Leaderboard
728x15
Showing posts with label Example Business Plan. Show all posts
Showing posts with label Example Business Plan. Show all posts

Nice Example Business Plan photos

A few nice example business plan images I found:


Steven F. Udvar-Hazy Center: Concorde (view underneath)
example business plan
Image by Chris Devers
Quoting Smithsonian National Air and Space Museum | Concorde, Fox Alpha, Air France:

The first supersonic airliner to enter service, the Concorde flew thousands of passengers across the Atlantic at twice the speed of sound for over 25 years. Designed and built by Aérospatiale of France and the British Aviation Corporation, the graceful Concorde was a stunning technological achievement that could not overcome serious economic problems.

In 1976 Air France and British Airways jointly inaugurated Concorde service to destinations around the globe. Carrying up to 100 passengers in great comfort, the Concorde catered to first class passengers for whom speed was critical. It could cross the Atlantic in fewer than four hours - half the time of a conventional jet airliner. However its high operating costs resulted in very high fares that limited the number of passengers who could afford to fly it. These problems and a shrinking market eventually forced the reduction of service until all Concordes were retired in 2003.

In 1989, Air France signed a letter of agreement to donate a Concorde to the National Air and Space Museum upon the aircraft's retirement. On June 12, 2003, Air France honored that agreement, donating Concorde F-BVFA to the Museum upon the completion of its last flight. This aircraft was the first Air France Concorde to open service to Rio de Janeiro, Washington, D.C., and New York and had flown 17,824 hours.

Gift of Air France.

Manufacturer:
Societe Nationale Industrielle Aerospatiale
British Aircraft Corporation

Dimensions:
Wingspan: 25.56 m (83 ft 10 in)
Length: 61.66 m (202 ft 3 in)
Height: 11.3 m (37 ft 1 in)
Weight, empty: 79,265 kg (174,750 lb)
Weight, gross: 181,435 kg (400,000 lb)
Top speed: 2,179 km/h (1350 mph)
Engine: Four Rolls-Royce/SNECMA Olympus 593 Mk 602, 17,259 kg (38,050 lb) thrust each
Manufacturer: Société Nationale Industrielle Aérospatiale, Paris, France, and British Aircraft Corporation, London, United Kingdom

Physical Description:
Aircaft Serial Number: 205. Including four (4) engines, bearing respectively the serial number: CBE066, CBE062, CBE086 and CBE085.
Also included, aircraft plaque: "AIR FRANCE Lorsque viendra le jour d'exposer Concorde dans un musee, la Smithsonian Institution a dores et deja choisi, pour le Musee de l'Air et de l'Espace de Washington, un appariel portant le couleurs d'Air France."


Steven F. Udvar-Hazy Center: Concorde
example business plan
Image by Chris Devers
Quoting Smithsonian National Air and Space Museum | Concorde, Fox Alpha, Air France:

The first supersonic airliner to enter service, the Concorde flew thousands of passengers across the Atlantic at twice the speed of sound for over 25 years. Designed and built by Aérospatiale of France and the British Aviation Corporation, the graceful Concorde was a stunning technological achievement that could not overcome serious economic problems.

In 1976 Air France and British Airways jointly inaugurated Concorde service to destinations around the globe. Carrying up to 100 passengers in great comfort, the Concorde catered to first class passengers for whom speed was critical. It could cross the Atlantic in fewer than four hours - half the time of a conventional jet airliner. However its high operating costs resulted in very high fares that limited the number of passengers who could afford to fly it. These problems and a shrinking market eventually forced the reduction of service until all Concordes were retired in 2003.

In 1989, Air France signed a letter of agreement to donate a Concorde to the National Air and Space Museum upon the aircraft's retirement. On June 12, 2003, Air France honored that agreement, donating Concorde F-BVFA to the Museum upon the completion of its last flight. This aircraft was the first Air France Concorde to open service to Rio de Janeiro, Washington, D.C., and New York and had flown 17,824 hours.

Gift of Air France.

Manufacturer:
Societe Nationale Industrielle Aerospatiale
British Aircraft Corporation

Dimensions:
Wingspan: 25.56 m (83 ft 10 in)
Length: 61.66 m (202 ft 3 in)
Height: 11.3 m (37 ft 1 in)
Weight, empty: 79,265 kg (174,750 lb)
Weight, gross: 181,435 kg (400,000 lb)
Top speed: 2,179 km/h (1350 mph)
Engine: Four Rolls-Royce/SNECMA Olympus 593 Mk 602, 17,259 kg (38,050 lb) thrust each
Manufacturer: Société Nationale Industrielle Aérospatiale, Paris, France, and British Aircraft Corporation, London, United Kingdom

Physical Description:
Aircaft Serial Number: 205. Including four (4) engines, bearing respectively the serial number: CBE066, CBE062, CBE086 and CBE085.
Also included, aircraft plaque: "AIR FRANCE Lorsque viendra le jour d'exposer Concorde dans un musee, la Smithsonian Institution a dores et deja choisi, pour le Musee de l'Air et de l'Espace de Washington, un appariel portant le couleurs d'Air France."


Drive-Through
example business plan
Image by elycefeliz
sierraclub.typepad.com/mrgreen/2009/02/advice-about-recre...

