Wednesday, September 30, 2015

Schedule of events.

SchCalendar of Events

Oct. 3rd
Buzz Aldrin book signing
Oct. 23rd
DFW Aviation Career Expo
Oct. 24th
Boy Scout Workshop
Nov. 6th
Wings, Wine, & Whiskey annual fundraiser

Student Art Contest


Student Art Contest

An opportunity to let your students’ artistic creative talents soar by participating in a Student Art Contest, Fall 2015, sponsored by the American Airlines C. R. Smith Museum and Prismacolor® (“Sponsors”). All entries must be at the Museum by 5pm, Friday, October 16, 2015 to be eligible for the contest.
Who is Eligible?
The Contest is open to students in 1st – 12th Grades with a Sponsoring Teacher in a public, private or home school located in Collin, Dallas, Delta, Denton, Ellis, Hunt, Johnson, Kaufman, Parker, Rockwall, Tarrant and Wise counties, Texas. Students do not have to be enrolled in an art class to be eligible and the Sponsoring Teacher can be any of the student’s teachers.

Tuesday, September 29, 2015

Buzz Aldrin Book Signing.


Buzz Aldrin Book Signing
Today is the last day to order the book online!

To be eligible for the book signing, books are required to be purchased in the C.R. Smith Museum Shop or online from the C.R. Smith Museum Online Store. Online orders will need to be purchased by Tuesday, September 29th to allow time for shipping. Limited copies available, so purchase your book today!


Visit our website for more information and visiting hours 

Forward this email


CR Smith Museum | 4601 Hwy 360 @ FAA Road | Fort Worth | TX | 76155

The WW-2 famous Republic P-47

P-47 Thunderbolt
Republic P-47N Thunderbolt in flight.jpg
P-47N flying over the Pacific during World War II.
I was a crew chief on one of the famous Republic P-47
This was during the Korean War.
I Joined the Tennessee  Air National to learn the Pratt& Whitney  R-2800.
American started flying the Convair 240 which had the R-2800.

 
 
 
Role Fighter-bomber
Manufacturer Republic Aviation
Designer Alexander Kartveli
First flight 6 May 1941
Introduction November 1942[1]
Retired 1966, Peruvian Air Force
Primary users United States Army Air Forces
Royal Air Force
French Air Force
Produced 1941–1945
Number built 15,660[2] or 15,677[3]
Unit cost
US$85,000 in 1945[4][not in citation given]
Variants Republic XP-72
The Republic P-47 Thunderbolt is one of the largest and heaviest fighter aircraft in history to be powered by a single piston engine. It was built from 1941-1945. It was heavily armed with eight .50-caliber machine guns, four per wing. When fully loaded, the P-47 weighed up to eight tons, and in the fighter-bomber ground-attack roles could carry five-inch rockets or a significant bomb load of 2,500 pounds; it could carry more than half the payload of the B-17 bomber on long-range missions (although the B-17 had a far greater range). The P-47 was designed around the powerful Pratt & Whitney R-2800 Double Wasp engine—

Sunday, September 27, 2015

A few of our Pilots .Johnny GOOD JOB.


A interesting story that I happened to be working as a mechanic at Nashville,TN that day.. I was patiently waitng for. He never showed. I knew Captain Johnny Booth well.



Been around but still interesting.


By Henry M. Holden 
American Airlines Flagship “San Antonio,” NC21746, c/n 2104, DC-3-208A, was delivered to the airline on Feb. 23, 1939. It had served unremarkably throughout the war, remaining with the civilian fleet. On January 5, 1947 it took its last flight. 
This is the remarkable story of the Flagship “San Antonio”, called American Flight 203. It was scheduled to fly from LaGuardia Airport to Nashville with several interim stops, began prosaically with a 5:34 P.M. departure. 
Captain John Booth, had three and a half hours of fuel in its tanks. The LaGuardia-Baltimore leg was completed routinely, and Booth intended to add fuel at the next stop, Washington National Airport. What he and everyone else hadn’t counted on was an unexpected blizzard that hit the entire eastern coast just as he departed Baltimore, shutting down every airport between New York and North Carolina. It was only forty miles between Baltimore and Washington but in the time it took to cover that short distance, the cloud cover dropped 7,500 feet as heavy snow swept in. 

