repeatability.
ORYX aligns its procedures with ICAO recommendations, CAP 437 offshore helideck guidance, UAE GCAA requirements, and applicable Civil Aviation Authority standards. This ensures that passenger weighing equipment consistently meets operational, audit, and compliance expectations, supporting safe and efficient flight operations. Regular calibration reduces measurement errors, prevents operational discrepancies, and is especially important for helicopters and aircraft operating under strict payload and balance limitations.
Key features of our service include the calibration of both digital and mechanical passenger scales, on-site calibration to minimize operational disruption, verification of accuracy, repeatability, and linearity, and adjustment or correction where necessary. Our specialists also assess scale condition and serviceability, clearly identifying any out-of-tolerance conditions to maintain safety and regulatory compliance.
By providing precise, traceable, and fully compliant calibration services, ORYX Aviation Services helps aviation operators maintain accurate passenger weight data, optimize flight safety, and uphold strict regulatory standards, ensuring reliable performance for every operation.