In drive-throughs or anyplace, idling is, to summon the old saying, the devil's workshop. Every hour you idle, you waste up to 0.7 gallons of gas (depending on your engine type) going nowhere. So it pays to turn your engine off if you're going to be still for more than 30 seconds. In a given year, U.S. cars burn some 1.4 billion gallons of fuel just idling. Not to mention idling trucks, which waste another 1.5 billion gallons. Collectively, we emit about 58 million tons of carbon dioxide while we're essentially doing nothing.

Taking the fast-food industry as an example, and taking into account that the average McDonald's drive-through wait is 159 seconds, we can calculate that the company's consumers burn some 7.25 million gallons of gas each year. The figure for the entire U.S. fast-food industry? Roughly 50 million gallons.

The spread of American idle may be an exciting prospect for companies seeking to expand this lazy food-getting method to the rest of the world--but it's a devastating one for the environment. Consider that McDonald's plans to open 25 drive-throughs in China, following KFC's lead. KFC installed its first drive-through there in 2002 and is working on 100 more. If China and India, which is also jumping aboard the drive-through bandwagon, get up to speed, they can idle away a truly staggering figure: 30 billion gallons of gas. Every year.

www.thesmartset.com/article/article09120901.aspx

In 2000, Wendy’s led the industry in terms of speediness, taking an average of only 150.3 second to serve customers at its drive-through window. By 2008, it had reduced its average serving time to 131 seconds. But that’s still 131 seconds during which drivers are idling noisily and wastefully. According to Sierra Club estimates, people waiting at fast food restaurants burn approximately 50 million gallons of gasoline a year. At the current rate of .58 per gallon, that’s 9 million.

. . . All across Canada and the U.S., there are efforts to ban drive-throughs, just as there have been for at least the two decades. For many, the drive-through — and especially the fast-food drive-through — is the most potent symbol of the unhealthy, car-centric culture that’s making us fat and unhealthy, poisoning the planet, and locking us into an alienating, stressed-out consumerist lifestyle that for all its abundance and variety, doesn’t deliver true satisfaction and is ultimately unsustainable.

drivethrulies.wordpress.com/2009/09/08/drive-through-sham...


McDonald's is the nation's largest purchaser of beef, pork and potatoes - and the second largest purchaser of chicken.

The McDonald's Corporation is the largest owner of retail property in the world. Indeed, the company earns the majority of its profits not from selling food but from collecting rent.

McDonald's spends more money on advertising and marketing than any other brand.

. . . The impact of McDonald's on the way we live today is hard to overstate. . . . In the early 1970s, the farm activist Jim Hightower warned of "the McDonaldization of America". He viewed the emerging fast food industry as a threat to independent businesses, as a step toward a food economy dominated by giant corporations, and as a homogenizing inluence on American life. . . . Much of what Hightower feared has come to pass. The centralized purchasing decisions of the large restaurant chains and their demand for standardized products have given a handful of corporations an unprecedented degree of power over the nation's food supply. Moreover, the tremendous success of the fast food industry has encouraged other industries to adopt similar business methods.


from Fast Food Nation by Eric Schlosser

Nice Example Business Plan photos

Some cool example business plan images:


Pennsylvania Central Airlines Boeing Model 247D
example business plan
Image by james_gordon_losangeles
The Boeing Model 247 was an early United States airliner, considered the first such aircraft to fully incorporate advances such as all-metal (anodized aluminum) semi-monocoque construction, a fully cantilevered wing and retractable landing gear. Other advanced features included control surface trim tabs, an autopilot and deicing boots for the wings and tailplane.

Ordered off the drawing board, the 247 first flew on February 8, 1933, and entered service later that year. Subsequently, development in airliner design saw engines and airframes becoming larger, and four-engine designs emerged, but no significant changes to this basic formula appeared until cabin pressurization and high altitude flight were introduced in the early 1940s with the first pressurized airliner, the 307 Stratoliner.

Design and development
Boeing had eclipsed other aviation manufacturers by introducing a host of aerodynamic and technical features into a commercial airliner. This advanced design which was a progression from earlier Monomail (Models 200, 221, 221A) and B-9 bomber designs, combined speed and safety. The Boeing 247 was faster than the U.S. premier fighter aircraft of its day, the Boeing P-12, which was an open-cockpit biplane. Yet its flight envelope included a rather docile 62 mph landing speed which precluded the need for flaps, and pilots learned that at speeds as low as 10 mph, the 247 could be taxiied tail high for ease of ground handling.

In addition, the 247 was the first twin-engine passenger transport able to fly on one engine. With controllable pitch propellers (standard equipment on the 247D), the 247 could maintain 11,500 ft at maximum gross takeoff weight. Its combination of features set the standard for the Douglas DC-1 and other airliners before World War II. Originally planned as a 14-passenger airliner powered by Pratt and Whitney R-1690 Hornet radial engines, the preliminary review of the design concept by United Air Lines' pilots had resulted in a re-design to a smaller, less capable design configuration.