One view of the Flagship San Antonio (via C. Grady Cates)

Incoming traffic to National Airport began to back up, and Air Traffic Control (ATC) told the pilot to hold over Anacostia (Naval Air Station). At this point all radio communications began to deteriorate. Precipitation static began to interfere with transmission and reception. The captain decided to return to Baltimore to refuel; By this time, Baltimore was backing up and they were in the process of landing a flight of military aircraft who had declared a low fuel emergency. Booth and his passengers were number 12 for landing. Communications continued to deteriorate as the storm intensified. Booth was now unable to hear any of the ground stations, and they could barely make him out. Flight 203 was now in serious trouble, but it would get worse. 
Booth was luckily able to contact an American Airlines DC-4 flying somewhere above him at approximately 10,000 feet. He advised the DC-4 captain of his situation and asked him to get the weather at Philadelphia, Flight 203’s alternate airport for just such a situation, and relay it to him. 
The reply was not good. Philadelphia was getting pounded with heavy snow and visibility was almost zero. What about LaGuardia? “Almost as bad” relayed the DC-4 captain, “but there was still a small window of visibility.” 
Booth decided to try for LaGuardia. He continued to head north until he estimated he was directly over New York. He discovered conditions had deteriorated badly. He was unable to raise the ATC. With communications and visibility now zero he decided to try to raise the company dispatcher. 
He was in luck! But the dispatcher had more bad news; LaGuardia was closed to all traffic. Booth was beginning to worry. He was down to forty five minutes of fuel. Booth asked the dispatcher what was the closest and open airport. The dispatcher with reluctance in his voice said there was nothing open within his fuel range. Booth now had a serious problem. 

The fact that there was fuel exhaustion probably save the passengers from almost certain death. (via C. Grady Cates)

He virtually did not know where he was, his fuel was quickly being depleted and he had no contact with air traffic control. This is the point when airline captains earn their pay. He had a command decision to make. It may no doubt also be a life and death decision. 
He had several choices but none of them were attractive: He could land someplace and risk running out of fuel over New York City; he could ditch off Long Island either in the Long island Sound or to the south in the Atlantic Ocean; or he could find a flat area and attempt a crash landing. The option for ditching in the water was quickly ruled out. No one would survive more than a few minutes in that frigid water. 
Booth was down to 30 minutes of fuel and still somewhere over New York City. His altitude was about 2,000 feet. Not much margin there either if the engines quit. He could not risk going higher and using more fuel. Booth headed southeast to find the beach. What he found at 300 feet was the Atlantic Ocean. The copilot suggested they drop a flare. The flare revealed an angry, choppy water (they were over the Atlantic Ocean). 
They turned on the landing lights and estimated they could not see more than 40 feet ahead of them. By now the auxiliary tanks and one main tank were dry. The two engines were still running but sucking fumes from the one remaining main tank. 
A few minutes later the copilot informed the captain that the fuel was reading zero. Remarkably the engines were still running. The captain decided it was time to ditch and a moment later the beach showed up in the glare of the landing lights. Since there was no cabin P.A. system in the airplane the passengers were unaware of just how critical the flight had become. Immediately the captain began to fly south so he was out over the ocean before letting down to 300 feet. He banked the airplane and made one pass when the engines began to sputter. When he saw the water, he did a 180 degree turn and flew north hoping to see land. When the beach came in view he made a 90 degree turn and landed–just as one engine ran out of fuel!
With the gear up he plopped the airplane down onto the beach. On impact the right wing dipped and dug into the snow and sand causing the airplane to slow quickly but also causing a violent turn to the right. The captain was hurled into the windshield causing his teeth to tear through his lower lip. The copilot was thrown into the control yoke which penetrated his eye and driving it deep into his eye socket. A moment later the airplane came to a stop with only the sound of creaking metal and howling wind surrounding them. There was no fire, after all there was no fuel to ignite. 
The passengers, all 12 of them were shaken but unhurt. Nobody had any idea where they were. Booth asked two passengers to each walk one in each direction down the beach to look for help. The flight attendant and another who was deadheading both nurses ministered to the pilot and copilot. Booth then tried the radio again. It worked! He raised someone but never found out who it was. He was told to hold his mic button down so they could get an ADF bearing. A few minutes later the voice came back telling him they were on the south shore of Long Island in the vicinity of Jones Beach. 
A few minutes later, a Coast Guard truck pulled up. One of the passengers had stumbled on the Coast Guard Station. The Coast Guard station officer had called the only number he had for American Airlines (reservations) and advised them that one of their airplanes had landed at Jones Beach. The reservations clerk replied very authoritatively that American Airlines did not service Jones Beach. The officer replied, “Well you do now!”
Reprinted from the DC-3/Dakota Journal Spring 1997
POST SCRIPT
NC21746 was sold for scrap, and the captain was awarded American Airlines’ Distinguished Service Award for bravery, and he retired as a senior captain in 1975. The copilot, Tommy Hatcher, suffered from double vision for several months but went on to fly for another 33 years, retiring as a captain in 1980. 
©Copyright Henry M. Holden, 1997, 2013

