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Well, you can't get much closer than that!! Nice shot John!
Thank you Mark !
Great shot !!!
Thank you Vaides Radu Sorin !
Why is nose gear not on the tarmac ?
End of take off roll ?
It's a landing
Beauty shot but it's got to be a take off..no smoke from the tyres if it's landing
Thank you. It's a landing. Note the inboard thrust reverser.
I will post another picture of the sequence with some tire smoke
Yeh inboard reverse thruster open,nice one mate,and again beauty shot
Thank you Peter !
just uploaded the tire smoke picture
https://flightaware.com/photos/view/1944458-7a3b0e31391e4197ca1d6527ee22068ca4bc9d55/all/sort/date/page/1
https://flightaware.com/photos/view/1944458-7a3b0e31391e4197ca1d6527ee22068ca4bc9d55/all/sort/date/page/1
Nice shot John. Can anybody tell me why only the inboard reversers are applied on the A380? Are they even fitted to the outboard engines? If they aren't, why not? If they are , why aren't they used? My guess is something to do with heavy takeoff rejection in which case all thrust reversers are applied, otherwise just the inboard two are activated for normally landings. Perhaps A380 wingspan is the culprit with too many rwy landing lights blown away but that cant be true since takeoffs obviously use all four engines and damage would be far greater from them. Anyway, beats me. Anybody know?
@ Lordfarringdon - this is what Airspace Magazine had to say about this, and I quote:
"With the Airbus A380 weighing in fully loaded at 1,265,000 pounds, you might think stopping it within a reasonable distance after landing would require a Phalanx of Heavy-duty thrust reversers.
Truth be told, in the megaliner’s braking system, thrust reversers are the least critical components. Airliners are not required to have thrust reversers, and only the two inboard engines on the A380 are equipped with them. The decision not to install reversers on the A380’s two outboard engines saved weight and lowered the chances that those engines, which sometimes hang over runway edges, would be damaged by ingesting foreign objects.
The two reversers do help slow the A380—but not by much. In fact, unlike the thrust reversers on most airliners, including the Boeing 747 jumbo, they do not stop the aircraft in a shorter distance than brakes and spoilers alone. They do, however, take some of the strain off the brakes and are useful if water or snow makes the runway slippery."
"With the Airbus A380 weighing in fully loaded at 1,265,000 pounds, you might think stopping it within a reasonable distance after landing would require a Phalanx of Heavy-duty thrust reversers.
Truth be told, in the megaliner’s braking system, thrust reversers are the least critical components. Airliners are not required to have thrust reversers, and only the two inboard engines on the A380 are equipped with them. The decision not to install reversers on the A380’s two outboard engines saved weight and lowered the chances that those engines, which sometimes hang over runway edges, would be damaged by ingesting foreign objects.
The two reversers do help slow the A380—but not by much. In fact, unlike the thrust reversers on most airliners, including the Boeing 747 jumbo, they do not stop the aircraft in a shorter distance than brakes and spoilers alone. They do, however, take some of the strain off the brakes and are useful if water or snow makes the runway slippery."
Thanks Viv! That clears that mystery up!!
ACTIVITY LOG
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Date | Aircraft | Origin | Destination | Departure | Arrival | Duration |
---|---|---|---|---|---|---|
03-Jun-2023 | A388 | London Heathrow (LHR / EGLL) | Miami Intl (KMIA) | 10:35AM BST | 02:35PM EDT | Scheduled |
02-Jun-2023 | A388 | OR Tambo Int'l (JNB / FAOR) | London Heathrow (LHR / EGLL) | 07:30PM SAST | 05:20AM BST (+1) | Scheduled |
01-Jun-2023 | A388 | London Heathrow (LHR / EGLL) | OR Tambo Int'l (JNB / FAOR) | 07:34PM BST | 06:40AM SAST (+1) | 10:05 |
31-May-2023 | A388 | San Francisco Int'l (KSFO) | London Heathrow (LHR / EGLL) | 08:30PM PDT | 02:08PM BST (+1) | 9:37 |
31-May-2023 | A388 | London Heathrow (LHR / EGLL) | San Francisco Int'l (KSFO) | 02:45PM BST | 05:06PM PDT | 10:21 |
30-May-2023 | A388 | Boston Logan Intl (KBOS) | London Heathrow (LHR / EGLL) | 08:49PM EDT | 08:29AM BST (+1) | 6:39 |
30-May-2023 | A388 | London Heathrow (LHR / EGLL) | Boston Logan Intl (KBOS) | 03:38PM BST | 04:47PM EDT | 6:08 |
29-May-2023 | A388 | Miami Intl (KMIA) | London Heathrow (LHR / EGLL) | 05:31PM EDT | 06:42AM BST (+1) | 8:11 |
29-May-2023 | A388 | London Heathrow (LHR / EGLL) | Miami Intl (KMIA) | 11:03AM BST | 02:42PM EDT | 8:38 |
28-May-2023 | A388 | Miami Intl (KMIA) | London Heathrow (LHR / EGLL) | 05:55PM EDT | 07:02AM BST (+1) | 8:06 |
28-May-2023 | A388 | London Heathrow (LHR / EGLL) | Miami Intl (KMIA) | 10:55AM BST | 02:44PM EDT | 8:49 |
27-May-2023 | A388 | Miami Intl (KMIA) | London Heathrow (LHR / EGLL) | 05:48PM EDT | 07:03AM BST (+1) | 8:15 |
27-May-2023 | A388 | London Heathrow (LHR / EGLL) | Miami Intl (KMIA) | 11:12AM BST | 03:00PM EDT | 8:47 |
26-May-2023 | A388 | Washington Dulles Intl (KIAD) | London Heathrow (LHR / EGLL) | 01:25AM EDT | 12:57PM BST | 6:31 |
25-May-2023 | A388 | London Heathrow (LHR / EGLL) | Washington Dulles Intl (KIAD) | 07:42PM BST | 10:19PM EDT | 7:36 |
24-May-2023 | A388 | San Francisco Int'l (KSFO) | London Heathrow (LHR / EGLL) | 08:17PM PDT | 01:37PM BST (+1) | 9:19 |
24-May-2023 | A388 | London Heathrow (LHR / EGLL) | San Francisco Int'l (KSFO) | 02:57PM BST | 05:34PM PDT | 10:36 |
23-May-2023 | A388 | Chicago O'Hare Intl (KORD) | London Heathrow (LHR / EGLL) | 09:38PM CDT | 10:46AM BST (+1) | 7:08 |
23-May-2023 | A388 | London Heathrow (LHR / EGLL) | Chicago O'Hare Intl (KORD) | 04:09PM BST | 06:20PM CDT | 8:10 |
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