One concern of the pilots was that no airfield then in existence, in their view, could safely take an eight-ton aircraft. They also objected to the use of Hornet engines because most pilots were accustomed to the less-powerful Wasps and would find Hornets overpowering. Pratt & Whitney's chief engineer, George Mead, knew that this thinking was misguided and that within a few years would seem antiquated. P&W's president, Frederick Rentschler, faced with a tough decision, decided to acquiesce to the airline pilots' unanimous demand. The decision created a rift between Mead and Rentschler.

Despite the bitter disagreements on design and engines, the 247 was still a remarkable achievement and was Boeing's showcase exhibit at the 1933 Chicago World's Fair.

The cockpit windshield of the first 247s was angled forward instead of the conventional aft sweep. This was the design solution (similar to that adopted by other contemporary aircraft that used a forward raked windscreen) to the problem of lighted control panel instruments reflecting off the windshield at night, but it turned out that the forward-sloping windshield would reflect ground lights instead, especially during landings, and it also increased drag slightly. By the introduction of the 247D, the windshield was sloped aft in the usual way, and the night-glare problem was resolved by installing an extension (the glarescreen) over the control panel.

Boeing considered safety features highly, building in structural strength as well as incorporating design elements that enhanced customer comfort and well-being, such as the thermostatically-controlled, air conditioned and sound-proof cabin. The crew included a pilot and co-pilot as well as a flight attendant who could tend to passenger needs. The main landing gear did not fully retract; a portion of the wheels extended below the nacelles, typical of designs of the time, as a means of reducing structural damage in a wheels-up landing. The tailwheel was not retractable. While the Model 247 and 247A had speed-ring engine cowlings and fixed-pitch propellers, the Model 247D incorporated NACA cowlings and variable pitch propellers.

Operational history
Boeing 247D in its MacRobertson Race markings, c. 1934. Note the inaccurate race number and dramatic pose in this fanciful 1935 illustrated card art.
As the 247 emerged from its test and development phase, the company further showcased its capabilities by entering a long-distance air race in 1934, the MacRobertson Race from England to Australia. During the 1930s, aircraft designs were often proven in air races and other aerial contests. A modified 247D was entered, flown by Col.Roscoe Turner and Clyde Pangborn. The 247, race number 57, was essentially a production model but all airliner furnishings were deleted to accommodate additional fuselage fuel tanks (eight in total). The MacRobertson Race attracted aircraft entries from all over the globe including prototypes as well as established production types with the grueling course considered an excellent proving ground as well as an opportunity to gain worldwide attention. Turner and Pangborn came in second place in the transport section (and third overall), behind the Boeing 247's eventual rival, the new Douglas DC-2.

Winner of the 1934 US Collier Trophy for excellence in aviation design, the first 247 production orders were earmarked for William Boeing's airline Boeing Air Transport.

The 247 was capable of crossing the United States from east to west eight hours faster than its predecessors, such as the Ford Trimotor and Curtiss Condor. Entering service on May 22, 1933, a Boeing Air Transport 247 set a cross-country record pace of 19½ hours on its San Francisco to New York inaugural flight. For the first time airline passengers could fly across the country without changing planes or stopping overnight.

Due to the initial demand from U.S. air carriers, Boeing sold the first 60 247s, an unprecedented .5 million order to its affiliated airline, Boeing Air Transport (part of the United Aircraft and Transport Corporation, UATC), at a unit price of ,000. TWA (Transcontinental and Western Air) also ordered the 247 but UATC declined the order, which resulted in TWA President Jack Frye setting out the requirements for a new airliner and funding Don Douglas to design and build the Douglas DC-1 prototype. Douglas eventually developed the design into the historic and enormously successful DC-3 line.

Although the Boeing design had been the first to enter series production, the 247 proved to have some serious design deficiencies. Air carriers considered its limited capacity a drawback since it only carried 10 passengers, in five rows with a seat on each side of the aisle, as well as a flight attendant. Compared to the more capacious DC-2 and later DC-3, the passenger count was too few to make it a commercially viable airliner. Another feature influencing passenger comfort was that the 247's main wing spar ran through the cabin, so persons moving through the cabin had to step over it. The Lockheed Model 10 Electra had a similar configuration and while it was a more compact design, the Electra managed to carry the same number of passengers at a slightly better overall performance, and more importantly, at a lower cost-per-mile.

Seventy-five 247s were built; by contrast, Douglas collected 800 civil orders for DC-3s before the Pearl Harbor attack, and produced over 10,000 DC-3s, including wartime production of C-47; while the rival Lockheed Electra family was eventually to reach over 3,000 in its various civilian and military variants. Boeing Air Transport bought 60 examples, United Aircraft Corp. (10), four went to Deutsche Luft Hansa, and one a private owner in China. While the industry primarily standardized on Boeing's competitors, many of United's aircraft were later purchased by Western Air Express at bargain basement prices.

The 247 remained in airline service until World War II, when several were converted into C-73 transports and trainers. No. 121 Squadron, Royal Canadian Air Force (RCAF) operated seven Model 247Ds as medium transports during the early part of the war. Some 247s were still flying in the late 1960s, converted either into cargo transports or personal business aircraft.

A number of specially modified variants included a Boeing 247Y appropriated from United for Air Corps use as a test aircraft fitted with two machine guns in the nose. The same installation later was fitted to a 247Y owned by Generalissimo Chiang Kai-Shek; this aircraft also featured a Colt .50 caliber machine gun in a flexible mount. A 247D purchased by the British Royal Air Force became a test mule for new equipment, featuring a nonstandard nose, new powerplants and non-retracting gear.

