Plane Crashes in Antarctica: Notable Incidents & History
Antarctica's extreme weather, remote location, and challenging landing conditions have led to several aviation accidents over the decades. Since no single "the" plane crash exists, here are the most significant incidents:
Major Recorded Crashes
1. Air New Zealand Flight 901 – November 28, 1979 (Deadliest)
- Aircraft: McDonnell Douglas DC-10-30
- Fatalities: 257 (all on board)
- Cause: Controlled flight into terrain (Mount Erebus) due to navigational error and whiteout conditions
- Significance: Deadliest aviation disaster in New Zealand history; led to major changes in Antarctic flight regulations
2. US Navy P-3 Orion – December 9, 1987
- Fatalities: 7 crew members
- Location: Mount Erebus (separate from Flight 901 site)
- Cause: Whiteout conditions during scientific mission
3. Basler BT-67 (DC-3T) – December 20, 2012
- Operator: Kenn Borek Air (Canadian)
- Location: Near Mount Elizabeth, Queen Alexandra Range
- Outcome: 3 crew survived; aircraft destroyed by fire after emergency landing
- Cause: Engine failure in extreme cold
4. Twin Otter – January 23, 2013
- Operator: Kenn Borek Air
- Location: Near Princess Elisabeth Station (Belgian base)
- Outcome: 3 fatalities (including station scientist)
- Cause: Suspected controlled flight into terrain in whiteout
5. LC-130 Hercules Incidents (Multiple)
The US Air National Guard's ski-equipped LC-130s have had several mishaps:
- 1971: Crash on takeoff from Williams Field (no fatalities)
- 1987: Hard landing at South Pole (repaired on-site)
- 2016: Engine fire on takeoff from McMurdo (safe landing)
Why Is Antarctic Aviation So Hazardous?
| Challenge | Impact |
|---|
| Whiteout conditions | Zero contrast – horizon disappears, depth perception lost |
| Extreme cold (-40°C to -60°C) | Fuel gelling, hydraulic failure, brittle materials |
| Katabatic winds | Sudden 100+ mph gusts off polar plateau |
| No visual references | Featureless ice/snow; navigation depends on instruments |
| Magnetic variation | Compasses unreliable near magnetic pole |
| No diversion airports | Once committed, must land or return hundreds of miles |
Modern Safety Improvements
- Required: GPS navigation, ground proximity warning systems (GPWS), satellite tracking
- Specialized pilot training for polar operations
- Twin-engine minimum for most operations
- Weather minimums strictly enforced
- Search & rescue coordination via RCC New Zealand (for Ross Sea sector) and RCC Australia (for East Antarctica)
For a specific incident, please provide the date, operator, or circumstances you're researching.
Wanderlust World