Britten-Norman Islander
Safety Rating
9.8/10Total Incidents
334
Total Fatalities
702
Incident History
Air Flamenco
Upon landing on runway 13 at Culebra Airport, the twin engine airplane went out of control, veered off runway and came to rest near a taxiway with the right wing severely bent at root. There were no injuries among the occupants.
Island Airways - Michigan
On November 13, 2021, at 1349 eastern standard time, a Britten Norman BN-2A airplane, N866JA, was Substantially damaged when it was involved in an accident on Beaver Island, Michigan. The pilot and three passengers were fatally injured, and one passenger received serious injuries. The airplane was operated as a Title 14 Code of Federal Regulations (CFR) Part 135 air taxi flight. The airplane departed the Charlevoix Municipal Airport (CVX), at 1332, with the pilot and 4 passengers on-board. After departing CVX, the airplane turned north and proceeded directly toward the Welke Airport (6Y8), on Beaver Island, Michigan. The enroute portion of the flight was conducted about 1500 ft. above mean sea level (msl), and the airplane remained at this altitude until the it was about 3 nautical miles (nm) from 6Y. At this point, the airplane began descending and was maneuvered toward a straight-in approach to runway 35 at 6Y8. The Automatic Dependent Surveillance-Broadcast (ADS-B) data ended about 0.24 nm south of the accident site. The airplane impacted the ground about 110 ft east of the extended centerline of runway 35, and 320 ft south of the runway threshold. The turf runway was 3.500 ft long and had a displaced threshold just beyond its intersection with paved runway 9/27. Impact signatures indicated that the airplane struck the ground in a left wing low, nose low attitude. The front of the fuselage was crushed upward and aft. All major components of the airplane were located at the accident scene. Flight control continuity was established from the cockpit controls to each respective control surface except for cuts made by first responders for occupant extraction. Engine control continuity was established from the cockpit to each engine except for cuts made by first responders for occupant extraction. The wing flaps were found in an extended position.
SVG Air - Saint Vincent %26 Grenadines Air
After landing on runway 28 at John A. Osborne Airport, Montserrat, the twin engine aircraft deviated to the left, veered off runway and came to rest against an embankment. All seven occupants were rescued, among them two were injured. The aircraft was severely damaged.
Archipiélagos Servicios Aéreos
36 seconds after takeoff from Puerto Montt-Marcel Marchant (La Paloma) Airport Runway 01, while in initial climb, the pilot contacted ATC and declared an emergency. He lost control of the airplane that crashed onto two houses located in a residential area, about 450 metres from the runway end. The houses and the aircraft were destroyed by a post crash fire and all six occupants were killed. Two people in the house were injured.
Par-Avion
On 8 December 2018, the pilot of a Pilatus Britten-Norman BN2A-20 Islander, registered VH-OBL and operated by Airlines of Tasmania, was conducting a positioning flight under the visual flight rules from Cambridge Airport to the Bathurst Harbour aeroplane landing area (ALA), Tasmania. The aircraft departed Cambridge at about 0748 Eastern Daylight-saving Time and was scheduled to arrive at Bathurst Harbour about 0830 to pick up five passengers for the return flight. The passengers were part of a conservation project that flew to south-west Tasmania regularly, and it was the pilot’s only flight for that day. Automatic dependent surveillance broadcast (ADS-B) position and altitude data (refer to the section titled Recorded information) showed the aircraft tracked to the south-west towards Bathurst Harbour (Figure 1). At about 0816, the aircraft approached a gap in the Arthur Range known as ‘the portals’. The portals are a saddle (lowest area) between the Eastern and Western Arthur Range, and was an optional route that Airlines of Tasmania used between Cambridge and Bathurst Harbour when the cloud base prevented flight over the mountain range. After passing through the portals, the aircraft proceeded to conduct a number of turns below the height of the surrounding highest terrain. The final data point recorded was at about At about 0829, the Australian Maritime Safety Authority received advice that an emergency locator transmitter allocated to VH-OBL had activated. They subsequently advised the Tasmanian Police and the aircraft operator of the activation, and initiated search and rescue efforts. The rescue efforts included two helicopters and a Challenger 604 search and rescue jet aircraft. The Challenger arrived over the emergency locator transmitter signal location at around 0925, however, due to cloud cover the crew were unable to visually identify the precise location of VH-OBL. A police rescue helicopter arrived at the search area at about 1030. The pilot of that helicopter reported observing cloud covering the eastern side of the Western Arthur Range, and described a wall of cloud with its base sitting on the bottom of the west portal. Multiple attempts were made throughout the day to locate the accident site, however, due to low-level cloud, and fluctuating weather conditions, the search and rescue operation was unable to confirm visual location of the aircraft until about 1900. The aircraft wreckage was found in mountainous terrain of the Western Arthur Range in the Southwest National Park (Figure 2) . The search and rescue crew assessed that the accident was unlikely to have been survivable. The helicopter crew considered winching personnel to the site, however, due to a number of risks, including potential for cloud reforming, the time of day and lighting, and other hazards associated with the mountainous location, the helicopter departed the area. The aircraft wreckage was accessed the following day, when it was confirmed that the pilot was fatally injured.
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Safety Profile
Reliability
Reliable
This rating is based on historical incident data and may not reflect current operational safety.