The Turner/Pangborn 247D still exists. Originally flown on September 5, 1934, it was leased from United Airlines for the 1934 MacRobertson Race and returned to United where it served in regular airline service until 1937. Subsequently, the 247D was sold to the Union Electric Company of St. Louis for use as an executive transport. The Air Safety Board purchased the aircraft in 1939 and it remained in use for 14 years before it was donated to the National Air and Space Museum, Washington, DC. It is displayed today with two sets of markings, the left side is marked as NR257Y, in Colonel Turner's 1934 MacRobertson Race colors, while the right side is painted in United Airlines livery, as NC13369.

Incidents and accidents
October 10, 1933 – A United Air Lines 247, NC13304, was the victim of the first proven case of sabotage of a commercial airliner. The aircraft, en route from Cleveland to Chicago, was destroyed by a nitroglycerin-based explosive device over Chesterton, Indiana.

November 9, 1933 - A United Air Lines 247, NC13345, crashed on takeoff after the pilot became disoriented in fog and low visibility; four of nine on board died.

December 20, 1934 - United Air Lines Flight 6, a 247, crashed near Western Springs, Illinois, due to carburator icing; all four on board survived. The aircraft involved was repaired and converted to 247D standard in July 1935 and returned to service; the aircraft was impressed into USAAF service and redesignated C-73 with registration 42-57210 in 1942.

October 7, 1935 – United Air Lines Trip 4, a 247D, went down about 10 miles west of Cheyenne, Wyoming. Cause unknown: three crew and nine passengers killed, there were no survivors.

October 30, 1935 - A United Air Lines Boeing 247D, NC13323, crashed during an instrument check flight near Cheyenne, killing the four crew members aboard.

December 15, 1936 – Seven died when Western Air Express Flight 6, a 247D, en route from Burbank, California, to Salt Lake City via Las Vegas, crashed just below Hardy Ridge on Lone Peak in Utah.
The major parts of the aircraft were hurled over the ridge and fell over 1,000 ft into a basin below.[28]

December 27, 1936 - United Air Lines Trip 34, a 247D, crashed at the head of Rice Canyon, Los Angeles County, California, due to pilot error; all 12 on board died.

January 12, 1937 – Western Air Express Flight 7, a 247 flight from Salt Lake City to Burbank, crashed into a mountain near Newhall, California, killing five. Among the dead was Martin Johnson of Martin and Osa Johnson fame (adventurers, authors, and documentary filmmakers).

Variants
Model 247
Twin-engined civil transport airliner. Initial production version
247A
Powered by new 625 hp P&W Wasp, on special order for Deutsche Luft Hansa in 1934.
247E
This designation was given to the first Boeing 247 aircraft, it was used to test a number improvements, that were later incorporated into the Boeing 247D
247D
Original one-off was a race aircraft designed for the McRobertson Race; use of Hamilton Standard variable-pitch propellers allowed for a seven mph gain; the 247D configuration incorporated in production series bearing the same name.
247Y
Armed version, one exported to China, second used for trials.
C-73
Designation for Boeing 247D airliners drafted into military service in USAAF, 27 in total.

Survivors
Boeing 247D at the National Air and Space Museum showing United Air Lines markings in this view.
c/n 1699, CF-JRQ
Exhibited in Canada Aviation Museum, Ottawa. Donated to the museum in 1967 by California Standard Oil of Calgary, Alberta.[32]
c/n 1722, N18E
Exhibited in the National Museum of Science and Industry, Wroughton, UK
c/n 1729, N13347
Still airworthy, exhibited in the Museum of Flight Restoration Center, Paine Field, Snohomish County, Washington, USA.
c/n 1953, NC13369 / NR257Y
Exhibited in the Hall of Air Transportation at the National Air and Space Museum, Washington, DC, USA, with United Air Lines colors and registration as NC13369 on its right fuselage and wing and as NR257Y with MacRobertson Race markings on its left side.

Specifications (Boeing 247D)
General characteristics
Crew: 3
Capacity: 10 passengers
Length: 51 ft 5 in (15.7 m)
Wingspan: 74 ft 1 in (22.6 m)
Height: 12 ft 5 in (3.8 m)
Wing area: 836.4 ft² (78 m²)
Empty weight: 8,921 lb (4,055 kg)
Loaded weight: 16,770 lb (7,621 kg)
Max. takeoff weight: 16,805 lb (7,623 kg)
Powerplant: 2 × Pratt & Whitney S1H1-G Wasp radial engine, 550 hp (410 kW) each

Performance
Maximum speed: 200 mph (320 km/h)
Cruise speed: 188 mph (304 km/h)
Range: 745 miles (1,200 km)
Service ceiling: 25,400 ft (7,620 m)
Rate of climb: 1,148 ft/min (350 m/min)


Pennsylvania Central Airlines Boeing Model 247
example business plan
Image by james_gordon_losangeles
The Boeing Model 247 was an early United States airliner, considered the first such aircraft to fully incorporate advances such as all-metal (anodized aluminum) semi-monocoque construction, a fully cantilevered wing and retractable landing gear. Other advanced features included control surface trim tabs, an autopilot and deicing boots for the wings and tailplane.