Thursday, September 24, 2015

Wednesday, September 23, 2015

Here we have a basic ADF system..We point this out when we PREFLIGHT our DC-3 Flagship Knoxvile.


Aircraft Navigation
NAV  DIAL
Navigation Introduction
V H F Omni Range
VOR
Automatic Direction Finder
ADF
Long Range Navigation
LORAN
Global Positioning System
GPS
AUTOMATIC DIRECTION FINDER
ADF (Automatic Direction Finder) is the radio signals in the low to medium frequency band of 190 Khz. to 1750 Khz. It was widely used today. It has the major advantage over VOR navigation in the reception is not limited to line of sight distance. The ADF signals follow the curvature of the earth. The maximum of distance is depend on the power of the beacon. The ADF can receives on both AM radio station and NDB (Non-Directional Beacon). Commercial AM radio stations broadcast on 540 to 1620 Khz. Non-Directional Beacon operate in the frequency band of 190 to 535 Khz.
ADF COMPONENTS

  • ADF Receiver : pilot can tune the station desired and to select the mode of operation. The signal is received, amplified, and converted to audible voice or morse code transmission and powers the bearing indicator.


  • Control Box (Digital Readout Type) : Most modern aircraft has this type of control in the cockpit . In this equipment the frequency tuned is displayed as digital readout. ADF automatically determines bearing to selected station and it on the RMI.

  • Antenna : The aircraft consist of two antennas. The two antennas are called LOOP antenna and SENSE antenna. The ADF receives signals on both loop and sense antennas. The loop antenna in common use today is a small flat antenna without moving parts. Within the antenna are several coils spaced at various angles. The loop antenna sense the direction of the station by the strength of the signal on each coil but cannot determine whether the bearing is TO or FROM the station. The sense antenna provides this latter information.

  • Bearing Indicator : displays the bearing to station relative to the nose of the aircraft.
    Relative Bearing is the angle formed by the line drawn through the center line of the aircraft and a line drawn from the aircraft to the radio station.
    Magnetic Bearing is the angle formed by a line drawn from aircraft to the radio station and a line drawn from the aircraft to magnetic north (Bearing to station).
    Magnetic Bearing = Magnetic Heading + Relative Bearing.
  • TYPE OF ADF INDICATOR
    Four types of ADF indicators are in use today. In every case, the needle points to the navigation beacon.Those four types are:


  • Fixed Compass Card : It is fixed to the face of instrument and cannot rotate. 0 degree is always straight up as the nose of aircraft.


    The relationship of the aircraft to the station is refered to as " bearing to the station " MB or aircraft to magnetic north. This type of indicator, pilot must calculate for the bearing by formular
    MB = RB + MH


  • Rotatable Compass Card : The dial face of the instrument can be rotated by a knob. By rotating the card such that the Magnetic Heading (MH) of the aircraft is adjusted to be under the pointer at the top of the card.


