Partenavia P.68

The aircraft operator had been contracted to provide a regular service transporting bank documents, medical pathology samples and items of general freight between Wagga Wagga, Albury and Corowa. On the day of the accident a passenger was accompanying the pilot for the day's flying. The pilot commenced the flight from Corowa to Albury under the Visual Flight Rules, flying approximately 500 ft above ground level. At Albury he obtained the latest aerodrome weather report for Wagga Wagga, which indicated that there was scattered cloud at 300 ft above ground level, broken cloud at 600 ft above ground level, visibility restricted to 2,000 m in light rain and a sea-level barometric pressure (QNH) of 1008 hPa. At 1715 Eastern Standard Time (EST) the aircraft departed Albury for Wagga Wagga under the Instrument Flight Rules. The pilot contacted the Melbourne en-route controller at 1728 and reported that he was maintaining 5,000 ft. Although the aircraft was operating outside controlled airspace, the en-route controller did have a radar surveillance capability and was providing the pilot with a flight information service. However, no return was recorded from the aircraft's transponder and at 1732 the pilot reported that he was transferring to the Wagga Wagga Mandatory Broadcast Zone frequency. This was the pilot's last contact with the controller. Although air traffic services do not monitor or record the Wagga Wagga Mandatory Broadcast Zone frequency, transmissions made on this frequency are recorded by AVDATA for the purpose of calculating aircraft landing charges. This information was reviewed following the accident. The pilot broadcast his position inbound to the aerodrome on the mandatory broadcast zone frequency and indicated that he was conducting a Global Positioning System (GPS) arrival. He established communication with the pilot of another inbound aircraft and at 9 NM from the aerodrome, broadcast his position as he descended through 2,900 ft. Approximately 1 minute and 20 seconds later, the pilot advised that he was passing 2,000 ft but immediately corrected this to state that he was maintaining 2,000 ft. He also stated that it was "getting pretty gloomy" and that according to the latest weather report he should be visual at the procedure's minimum descent altitude. The aircraft would have been approximately 6 NM from the aerodrome at this time. This was the last transmission heard from the pilot. The resident of a house to the south of Gregadoo Hill sighted the aircraft a short time before the accident. He was standing outside his house and stated that the aircraft was visible as it passed directly overhead at what appeared to be an unusually low height. The aircraft then disappeared into cloud that was obscuring Gregadoo Hill, approximately 350 m from where he was standing. Moments later he heard the sound of an impact followed almost immediately by a red flash of light. The noise from the engines appeared to be normal up until the sound of the impact. The aircraft had collided with steeply rising terrain on the southern face of Gregadoo Hill, approximately 40 ft below the crest. The hill is 4 NM from the aerodrome and is marked on instrument approach charts as a spot height elevation of 1,281 ft. The estimated time of the accident was 1739. The pilot and passenger sustained fatal injuries.

On final approach to Schönhagen Airport, the twin engine aircraft collided with trees and crashed in a wooded area short of runway. Both occupants were killed.

The aircraft was destroyed after an uncontrolled descent into the Pacific ocean about 14 miles west-southwest of El Segundo, California. The pilot was presumed to have been fatally injured. According to a company search pilot, visual meteorological conditions prevailed at the accident area about 1.5 hours after the time of the accident. No flight plan was filed for the positioning flight which originated at Oxnard, California, on the morning of the accident for a flight to San Diego, California. The aircraft departed Oxnard on a special VFR clearance. The tops of the clouds were reported to be about 1,200 feet msl. The aircraft transitioned southbound through the NAWS Point Mugu airspace. The Point Mugu radar approach control monitored the aircraft on radar for about 25 miles. The pilot was subsequently given a frequency change to SOCAL Tracon. There was no contact made with that facility. A search was initiated when the aircraft failed to arrive at the intended destination. A review of the recorded radar data revealed the aircraft was level at 1,800 feet msl and then climbed to about 2,000 feet msl, at which time it disappeared from radar.

The aircraft was the second to take off in a stream of six on a night flight from the Tangalooma Resort strip to Coolangatta aerodrome. Shortly after takeoff it struck the ground, nosed over and was consumed by a fuel-fed fire. The take-off run appeared normal but the initial climb was shallow according to the witnesses, some of whom were pilots waiting their turn to take off. At about 150 ft above ground level the aircraft entered a descent which continued until ground impact, 164 m beyond the departure end of the strip. The nose gear collapsed at impact but the aircraft remained upright and skidded along the ground on its main gear and front fuselage. It traversed a low sand dune, fell 10 ft to the beach and overturned. The aircraft came to rest 112 m beyond the first ground contact. All four passengers were able to evacuate the aircraft which had started to burn. The pilot was rescued by her passengers.

The twin engine aircraft departed Reykjavik Airport on a schedule flight to Selfoss, Southern Region. While flying under VFR mode in IMC conditions, the pilot failed to realize his altitude was too low when the aircraft struck the slope of Mt Geitarhilđ located near Lake Kleif, about 20 km south of Reykjavik. The aircraft was destroyed by impact forces and a post crash fire and the pilot, sole on board, was killed.

While cruising by night, the pilot failed to realize his altitude was insufficient when the twin engine aircraft struck trees and crashed in a snow covered wooded area located in the Bavarian Alps, near Kampenwand. All five occupants were injured.

While cruising in poor visibility due to low clouds, the twin engine aircraft struck the slope of a mountain located near Serres. The wreckage was found a day later and both occupants were killed.

The aircraft was attempting to takeoff from the grass runway 32 at Bodmin, for a flight to Plymouth. The commander reported that the ground was soft and wet, with the grass surface longer than normal, and that no flap was selected. The flight manual for the aircraft stated that performance takeoffs should be carried out with 15° flap selected. The aircraft failed to achieve sufficient airspeed to become airborne in the distance available, and overran the runway into an area of thick gorse and moorland. There was no fire, and both occupants, who were wearing lap and diagonal shoulder harnesses, were uninjured, and vacated the aircraft by the normal means.

The twin engine aircraft successfully completed three sortie in the morning. With six skydivers on board, the pilot prepared for a fourth mission when, during the takeoff roll, he realized he could not make it. He aborted the takeoff procedure and saw people at the end of the runway so he voluntarily veered off runway to the right. While contacting soft ground, the nose gear collapsed and the aircraft came to rest with its left wing partially torn off. All six passengers were evacuated safely while the pilot was slightly injured.