Aero Caribbean Flight 883

Flight and aircraft

The aircraft involved was an ATR-72-212, a twin-engine turboprop commonly used on short regional routes. ATR-72 variants are designed for efficiency on short sectors and operate from smaller airports. Flight 883 was performing a regular passenger service between Caribbean cities when it encountered adverse meteorological conditions.

Crash and investigation

The airplane crashed into terrain after losing control in flight. Subsequent investigations by Cuban aviation authorities and specialist teams focused on weather, aircraft systems and crew actions. Investigators reported icing on aerodynamic surfaces as a primary factor that led to a loss of lift and control. The findings emphasized how rapid ice accumulation can overwhelm aircraft performance and crew recovery options on certain turboprop types.

Technical factors and icing

Aerodynamic icing occurs when supercooled water droplets freeze on contact with airframe surfaces, changing wing shape and reducing lift. De-icing and anti-icing systems exist, but their effectiveness depends on the intensity of conditions and timely activation. Regional turboprops, like the ATR-72, have specific performance limits in known icing conditions; past accidents have spurred review of procedures, pilot training and equipment.

Aftermath and significance

The crash of Flight 883 resulted in the complete loss of life and was reported as one of the deadliest civil aviation disasters in Cuba. It led to renewed emphasis on weather assessment, operational limitations in icing conditions, and the importance of strict adherence to anti-icing protocols. The accident also contributed to industry-wide discussions about improving detection, procedures and design features to better cope with severe icing.

Key facts

• Date: 4 November 2010.
• Route: Port-au-Prince to Havana via Santiago de Cuba.
• Aircraft: ATR-72-212 (twin turboprop regional airliner).
• Fatalities: 68 (all on board).