Cessna 303 Crusader

While cruising in poor weather conditions, the twin engine aircraft impacted trees and crashed in a wooded an hilly terrain located in the Santa Rosa del Toachi Mountain Range. The wreckage was found few hours later and the pilot, sole on board, was killed.

The crew departed Zagreb Airport on a training flight to Zadar. While descending to Zadar Airport, he encountered marginal weather with icing conditions. At an altitude of 6,500 feet in clouds, the aircraft lost height and crashed in the Velebit Mountain Range. The aircraft was destroyed by impact forces and all four occupants were killed.

On approach to Bratislava-Ivanka-Milan Ratislav Štefánik Airport, the twin engine aircraft crashed in an open field located few kilometres from the airport, bursting into flames. All three occupants were killed. Weather conditions were marginal at the time of the accident.

The pilot departed his home airport at 0502 and landed at another airport where he picked up employees of a marketing company to fly them to an out of state meeting. The accident occurred at 2003 shortly after taking off on the return trip to fly the employees back home. Shortly before departure a fourth passenger was added to the flight after his commercial flight was cancelled. A person who worked for the fixed base operator at the departure airport stated the pilot looked tired or just ready to go home. The pilot received his clearance for the IFR flight prior to takeoff. The pilot misread the clearance back to the controlled and was corrected. Radar data showed the pilot initially flew the assigned south-southwest heading prior to the airplane turning right to a westerly heading. The controller queried the pilot and issued a heading to intercept the VOR. The pilot corrected the heading and shortly thereafter the airplane once again began a right turn back toward the west. The airplane continued to climb throughout the heading changes. Radar data showed the airplane then began another left turn during which time it entered a spiraling rapid descent. According to weather data, the airplane was in instrument meteorological conditions when this occurred. The airplane impacted the terrain in an open cornfield. Weight and balance calculations indicate the airplane was at least 383 pounds over gross weight. Post accident inspection of the airplane and engines did not reveal any preexisting failure/malfunction.

Whilst on a cargo flight from Braunschweig, Germany, to Oxford, England, when approximately 30 nm from the English coast, the right engine started to run roughly. On checking the fuel gauges, the pilot observed that they were indicating in the ‘red sector’. The right engine subsequently stopped, shortly followed by the left engine. The aircraft then glided from FL100 towards the Suffolk coast and ditched in the sea approximately 9.5 nm southeast of Aldeburgh. The pilot was able to abandon the aircraft, which sank quickly. He was rescued from the sea some 18 minutes later by a Royal Air Force Search and Rescue helicopter and taken to hospital, where he was found to have suffered a fractured a vertebra. The investigation determined that the aircraft had run out of fuel, due to insufficient fuel for the intended journey being on-board the aircraft at the start of the flight.

The aircraft was completing a day VFR flight from Durham Tees Valley Airport to Denham Airfield. As the pilot turned on to the final approach for Runway 06, the right engine ran down. The pilot attempted to increase power on the left engine but it did not appear to respond. The airspeed decayed and the right wing dropped. The aircraft descended into a wooded area short of the runway, seriously injuring all those on board. The investigation identified that fuel starvation of both engines was the cause of the accident.

The twin engine aircraft departed Regensburg-Oberhub Airport in the morning on a flight to Mannheim City. About 15 minutes prior to arrival, the pilot cancelled his IFR flight plan and started the descent under VFR mode. On approach, at an altitude of 1,700 feet and at a speed of 110 knots, the aircraft struck tree tops and crashed in a wooded and hilly terrain located east of Dossenheim, about 15 km southeast of Mannheim Airport, bursting into flames. The aircraft was destroyed by impact forces and a post crash fire and the pilot, sole on board, was seriously injured. He died from his injuries two weeks later.

Upon landing at Rottweil-Zepfenhan Airport, during the last segment, at a height of about 5-10 metres, the aircraft rolled to the left. The pilot initiated a go-around procedure when control was lost. The aircraft crashed and burned. The pilot was injured.

While in cruise flight, at 6,000 feet, the left engine lost power. The pilot attempted a restart of the engine, but only about one-half rotation of the left engine propeller was observed, and the engine was secured. The pilot stated that he was unable to maintain altitude and initiated a decent. He requested and was cleared for an instrument approach at an airport where the weather conditions were, 1/4 statute mile of visibility, fog, and a vertical visibility of 100 feet. On the approach, at the minimum descent altitude, the pilot executed a missed approach. As the airplane climbed, the pilot reported to the controller that the 'best altitude [he] could get was 2,200 feet.' A second approach was initiated to the reciprocal runway. While on the second approach, the pilot 'was going to fly the aircraft right to the runway, and told the controller so.' He put the gear down, reduced power, and decided there was 'no hope for a go-around.' He then 'flew down past the decision height,' and about 70-80 feet above the ground, 'added a little power to smooth the landing.' The pilot also stated, 'The last thing I remember was the aircraft nose contacting the runway.' A passenger stated that once the pilot could not see the runway, [the pilot] 'applied power, pitched the nose up,' and attempted a 'go-around' similar to the one that was executed on the first approach. Disassembly of the left engine revealed that the crankshaft was fatigue fractured between connecting rod journal number 2 and main journal number 2. Review of the pilot's operating handbook revealed that the single engine service ceiling, at a weight of 4,800 pounds, was 11,700 feet. The average single engine rate of climb, at a pressure altitude of 6,000 feet, was 295 feet per minute. The average single engine rate of climb, at a pressure altitude of 1,625 feet, was 314 feet per minute. Review of the ILS approach plate for Runway 34 revealed that the decision height was 200 feet above the ground.