Ordered off the drawing board, the 247 first flew on February 8, 1933, and entered service later that year. Subsequently, development in airliner design saw engines and airframes becoming larger, and four-engine designs emerged, but no significant changes to this basic formula appeared until cabin pressurization and high altitude flight were introduced in the early 1940s with the first pressurized airliner, the 307 Stratoliner.

Design and development
Boeing had eclipsed other aviation manufacturers by introducing a host of aerodynamic and technical features into a commercial airliner. This advanced design which was a progression from earlier Monomail (Models 200, 221, 221A) and B-9 bomber designs, combined speed and safety. The Boeing 247 was faster than the U.S. premier fighter aircraft of its day, the Boeing P-12, which was an open-cockpit biplane. Yet its flight envelope included a rather docile 62 mph landing speed which precluded the need for flaps, and pilots learned that at speeds as low as 10 mph, the 247 could be taxiied tail high for ease of ground handling.

In addition, the 247 was the first twin-engine passenger transport able to fly on one engine. With controllable pitch propellers (standard equipment on the 247D), the 247 could maintain 11,500 ft at maximum gross takeoff weight. Its combination of features set the standard for the Douglas DC-1 and other airliners before World War II. Originally planned as a 14-passenger airliner powered by Pratt and Whitney R-1690 Hornet radial engines, the preliminary review of the design concept by United Air Lines' pilots had resulted in a re-design to a smaller, less capable design configuration.

One concern of the pilots was that no airfield then in existence, in their view, could safely take an eight-ton aircraft. They also objected to the use of Hornet engines because most pilots were accustomed to the less-powerful Wasps and would find Hornets overpowering. Pratt & Whitney's chief engineer, George Mead, knew that this thinking was misguided and that within a few years would seem antiquated. P&W's president, Frederick Rentschler, faced with a tough decision, decided to acquiesce to the airline pilots' unanimous demand. The decision created a rift between Mead and Rentschler.

Despite the bitter disagreements on design and engines, the 247 was still a remarkable achievement and was Boeing's showcase exhibit at the 1933 Chicago World's Fair.

The cockpit windshield of the first 247s was angled forward instead of the conventional aft sweep. This was the design solution (similar to that adopted by other contemporary aircraft that used a forward raked windscreen) to the problem of lighted control panel instruments reflecting off the windshield at night, but it turned out that the forward-sloping windshield would reflect ground lights instead, especially during landings, and it also increased drag slightly. By the introduction of the 247D, the windshield was sloped aft in the usual way, and the night-glare problem was resolved by installing an extension (the glarescreen) over the control panel.

Boeing considered safety features highly, building in structural strength as well as incorporating design elements that enhanced customer comfort and well-being, such as the thermostatically-controlled, air conditioned and sound-proof cabin. The crew included a pilot and co-pilot as well as a flight attendant who could tend to passenger needs. The main landing gear did not fully retract; a portion of the wheels extended below the nacelles, typical of designs of the time, as a means of reducing structural damage in a wheels-up landing. The tailwheel was not retractable. While the Model 247 and 247A had speed-ring engine cowlings and fixed-pitch propellers, the Model 247D incorporated NACA cowlings and variable pitch propellers.

Operational history
Boeing 247D in its MacRobertson Race markings, c. 1934. Note the inaccurate race number and dramatic pose in this fanciful 1935 illustrated card art.
As the 247 emerged from its test and development phase, the company further showcased its capabilities by entering a long-distance air race in 1934, the MacRobertson Race from England to Australia. During the 1930s, aircraft designs were often proven in air races and other aerial contests. A modified 247D was entered, flown by Col.Roscoe Turner and Clyde Pangborn. The 247, race number 57, was essentially a production model but all airliner furnishings were deleted to accommodate additional fuselage fuel tanks (eight in total). The MacRobertson Race attracted aircraft entries from all over the globe including prototypes as well as established production types with the grueling course considered an excellent proving ground as well as an opportunity to gain worldwide attention. Turner and Pangborn came in second place in the transport section (and third overall), behind the Boeing 247's eventual rival, the new Douglas DC-2.

Winner of the 1934 US Collier Trophy for excellence in aviation design, the first 247 production orders were earmarked for William Boeing's airline Boeing Air Transport.

The 247 was capable of crossing the United States from east to west eight hours faster than its predecessors, such as the Ford Trimotor and Curtiss Condor. Entering service on May 22, 1933, a Boeing Air Transport 247 set a cross-country record pace of 19½ hours on its San Francisco to New York inaugural flight. For the first time airline passengers could fly across the country without changing planes or stopping overnight.

Due to the initial demand from U.S. air carriers, Boeing sold the first 60 247s, an unprecedented .5 million order to its affiliated airline, Boeing Air Transport (part of the United Aircraft and Transport Corporation, UATC), at a unit price of ,000. TWA (Transcontinental and Western Air) also ordered the 247 but UATC declined the order, which resulted in TWA President Jack Frye setting out the requirements for a new airliner and funding Don Douglas to design and build the Douglas DC-1 prototype. Douglas eventually developed the design into the historic and enormously successful DC-3 line.