    The bearing to station (MB) can be read directly from the compass card without calculation and make it easy for pilot. Today , they designed automatically rotate the compass card of the instrument to agree with the magnetic heading (MH) of the aircraft . Thus MB to station can be read at any time without manually rotating the compass card on the ADF face.

  • Single-Needle Radio Magnetic Indicator : Radio Magnetic Indicator is an instrument that combines radio and magnetic information to provide continuous heading , bearing , and radial information.


    The face of the single needle RMI is similar to that of the rotatable card ADF.

  • Dual-Needle Radio Magnetic Indicator : The dual needle RMI is similar to single needle RMI except that it has a second needle. The first needle indicated just like single needle. inthe picture , the yellow needle is a single which indicate the Magnetic Bearing to the NDB station . The second needle is the green needle in the picture.

    The second needle (green) is point to VOR station .The dual needle indicator is useful in locate the location of an aircraft.
  • OPERATION
    ADF operate in the low and medium frequency bands. By tuning to NDB station or commercial AM radio stations. NDB frequency and identification information may be obtained from aeronautical charts and Airport Facility Directory. The ADF has automatic direction seeking qualities which result in the bearing indicator always pointing to the station to which it is tuned. The easiest and perhaps the most common method of using ADF , is to " home " to the station . Since the ADF pointer always points to the station , the pilot can simply head the airplane so that the pointer is on the 0 (zero) degree or nose position when using a fixed card ADF . The station will be directly ahead of the airplane. Since there is almost always some wind at altitude and you will be allowing for drif, meaning that your heading will be different from your track. Off track , if the aircraft is left of track, the head of the needle will point right of the nose. If the aircraft is right of track , the head of the needle will point left of the nose.


  • For fixed compass card , if you are not fly Homing and you want to fly heading at some degrees. You must use the formular MB = MH + RB to find out what degree the ADF pointer should be on. Today , the fixed card indicator is very unsatisfactory for every day use which can still be found on aircraft panels but not many planes that pilot actually uses it due to it has easier type of indicator.

  • For rotatable compass card, it was a big step over the fixed card indicator. The pilot can rotate the compass card with the heading knob to display the aircraft MH " straight up " . Then the ADF needle will directly indicate the magnetic bearing to the NDB station.

  • For Single needle Radio Magnetic Indicator , the compasscard is a directional gyro and it rotates automatically as the aircraft turns and provide continuous heading . It is accurately indicates the magnetic heading and the magnetic bearing to the beacon. This instrument is a " hands off " instrument.

  • For dual needle Radio Magnetic Indicator, it is give the pilot information the same as the single needle such as aircraft heading and magnetic bearing to the NDB . The seacond indicator will point to VOR station . This help pilot to check the location of the aircraft at that time .

  • Fuel Tanks – The dual fuel system has a total capacity of 621 gallons of avgas consisting of two main tanks (210 gallons each) and one auxiliary tank (201 gallons).    The left main tank normally supplies fuel to the left engine and right main tank supplies fuel to the right engine.  However, the system provides for operating either engine with fuel supplied from either main tank or the auxiliary tank.  No crossfeed capability exists.
    The main tanks are mounted in the center section between the front and center spars.  The auxiliary fuel tank is mounted directly behind the left main tank.
     Refueling is accomplished through gravity flow fillers recessed into the wing upper surface between each nacelle and the fuselage.  Each tank is equipped with a water sump and drain valve beneath the center section surface.
                           The mechanic would check for water in each tank  thru each tank drain.

    A fuel truck was pulled up to the front of the airplane. The ladder was placed at the leading edge of the wing.Inboard of each engine.


    Fleet Service clerks loading Comp. A

    Baggage and US mail was hauled in Comp A.  This was the most critical area for figuring Weight & Balance.  The LOAD agent did this on every flight.

    Easy on your eyes.....Enjoy !!!




    DC-6 cockpit. It looks like the prop control is in full pitch ?

    How about some of my fellow DC-6 crewmembers commenting.

    This DC-6 is in the Smithsonian in DC...

    I am at a loss what the large hole in the nose is for.  I CAN'T REMEMBER..????

