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Just flew AKL->Singapore and back again.
Outbound was direct flight, normal, on time etc. On the way back they were offering a hotel and $500 to get bumped in an effort to reduce passenger and luggage weight and thus engine thrust needed to take off but to no avail - we ended up having to detour to Sydney to take on fuel as they were forced to reduce weight here instead.
Overall (we took off late) about 2 hours added to the journey.
Item:
Just flew AKL->Singapore and back again.
Outbound was direct flight, normal, on time etc. On the way back they were offering a hotel and $500 to get bumped in an effort to reduce passenger and luggage weight and thus engine thrust needed to take off but to no avail - we ended up having to detour to Sydney to take on fuel as they were forced to reduce weight here instead.
Overall (we took off late) about 2 hours added to the journey.
2 hrs is a bugger ... hopefully better than just bumping some random poor buggers off like United et al do?
I tried to fly to NYC via Houston on Sunday NZ28. Flight was delayed twice, then I changed to go via San Francisco NZ8. Saw the Houston flight was delayed 1 more time after that.
kryptonjohn:
Item:
Just flew AKL->Singapore and back again.
Outbound was direct flight, normal, on time etc. On the way back they were offering a hotel and $500 to get bumped in an effort to reduce passenger and luggage weight and thus engine thrust needed to take off but to no avail - we ended up having to detour to Sydney to take on fuel as they were forced to reduce weight here instead.
Overall (we took off late) about 2 hours added to the journey.
2 hrs is a bugger ... hopefully better than just bumping some random poor buggers off like United et al do?
Is this reduced thrust thing part of the FAA directive? Not exactly confidence inspiring...
Another option to reduce thrust on those engines would be to fit an extra take-off engine in the tail similar to the HS Trident 3. The Brits. managed to cripple this aircraft by giving it low powered engines & enough range to get to Paris and other fairly close Euro destinations. The Trident had the nickname of ground grubber because of its long takeoff roll however it had a very high cruise speed, quite a bit faster than say an A320.
http://www.airliners.net/forum/viewtopic.php?t=381739 (Optional fourth engine for takeoff)
Sounds like RR have new compressor and turbine blades that doesn't suffer the fatigue issue. So no replacement engines required - just replacement fan blades. But they can't get them manufactured fast enough.
RR facing US$315 million expense over this debacle - hardly crippling for them. This issue is also affecting A380s with Trent 900 engines:
https://www.flightglobal.com/news/articles/rolls-royce-takes-hit-on-787-and-a380-blade-flaws-446528/
"The manufacturer expects its solutions to the Trent 1000 problems, including redesigned parts, to be "fully embodied" in the fleet by 2022." - yikes.
amiga500:kryptonjohn:Item:Just flew AKL->Singapore and back again.
Outbound was direct flight, normal, on time etc. On the way back they were offering a hotel and $500 to get bumped in an effort to reduce passenger and luggage weight and thus engine thrust needed to take off but to no avail - we ended up having to detour to Sydney to take on fuel as they were forced to reduce weight here instead.
Overall (we took off late) about 2 hours added to the journey.
2 hrs is a bugger ... hopefully better than just bumping some random poor buggers off like United et al do?
Is this reduced thrust thing part of the FAA directive? Not exactly confidence inspiring...
Another option to reduce thrust on those engines would be to fit an extra take-off engine in the tail similar to the HS Trident 3. The Brits. managed to cripple this aircraft by giving it low powered engines & enough range to get to Paris and other fairly close Euro destinations. The Trident had the nickname of ground grubber because of its long takeoff roll however it had a very high cruise speed, quite a bit faster than say an A320.
http://www.airliners.net/forum/viewtopic.php?t=381739 (Optional fourth engine for takeoff)
“We’ve arranged a society based on science and technology, in which nobody understands anything about science technology. Carl Sagan 1996
Yep! Very tongue in cheek like Winston suggesting a free trade agreement for North Korea!
Oh, Winston was tongue in cheek? I thought he'd spend a bit too long in the Green Parrot and meant to say South Korea!
After all, who would want a trade agreement with a country that has no hard currency (other than that derived from illegal arms and slave trading)?
Whoops, sorry, went OT.
Might have been asked and answered, but why isn't rolls royce just sending out new engines out that don't have the defect?
networkn:
Might have been asked and answered, but why isn't rolls royce just sending out new engines out that don't have the defect?
Because they don't have any.
Some engines destined for new aircraft (AOG) were being pulled from the supply chain, but that doesn't result in an immediate fix. That also causes grief for Boeing who then can't build planes.
While I haven't seen an actual figure it's safe to assume RR are capable of building 1-2 engines per day and there are a few hundred affected engines.
Yeah and according to Wiki they're worth about US$42 mil each so you wouldn't want to be sitting on a large inventory of them or handing them over without a fight.
It seems that Air NZ were able to get quite a few of the Trent 1000 'Ten' type engines so they could have a Type 'C' and a type 'Ten' engine on each plane. So it might mean that Air NZ were more pro-active than some other airlines in managing the risk.
amiga500:
It seems that Air NZ were able to get quite a few of the Trent 1000 'Ten' type engines so they could have a Type 'C' and a type 'Ten' engine on each plane. So it might mean that Air NZ were more pro-active than some other airlines in managing the risk.
I can't see how that helps... as if the Ten fails the TypeC still has the distance/time/power restriction?
kryptonjohn:
amiga500:
It seems that Air NZ were able to get quite a few of the Trent 1000 'Ten' type engines so they could have a Type 'C' and a type 'Ten' engine on each plane. So it might mean that Air NZ were more pro-active than some other airlines in managing the risk.
I can't see how that helps... as if the Ten fails the TypeC still has the distance/time/power restriction?
I think it is better than having two of the Type C engines if those engines have the same number of cycles. However, you are right seeing how the FAA have put a 140 minutes' ETOPS on the aircraft. I read on another forum that the FAA have a lot of concern about the engines whether Type 'C' or Type '10'.
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