Aviation Miscellany - a collection of images, facts
and just plain trivia
History: August 10,1949, the Canadian AVRO Jetliner, built in Toronto, was the first jet transport to fly in North America; it was only two weeks behind the first in the world, the British de Havilland Comet. Within a few flights, the Jetliner exceeded 430kts whereas the most advanced transports of the day achieved about 240 kts. |
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TQ6: Which aircraft featured this throttle arrangement ? photo credit to Jo Hunter TQ6 from Rod Peterson (ZAU ARTCC) |
The dash of a sweet airplane. Many, many people have had great flights in this aviation gem. TQ7: And the airplane is a ??? |
I WISH I HAD BEEN THERE DEPARTMENT: A certain controller in ?? tower in 1959 instructed a formation
of 36 T-33s to do a 360 - he had a Northstar on final. TQ8: Who was the controller and which tower ? |
  TQ11: New York's
major international airport is called Kennedy and the identifier is "JFK". What was the name and identifier of this famous airport before 1963 ? |
I WISH I HAD SAID THAT DEPARTMENT: A certain controller in ?? ACC back in the '70s, had a
dead-heat crossing track with an AA B747 and UA DC10. Of course neither would take an altitude change so without
hestitation the controller asked to speak to the pursor on the UA DC10. When the pilot asked why the controller
wanted to speak to the cabin crew, the controller replied: "To see if he has enough meals on board for the 340
or so passengers who would be boarding from the right wing in about 8 minutes. Both flights requested an
altitude change. TQ13: Who was the controller and which ACC ? |
History: October 4, 1958 -
First transatlantic jet passenger service. BOAC (Speedbird), New York to London. Pan American (Clipper) started daily service, New York to Paris on October 26, 1958. |
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  TQ17: Airport and year of the photo? |
TQ18: Canadian ACCs use RDPS.
If JETS was the forerunner of RDPS which was the forerunner of CATS, then what automated system was the
forerunner of JETS, and where and when was it used ? And for the real trivia nut, what kind of
processors did this system use ? |
Things you wanted to know but were afraid to ask...:
Phonetic alphabets have been around for a while. |
post 1954 ICAO |
pre 1954 US Military |
1924-43 RAF |
1916 US Army |
post 1954 ICAO |
pre 1954 US Military |
1924-42 RAF |
1916 US Army |
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A | Alpha | Able | Ack | Able | N | November | Nan | Nuts | Nap |
B | Bravo | Baker | Beer | Buy | O | Oscar | Oboe | Orange | Opal |
C | Charlie | Charlie | Charlie | Cast | P | Papa | Peter | Pip | Pup |
D | Delta | Dog | Don | Dock | Q | Qubec | Queen | Queen | Quack |
E | Echo | Easy | Edward | Easy | R | Romeo | Roger | Robert | Rush |
F | Foxtrot | Fox | Freddy | Fox | S | Sierra | Sugar | Sugar | Sail |
G | Golf | George | George | George | T | Tango | Tare | Tok | Tape |
H | Hotel | How | Harry | Have | U | Uniform | Uncle | Uncle | Unit |
I | India | Item | Ink | Item | V | Victor | Victor | Vic | Vice |
J | Juliett | Jig | Johnny | Jig | W | Whiskey | William | William | Watch |
K | Kilo | King | King | King | X | X-ray | X-ray | X-ray | X-ray |
L | Lima | Love | London | Love | Y | Yankee | Yoke | Yorker | Yoke |
M | Mike | Mike | Monkey | Mike | Z | Zulu | Zebra | Zebra | Zed |
The Radio Range
- a short history of radio navigation A Radio Range is a geographically fixed radio transmitter that radiates coded signals in all directions to enable aircraft and ships to determine their bearings. An aircraft or ship can determine its line of position and drift if it knows its bearing relative to the radio transmitter and the geographic location of the transmitter. By taking successive bearings on two or more radio ranges the craft can determine its geographic position. Radio ranges are usually unattended; they emit either repeated call letters or steady signals that are periodically interrupted by station identification letters in Morse code. The aircraft or ship obtains its bearings relative to the radio range by picking up these signals with a receiver having a directional antenna, usually a loop antenna. The strength of the signal received depends on the orientation of the antenna relative to the radio range. By varying the orientation of the antenna and observing the changes in signal strength, the bearing of the vehicle can be obtained. When the antenna is driven automatically, the instrument is called an automatic direction finder (ADF). Both manual and automatic direction finders are also called radio compasses, although in aircraft the radio compass usually means an ADF. Another type of radio range called an A-N range transmits two coded signals via directional antennas so that a pilot on one of four fixed courses hears a continuous tone in his or her receiver when the craft's bearing is correct; if it veers off course either a Morse A or N is heard depending on the direction in which the error is made. A very-high- frequency (VHF) omnidirectional radio range transmits a reference signal and another signal that varies from the reference according to the bearing of the receiver. Radio ranging is being made obsolete by the Global Positioning System (GPS), which uses a network of orbiting satellites to precisely locate the position of an aircraft or ship. |
Want to try a little 2003 quiz - mind teasers of COMMON KNOWLEDGE (American flavour). Can you beat 20?? (The average is 7) No cheating! Write down your answers and check them AFTER completing all the questions. To see the answers, left click on the cockpit below) |