    Please someone tell me. 

    american707@tx.rr.com

    Randy Foster

    The Lockheed L-188 is the most powerful airplane I ever flew On.....Per pound that is true.


    I have had great experierces in my life but nothing compared to Mr Buzz ALDRIN.

    To be eligible for the book signing, books are required to be purchased in the C.R. Smith Museum Shop or online from the C.R. Smith Museum Online Store. Online orders will need to be purchased by Friday, September 25th to allow time for shipping. Limited copies available, so purchase your book today!
    Please click here for the specifics on the book signing.

    Click here to purchase the book.

    Visit our website for more information and visiting hours www.crsmithmuseum.org.

    Sunday, September 20, 2015

    Here is THE LIST for the managers of the C R Smith museum.

    Judy Bunch
    Retail Shop Assistant Manager
    judy.bunch@aa.com
    Chasity Byrd
    Customer Service / Commemorative Engraved Brick Program
    chasity.byrd@aa.com
    Judith Clark
    Retail Shop Manager
    judith.clark@aa.com
    Sonya Franklin
    Retail Shop Staff
    sonya.franklin@aa.com
    Lauren Giffin
    Education & Volunteer Coordinator / Museum Programs
    lauren.giffin@aa.com
    Angie Gofredo 
    Director of Development
    angela.gofredo@aa.com
    Ryan Jablonsky
    Technology Manager
    ryan.jablonsky@aa.com
    Jay Luippold
    Executive Director
    jay.luippold@aa.com
    Tim McElroy
    Head of Interpretation and Education/Curator
    timothy.mcelroy@aa.com
    Shane Melvin
    Event Manager
    Shane.Melvin@aa.com
    Latanne Steel
    Membership Coordinator / Promotions / Public Relations