Although the Boeing design had been the first to enter series production, the 247 proved to have some serious design deficiencies. Air carriers considered its limited capacity a drawback since it only carried 10 passengers, in five rows with a seat on each side of the aisle, as well as a flight attendant. Compared to the more capacious DC-2 and later DC-3, the passenger count was too few to make it a commercially viable airliner. Another feature influencing passenger comfort was that the 247's main wing spar ran through the cabin, so persons moving through the cabin had to step over it. The Lockheed Model 10 Electra had a similar configuration and while it was a more compact design, the Electra managed to carry the same number of passengers at a slightly better overall performance, and more importantly, at a lower cost-per-mile.

Seventy-five 247s were built; by contrast, Douglas collected 800 civil orders for DC-3s before the Pearl Harbor attack, and produced over 10,000 DC-3s, including wartime production of C-47; while the rival Lockheed Electra family was eventually to reach over 3,000 in its various civilian and military variants. Boeing Air Transport bought 60 examples, United Aircraft Corp. (10), four went to Deutsche Luft Hansa, and one a private owner in China. While the industry primarily standardized on Boeing's competitors, many of United's aircraft were later purchased by Western Air Express at bargain basement prices.

The 247 remained in airline service until World War II, when several were converted into C-73 transports and trainers. No. 121 Squadron, Royal Canadian Air Force (RCAF) operated seven Model 247Ds as medium transports during the early part of the war. Some 247s were still flying in the late 1960s, converted either into cargo transports or personal business aircraft.

A number of specially modified variants included a Boeing 247Y appropriated from United for Air Corps use as a test aircraft fitted with two machine guns in the nose. The same installation later was fitted to a 247Y owned by Generalissimo Chiang Kai-Shek; this aircraft also featured a Colt .50 caliber machine gun in a flexible mount. A 247D purchased by the British Royal Air Force became a test mule for new equipment, featuring a nonstandard nose, new powerplants and non-retracting gear.

The Turner/Pangborn 247D still exists. Originally flown on September 5, 1934, it was leased from United Airlines for the 1934 MacRobertson Race and returned to United where it served in regular airline service until 1937. Subsequently, the 247D was sold to the Union Electric Company of St. Louis for use as an executive transport. The Air Safety Board purchased the aircraft in 1939 and it remained in use for 14 years before it was donated to the National Air and Space Museum, Washington, DC. It is displayed today with two sets of markings, the left side is marked as NR257Y, in Colonel Turner's 1934 MacRobertson Race colors, while the right side is painted in United Airlines livery, as NC13369.

Incidents and accidents
October 10, 1933 – A United Air Lines 247, NC13304, was the victim of the first proven case of sabotage of a commercial airliner. The aircraft, en route from Cleveland to Chicago, was destroyed by a nitroglycerin-based explosive device over Chesterton, Indiana.

November 9, 1933 - A United Air Lines 247, NC13345, crashed on takeoff after the pilot became disoriented in fog and low visibility; four of nine on board died.

December 20, 1934 - United Air Lines Flight 6, a 247, crashed near Western Springs, Illinois, due to carburator icing; all four on board survived. The aircraft involved was repaired and converted to 247D standard in July 1935 and returned to service; the aircraft was impressed into USAAF service and redesignated C-73 with registration 42-57210 in 1942.

October 7, 1935 – United Air Lines Trip 4, a 247D, went down about 10 miles west of Cheyenne, Wyoming. Cause unknown: three crew and nine passengers killed, there were no survivors.

October 30, 1935 - A United Air Lines Boeing 247D, NC13323, crashed during an instrument check flight near Cheyenne, killing the four crew members aboard.

December 15, 1936 – Seven died when Western Air Express Flight 6, a 247D, en route from Burbank, California, to Salt Lake City via Las Vegas, crashed just below Hardy Ridge on Lone Peak in Utah.
The major parts of the aircraft were hurled over the ridge and fell over 1,000 ft into a basin below.[28]

December 27, 1936 - United Air Lines Trip 34, a 247D, crashed at the head of Rice Canyon, Los Angeles County, California, due to pilot error; all 12 on board died.

January 12, 1937 – Western Air Express Flight 7, a 247 flight from Salt Lake City to Burbank, crashed into a mountain near Newhall, California, killing five. Among the dead was Martin Johnson of Martin and Osa Johnson fame (adventurers, authors, and documentary filmmakers).

Variants
Model 247
Twin-engined civil transport airliner. Initial production version
247A
Powered by new 625 hp P&W Wasp, on special order for Deutsche Luft Hansa in 1934.
247E
This designation was given to the first Boeing 247 aircraft, it was used to test a number improvements, that were later incorporated into the Boeing 247D
247D
Original one-off was a race aircraft designed for the McRobertson Race; use of Hamilton Standard variable-pitch propellers allowed for a seven mph gain; the 247D configuration incorporated in production series bearing the same name.
247Y
Armed version, one exported to China, second used for trials.
C-73
Designation for Boeing 247D airliners drafted into military service in USAAF, 27 in total.

