ASN Aircraft accident Douglas C-47A-20-DK (DC-3) VH-EDC Sydney-Kingsford Smith International Airport, NSW (SYD)
ASN logo

Status:Accident investigation report completed and information captured
Date:Sunday 24 April 1994
Type:Silhouette image of generic DC3 model; specific model in this crash may look slightly different
Douglas C-47A-20-DK (DC-3)
Operator:South Pacific Airmotive
Registration: VH-EDC
MSN: 12874
First flight: 1944
Total airframe hrs:40195
Engines: 2 Pratt & Whitney R-1830-92
Crew:Fatalities: 0 / Occupants: 4
Passengers:Fatalities: 0 / Occupants: 21
Total:Fatalities: 0 / Occupants: 25
Aircraft damage: Damaged beyond repair
Location:0,1 km (0.1 mls) S off Sydney-Kingsford Smith International Airport, NSW (SYD) (   Australia)
Phase: Initial climb (ICL)
Nature:Domestic Non Scheduled Passenger
Departure airport:Sydney-Kingsford Smith International Airport, NSW (SYD/YSSY), Australia
Destination airport:Lord Howe Island Airport, NSW (LDH/YLHI), Australia
The DC-3 aircraft VH-EDC had been chartered to convey college students and their band equipment from Sydney (SYD) to Norfolk Island Airport (NLK) to participate in Anzac Day celebrations on the island. The aircraft was to proceed from Sydney (Kingsford-Smith) Airport to Norfolk Island, with an intermediate landing at Lord Howe Island Airport, NSW (LDH) to refuel. The flight was to be conducted in accordance with IFR procedures. The aircraft, which was carrying 21 passengers, was crewed by two pilots, a supernumerary pilot and a flight attendant. Preparations for departure were completed shortly before 09:00, and the aircraft was cleared to taxi for runway 16 via taxiway Bravo Three. The co-pilot was the handling pilot for the departure. The aircraft was cleared for takeoff at 09:07:53. All engine indications were normal during the takeoff roll and the aircraft was flown off the runway at 81 kts. During the initial climb, at approximately 200 ft, with flaps up and the landing gear retracting, the crew heard a series of popping sounds above the engine noise. Almost immediately, the aircraft began to yaw left and at 09:09:04 the pilot in command advised the Tower that the aircraft had a problem. The co-pilot determined that the left engine was malfunctioning. The aircraft speed at this time had increased to at least 100 kts. The pilot in command, having verified that the left engine was malfunctioning, closed the left throttle and initiated propeller feathering action. During this period, full power (48 inches Hg and 2,700 RPM) was maintained on the right engine. However, the airspeed began to decay. The co-pilot reported that he had attempted to maintain 81 KIAS but was unable to do so. The aircraft diverged to the left of the runway centreline. Almost full right aileron had been used to control the aircraft. The copilot reported that he had full right rudder or near full right rudder applied. When he first became aware of the engine malfunction, the pilot in command assessed that, although a landing back on the runway may have been possible, the aircraft was capable of climbing safely on one engine. However, when he determined that the aircraft was not climbing, and that the airspeed had reduced below 81 kts, the pilot in command took control, and at 09:09:38 advised the Tower that he was ditching the aircraft. He manoeuvred the aircraft as close as possible to the southern end of the partially constructed runway 16L. The aircraft was ditched approximately 46 seconds after the pilot in command first advised the Tower of the problem. The four crew and 21 passengers successfully evacuated the aircraft before it sank. They were taken on board pleasure craft and transferred to shore.

Probable Cause:

The investigation found that the circumstances of the accident were consistent with the left engine having suffered a substantial power loss when an inlet valve stuck in the open position. The inability of the handling pilot (co-pilot) to obtain optimum asymmetric performance from the aircraft was the culminating factor in a combination of local and organisational factors that led to this accident. Contributing factors included the overweight condition of the aircraft, an engine overhaul or maintenance error, non-adherence to operating procedures and lack of skill of the handling pilot. Organisational factors relating to the company included: 1) inadequate communications between South Pacific Airmotive Pty Ltd who owned and operated the DC-3 and were based at Camden, NSW and the AOC holder, Groupair, who were based at Moorabbin, Vic.; 2) inadequate maintenance management; 3) poor operational procedures; and 4) inadequate training. Organisational factors relating to the regulator included: 1) inadequate communications between Civil Aviation Authority offices, and between the Civil Aviation Authority and Groupair/South Pacific Airmotive; 2) poor operational and airworthiness control procedures; 3) inadequate control and monitoring of South Pacific Airmotive; 4) inadequate regulation; and 5) poor training of staff.

Accident investigation:

Investigating agency: BASI
Status: Investigation completed
Duration: 1 year and 11 months
Accident number: BASI report 9401043
Download report: Final report




photo of Douglas-C-47A-VH-EDC
accident date: 24-04-1994
type: Douglas C-47A
registration: VH-EDC
photo of Douglas-C-47A-VH-EDC
accident date: 24-04-1994
type: Douglas C-47A (DC-3)
registration: VH-EDC

This map shows the airport of departure and the intended destination of the flight. The line between the airports does not display the exact flight path.
Distance from Sydney-Kingsford Smith International Airport, NSW to Lord Howe Island Airport, NSW as the crow flies is 783 km (490 miles).
Accident location: Exact; as reported in the official accident report.

This information is not presented as the Flight Safety Foundation or the Aviation Safety Network’s opinion as to the cause of the accident. It is preliminary and is based on the facts as they are known at this time.
languages: languages


Douglas DC-3

  • ca 13.000 built
  • 4531st loss
» safety profile

  • 84th worst accident (at the time)
  • 97th worst accident (currently)
» safety profile

The Aviation Safety Network is an exclusive service provided by:
Quick Links:

CONNECT WITH US: FSF on social media FSF Facebook FSF Twitter FSF Youtube FSF LinkedIn FSF Instagram

©2024 Flight Safety Foundation

1920 Ballenger Av, 4th Fl.
Alexandria, Virginia 22314