    Biography of C.R.Smith


    Biography of C.R. Smith


    Cyrus Rowlett Smith became president of American Airlines in 1934 at the age of 35. He led American Airlines for the next 34 years and in the process helped to shape the entire airline industry. He was truly an aviation pioneer, entering the airline business in the days of open-cockpit biplanes and later building American from a small and unprofitable carrier into the largest airlines in the world.
    Cyrus Rowlett Smith was born on September 9, 1899, in Minerva, Texas, the eldest of seven children. At the age of nine, he secured his first job – office boy to cattleman C.T. Herring. Young C.R. Smith also worked as a cotton picker, store clerk, bookkeeper and bank teller. Although he had not graduated from high school, C.R. Smith received permission to enter the University of Texas at Austin, where he studied business administration, economics and law. In 1924, he became an accountant with Peat, Marwick, Mitchell and Company in Dallas. One of their clients, A.P. Barrett, owned the Texas-Louisiana Power Company. Barrett noticed the young accountant and hired C.R. Smith as assistant treasurer for the utility company.
    Barrett purchased Texas Air Transport in 1928 and asked C.R. Smith to be the firm’s secretary and treasurer. On February 18, 1929, Barrett launched Southern Air Transport (SAT), which absorbed Texas Air Transport. Smith served as vice president and treasurer of SAT. Later that year, SAT became part of the Aviation Corporation (AVCO). In January 1930, AVCO’s directors created American Airways and appointed C.R. Smith vice president for the Southern Division. In April 1934, American Airways became American Airlines and C.R. Smith was elected president of the new company on May 13, 1934.
    To all members of the American Airlines organization, C.R. Smith was “Mr. C.R.,” or simply “C.R.” Over the next five years, he consolidated American’s crazy-quilt routes into a smooth, sensible network and standardized the company’s heterogeneous collection of airplanes with a fleet of new DC-3s. C.R. was famous for his memos. He sent out a constant stream of short, terse messages on every subject from aircrew training to the taste of the coffee served to passengers.
    On the rare occasions that C.R. was not in his office or on an airplane, he enjoyed being outdoors. An avid hunter and fisherman, C.R. gathered an impressive collection of original Remington and Russell western theme oil paintings. His love of the west even extended to the window drapes in the bedroom of his New York apartment – they were cut in the shape of cowboy chaps. C.R. Smith married Elizabeth L. Manget in 1934 and they had one son, Doug. The marriage soon ended and Smith never remarried. He is quoted as saying that his one and only true love was American Airlines.
    When the United States entered World War II, C.R. Smith joined the Army Air Force, as a colonel, to help organize the Air Transport Command. C.R. played a major role in opening the Great Circle Route, which connected Newfoundland, Greenland, Iceland, Ireland and Great Britain, for use by ATC transports. Earlier in the war, ATC aircraft heading to Europe from the U.S. would head south to Brazil, then east to Senegal and finally north to their destinations. Once the feasibility of the Great Circle Route (the testing was done by an American Airlines crew) had been proven, the ATC averaged 500 transatlantic flights a month. Colonel Smith soon became General Smith, and he was Deputy Commander of the Air Transport Command (and a Major General) when the war ended. In 1945, Mr. C.R. returned to American Airlines. For his World War II service, C.R. Smith was awarded a Distinguished Service Medal, a Legion of Merit and a designation of Commander, Order of the British Empire.
    In the post-World War II years, C.R. led American Airlines through a period of great change in the air transportation industry. He was not afraid of taking heavy financial risks to find a technological advantage over a competitor or to re-invest in American and its employees. One of the first actions American took after World War II was to find a replacement for the DC-3. The non-pressurized DC-4, though inexpensive and available, was only a stopgap aircraft and could not compete with the Lockheed Constellations of TWA. Bill Littlewood, American’s great aeronautical engineer, pushed Convair to develop the Convair 240. The CV-240 was a twin-engine aircraft capable of carrying 40 passengers (hence the “240” – 2 engines, and 40 forty passengers). The CV-240 proved to be the closest DC-3 replacement built after World War II. American joined with United to help develop the DC-6, which could compete with the Constellation on more than even terms. Later, in the late 1940s, he pushed Douglas into developing the DC-7. The DC-7 was an enlarged DC-6 with very complex turbo-compound engines. Douglas was reluctant to build the aircraft because they wanted American to wait until their first generation jet airliner became available. However, after Smith hinted that American would look elsewhere for the new plane, Douglas agreed to build the DC-7. Although hindered by mechanical problems, American’s DC-7s proved to be a full half-hour faster than TWA’s Constellations on the New York to Los Angeles route – a fact often mentioned in American advertising campaigns.
    Finally, C.R. took the bold step of ordering Boeing 707 jets in the mid-1950s instead of the Douglas DC-8. At that time, Douglas was the premier commercial transport company in the United States and nearly all other major U.S. airlines had lined up to order the DC-8. However, even if Boeing’s ability to build a jet airliner was unknown, the 707 would be available a year earlier than the DC-8. C.R. took the risk and ordered the 707. Events proved that C.R. had made the right move. On January 25, 1959, American Airlines introduced the first transcontinental jet service. The 707s were a huge success and American’s competitors had to wait for nearly a year until their DC-8s allowed them to catch up.
    In early 1968, C.R. Smith retired as chief executive of American Airlines. His long-term friend, President Lyndon B. Johnson, appointed him Secretary of Commerce, a post C.R. filled during the last year of President Johnson’s administration. C.R. had much he could look back upon. C.R. helped American Airlines grow through its formative years in the 1930s and 1940s and then watched it bloom in the 1950s and 1960s. During his watch, C.R. had, more or less, successfully adapted to a number of industry altering forces including: pressurized aircraft, World War II, international trans-Atlantic competition, the rise of labor unions in air transportation, the jet engine and the coach fare.
    In January 1973, American’s Board of Directors asked Mr. C.R. to return as interim chairman while they searched for a permanent chief executive. He agreed to come back to American, but with the condition that he would not be paid for his time. C.R. remained until Albert V. Casey was elected chairman in February 1974.
    Following his second (and final) retirement, C.R. Smith remained active in civic affairs in Washington, D.C. In recognition of his role in shaping commercial air transportation in the United States, C.R. Smith was named to the Aviation Hall of Fame, the Travel Hall of Fame and the Business Hall of Fame. He died on April 4, 1990 at the age of 90 and was buried in Arlington National Cemetery.
    CR_Smith_2007_001_011_SF3