LN-OID

LN-OID is a Sikorsky S-92A. SkyMeter has tracked 602 flights totalling 406 hours of airtime via ADS-B across 58 callsigns. Service window in our records spans 412 days. The Sikorsky S-92A has a maximum takeoff weight of 26,500 lb.

About the Sikorsky S-92A

The Sikorsky S-92 is a twin-engine medium-lift helicopter designed for offshore oil and gas transport, search and rescue, and VIP operations. First flown in 1998 and certified in 2002, it was developed as Sikorsky's successor to the venerable S-61 Sea King, incorporating modern fly-by-wire controls, composite rotor blades, and a spacious 19-passenger cabin. The S-92 quickly became the dominant platform for North Sea and North Atlantic offshore crew changes, prized for its range (up to 620 nautical miles), all-weather capability, and dual-engine redundancy over water.

The type's safety record and operational flexibility have made it a global standard for demanding maritime missions. Bristow Group, CHC Helicopter, and other major operators fly S-92s on long-range offshore routes where reliability is non-negotiable. The helicopter's four-axis autopilot and advanced avionics reduce pilot workload in poor visibility and icing conditions common over cold seas. Maximum cruise speed reaches 165 knots, and service ceiling extends to 15,000 feet, though most offshore sorties operate below 2,000 feet. The S-92's main rotor system and gearbox are designed for a 30-minute run-dry capability, allowing continued flight even after catastrophic oil loss.

Military variants include the VH-92A Patriot, which replaced the aging VH-3 Sea King as the U.S. presidential helicopter (Marine One) starting in 2020, and the CH-148 Cyclone flown by the Royal Canadian Air Force for shipboard maritime patrol. Commercial operators have logged millions of flight hours, particularly in the North Sea, Gulf of Mexico, and offshore Brazil, where the S-92's combination of payload, range, and twin-engine safety margin remains unmatched in its class.

SkyMeter has tracked flights across airframes and operators, with the largest observed operator.