Beechcraft King Air 350 Skydiving Crash at Dillingham Airfield, Oahu

On June 21, 2019, a Beechcraft King Air 350 operating as a skydiving aircraft crashed shortly after takeoff from Dillingham Airfield on the island of Oahu, Hawaii. All eleven persons aboard the aircraft — nine passengers and two crewmembers — were fatally injured in the accident.

Accident Summary

The aircraft departed from Dillingham Airfield on the northern shore of Oahu and went down shortly after takeoff. Early reports initially listed six fatalities, but authorities later confirmed that all eleven occupants of the aircraft had died in the crash.

The National Transportation Safety Board responded to the accident and opened a formal investigation into the cause of the crash.

Aircraft and Operational Context

The aircraft involved in the accident was a Beechcraft King Air 350, a twin-engine turboprop aircraft widely used in corporate aviation, air ambulance operations, and specialized mission roles. In some operations, King Air aircraft are configured for skydiving flights because of their ability to carry multiple jumpers and climb rapidly to altitude.

Skydiving operations present unique operational considerations. Aircraft engaged in these activities frequently conduct repeated climbs and descents during the day, and the loading of multiple jumpers can affect aircraft weight and balance characteristics. The departure phase of flight in these operations therefore requires careful attention to aircraft performance and loading conditions.

Accident Investigation

The National Transportation Safety Board dispatched investigators to the crash site at Dillingham Airfield to examine the wreckage, review operational records, and interview witnesses. In accidents of this type, investigators typically examine aircraft maintenance history, pilot qualifications, operational procedures, and the performance of the aircraft during the departure phase of flight.

Determining the cause of an aviation accident requires detailed examination of aircraft systems, engines, flight controls, and operational data. The investigative process conducted by the National Transportation Safety Board is discussed in greater detail in our overview of the NTSB investigation process.

Operational and Regulatory Issues

Public reporting following the accident indicated that regulatory questions may have existed concerning the operator’s skydiving activities. Reports suggested that the aircraft operator may not have been in good standing with state authorities and may have lacked certain permits associated with skydiving operations.

Operational oversight and regulatory compliance are frequently examined in aviation accident investigations. Issues involving aircraft certification, maintenance practices, operational procedures, and regulatory oversight often become central questions when determining the causes of an accident.

Aviation Accident Litigation

Complex aviation accidents frequently involve multiple technical and regulatory issues, including aircraft design, maintenance practices, operational decision-making, and compliance with federal aviation regulations. These issues are often examined in subsequent aviation accident litigation.

Examples of aviation accident cases involving similar technical and operational questions appear in our summaries of Representative Aviation Matters and Selected Aviation Verdicts and Settlements. Patterns observed in reported aviation accident cases are also discussed in our analysis of Aviation Crash Litigation: Common Patterns in Reported Cases.