What do the debris finds and drift studies say about the latitude of the crash?
Three answers, none aheadNone is ahead yet. See what would settle it.
Where it stands
Three answers have been proposed. None is ahead on the evidence yet. Three are still possible.
Why it matters
The debris is the only physical evidence and its drift is the only independent check on the satellite analysis[1].
Answers 3
History
- Griffin et al. puts forward: an origin near 35°S on the arc best fits the arrival times and places.
- Griffin et al. puts forward: an origin farther north (30–33°S), with the drift models' uncertainty allowing it.
- Griffin et al.: cSIRO's modelling, calibrated with replica flaperons, favoured about 35°S and matched the absence of…For: An origin near 35°S on the arc best fits the arrival times and places.
- Griffin et al.: drift models have wide uncertainty in arrival timing and the flaperon's windage was estimated from replicas.For: An origin farther north (30–33°S), with the drift models' uncertainty allowing it.
- The Malaysian ICAO Annex 13 Safety Investigation Team for MH370: the 2018 search covered the 35°S region near the arc and found nothing.Against: An origin near 35°S on the arc best fits the arrival times and places.
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