- Joined
- Nov 24, 2008
- Messages
- 23,837
- Points
- 113
Dear Scroo
I would say this that when GE and NSTB had a problem with CF6080C2 engines failing and resulting in uncontained engine failures, what happened was a similar regime of continued flying and added inspections or more thorough inspections until the problems are identified and replaced.
There was an even more horrendous incident of a DC 10 engine failure in the 80's, crash landing lost of life which whilst resulting an immediate regime of inspections did not result in a grounding of all the aircraft with that type engine derivative.
The responses vis sa vis rolls royce has been pretty standard as compared across industry. The trent 1000 incident might or might not be related as it was described instead as a failure of following test protocol.
Locke
Locke, if u know anything, u will know the circumstances are completely different. The NTSB (not NSTB) is incharge of aircraft accidents in the continental US, all 50 states, and other US territories. GE and the NTSB knows that over 90% of US flights are over land. In the cases of the GE engines suffering uncontrolled failure, the planes involved either safely landed or crashed landed in well equipped airports with medical facilities nearby. When u have this happening, u can issue a st ep up inspection notice for the airlines operating this model engine.
However, Quantas uses its 380s on extended over water flights. They do not have the luxury of landing a damaged 380 in a large modern airport shortly after an inflight accident. The explosion already caused some hydraulic failure and holes in the wing, and it was mentioned the landing flaps in the affected wing could not be deployed.If they were in the middle of an ocean, and the damage would not allow them to fly to an airport big enough to land, they will end up in the water. SQ has the same problem as most of their 380 routes are also over water. SQ should have done the prudent thing and suspend its 380 flights like Quantas.