Survivors
Boeing 247D at the National Air and Space Museum showing United Air Lines markings in this view.
c/n 1699, CF-JRQ
Exhibited in Canada Aviation Museum, Ottawa. Donated to the museum in 1967 by California Standard Oil of Calgary, Alberta.[32]
c/n 1722, N18E
Exhibited in the National Museum of Science and Industry, Wroughton, UK
c/n 1729, N13347
Still airworthy, exhibited in the Museum of Flight Restoration Center, Paine Field, Snohomish County, Washington, USA.
c/n 1953, NC13369 / NR257Y
Exhibited in the Hall of Air Transportation at the National Air and Space Museum, Washington, DC, USA, with United Air Lines colors and registration as NC13369 on its right fuselage and wing and as NR257Y with MacRobertson Race markings on its left side.

Specifications (Boeing 247D)
General characteristics
Crew: 3
Capacity: 10 passengers
Length: 51 ft 5 in (15.7 m)
Wingspan: 74 ft 1 in (22.6 m)
Height: 12 ft 5 in (3.8 m)
Wing area: 836.4 ft² (78 m²)
Empty weight: 8,921 lb (4,055 kg)
Loaded weight: 16,770 lb (7,621 kg)
Max. takeoff weight: 16,805 lb (7,623 kg)
Powerplant: 2 × Pratt & Whitney S1H1-G Wasp radial engine, 550 hp (410 kW) each

Performance
Maximum speed: 200 mph (320 km/h)
Cruise speed: 188 mph (304 km/h)
Range: 745 miles (1,200 km)
Service ceiling: 25,400 ft (7,620 m)
Rate of climb: 1,148 ft/min (350 m/min)

Nice Example Business Plan photos

A few nice example business plan images I found:


Olmsted Center
example business plan
Image by TAPorto
Olmsted Center in Flushing Meadows Corona Park. Home to City of New York Parks & Recreation Capital Projects Division, Design & Engineering Construction.

Directions to:

Walking Map From Willets Point

BY SUBWAY: IRT Number 7 to Willets Point. Exit to Roosevelt Avenue. You want to be on the side of the street across from the stadium. Walk along Roosevelt Avenue with the stadium on your right. Take the first road on left into the Park. At the end of the road there is a one story white building - this is the Olmsted Center.

During subway construction, Exit the 7 train at 111th Street, exiting at the SE corner of 111th St and Roosevelt Av. Walk east on Roosevelt Avenue toward Flushing Meadows Corona Park. Bear right onto the park path after you cross over the Grand Central Parkway and access road. At the end of the road is a low white building – this is the Olmsted Center.
*BY CAR FROM LONG ISLAND: Grand Central Parkway Westbound to Exit 9P – Flushing Meadows Corona Park. Make a left onto the park drive at the end of the ramp. After you cross under the LIRR tracks, the Olmsted Center is the white 1-story building on your right. The main entrance is on the opposite side of the building. To access visitor parking, bear right on the park drive, and make a right on Roosevelt Avenue. The stadium commuter lot will be on your right.
*BY CAR FROM MANHATTAN: Triborough Bridge to Grand Central Parkway (Eastbound). Take the Northern Blvd exit. Keep to the right on the exit ramp and bear right at the fork. At the bottom of the exit ramp you should be facing the stadium. Turn right and take the service road (Shea Road) keeping the stadium on your left. At the traffic signal continue straight. Go under Roosevelt Avenue and take the first left. The one story white building is the Olmsted Center.
*BY CAR FROM NORTHERN NEW JERSEY: George Washington Bridge to Major Deegan Expressway (southbound) to the Triborough Bridge. Follow directions above "From Manhattan."
*BY CAR FROM THE WHITESTONE BRIDGE: Whitestone Expressway to Exit 13, Northern Blvd. Turn right at the traffic signal then first left and under the highway at the Marina. At the traffic signal turn right and follow the service road keeping the stadium on your left. Go under Roosevelt Avenue and take the first left. The one story white building is the Olmsted Center.
*BY CAR FROM STATEN ISLAND: Verrazano Narrows Bridge to Shore Parkway (Belt Parkway) East to the Van Wyck Expressway. Take the Van Wyck to the Grand Central Parkway. Exit the GCP at the Northern Blvd. exit. On the service road leading to Northern Blvd., when opposite the stadium, take the opening to the right. You will be facing the stadium. Make a right turn, onto Shea Road, go under Roosevelt Avenue and take the first left. The one story white building is the Olmsted Center. To access parking turn left, go to Roosevelt Avenue, turn right. The entrance to the commuter parking area is on the right.
*Visitor’s parking is available at the South Field Commuter Parking Lot located on Roosevelt Avenue. There is a
fee for use of this facility. Upon entering, park as far to the right as you can & walk through the opening in the
fence. See “By Car From Long Island” for directions to the parking area or ask at the Olmsted Center reception
desk.



History Of:

"Described as a “valley of ashes” in F. Scott Fitzgerald’s (1896–1940) The Great Gatsby (1925) because of its use as a coal ash dump in the 19th century, Flushing Meadows-Corona Park was transformed after serving as the site of the two World’s Fairs. Following the 1964-65 World’s Fair, the site was turned over to the city and it became known as Flushing Meadows-Corona Park. Although most of the structures from the 1964-65 fair were designed as temporary buildings, several remain, including the Olmsted Center, which today serves as the headquarters of the Design, Construction, and Engineering Divisions of Parks.

A one-story modular building in the northwest part of the park, the Olmsted Center was designed by the architectural firm of Skidmore, Owings & Merrill, and was originally built as the 1964-65 World’s Fair Corporation’s administrative offices. Other structures dating to the 1964-65 World’s Fair include The Unisphere, the centerpiece of both the fair and today’s park; Shea Stadium, now home to the New York Mets professional baseball team; and the World’s Fair Marina at Flushing Bay.

The building is named in honor of Frederick Law Olmsted (1822–1903), co-designer of Central, Prospect, and Riverside Parks, and its hallways commemorate Parks architects Gilmore D. Clarke, Aymar Embury II, and Theodore Kautzky. Frederick Law Olmsted was born in Connecticut in 1822; his lineage is traceable to early Puritans. With little formal training he became one of the country’s preeminent landscape architects, working on projects at the U.S. Capitol grounds in Washington, DC, Niagara Falls, and estates in wealthy enclaves such as Newport, Rhode Island.

Olmsted and his business partner Calvert Vaux (1824–1895) heavily influenced 20th century urban planning; their Eastern Parkway project (1870-74) in Brooklyn, for example, introduced the concept of broad, landscaped roadways to rapidly expanding American cities. His influence can also be seen in cities like Boston, Buffalo, and the neighborhood of Riverdale in the Bronx. During the Civil War (1861-1864) Olmsted served as the secretary of the Sanitary Commission, a forerunner of the Red Cross, whose volunteers supplied and aided the Union Army’s Medical Bureau. As Central Park took shape after the Civil War, Olmsted grew disenchanted with the execution of his and Vaux’s plan, and he eventually disengaged himself from the project, moving his family and offices to Brookline, Massachusetts. Olmsted succumbed to mental illness towards the end of his life and died in an institution in 1903.

In the 1930s, Jackson Heights engineer Joseph F. Shagden approached a group of businessmen to organize the 1939-40 World’s Fair, which featured the latest technological innovations. Realizing the potential to rehabilitate the land and create a city park at Flushing Meadows after the fair ended, Parks Commissioner Robert Moses (1888–1981) became involved with the project and sat on its board. After the fair, the site sat idle for many years until the early 1960s, when Moses became president of the 1964-65 World’s Fair Corporation and tried again to pursue his grand vision for Flushing Meadows.

Under Moses’s watchful eye, planners for the 1964-65 fair designed the fairgrounds to facilitate its eventual transition to a city park. Pools, fountains, plantings, streets, paths, walks, utilities, benches, and toilet facilities were retained in plans for Flushing Meadows-Corona Park. Most of the buildings from the fair were torn down, as they were temporary structures built under a special building code and it was considered prohibitively expensive to bring them up to code. In February 1965, before the fair ended, Mayor Robert F. Wagner (1910–1991) convened a committee to review which of its buildings should be saved, and the city eventually decided to preserve some of the buildings, including the one which now serves as the Olmsted Center. .2 million was spent in demolishing and/or restoring structures.

In June 1967, the 1,255 acre site was officially designated parkland and named Flushing Meadows-Corona Park, becoming the largest park in Queens. The World’s Fair Administration Building was converted to Parks administrative offices for the borough of Queens."


Refactoring 2 - the epoc-changing ROI multiplier
example business plan
Image by Julian Partridge
* Good factoring is behind every economic epoc change we've ever had

...

Refactoring is not a new idea - it's well known and widely used; particularly in software design - it's how Bill Gates became a billionaire [and why he now has the power to do massive good for mankind].

But I think applying it with the same clarity that Bill demonstrated in his trade here, to the problem of helping mass entrepreneurship and job creation, and to economics itself could well be new.

...

Refactoring is about how things are divided-up.

I recall one of Sun Tzu's arts of war was 'dividing up the numbers' for a general to effectively manage his command of his vast armies.

And Mr Smith made his big industrial revolution driver concept quite clear a millenia or two later: the 'division of labour'; and showed us how this single trick was the diagnosis of the thousand-fold gains in productivity that he saw already happening way back then.

And he rightly saw that this was to be the cornerstone of the future wealth of the British Empire.

I'd also consider that refactoring was the principle concept underpinning Mr Arkwright's innovation of the modern integrated factory town. And his enterprise system breakthrough ended-up refactoring the entire wealth-producing globe!

And refactoring was partly how we won the war, enabling us to build merchant ships in frantic plug-and-play slices instead of by the now old-hat, slow, traditional fleshed-out skeleton method, and so thankfully for all of us alive today, to build them at a much faster rate than Hitler could sink them.

And, back again to Bill and his global IT producing followers. it is in software engineering that refactoring as a managment tool became such an obvious winner. [Followers of rapid development methods like extreme programming will recognise it well.] It's here that it really shines.

As the software that people actually want to buy changes on a daily basis, the practitioners of the old 'quality', slow and steady government-certified, financially crippling one-monolithic-slab-at-a-time process, just couldn't hack it. Software producers had to reinvent themselves or die: and the slow changers did just that. RIP.

Well refactoring is not just a winning concept for engineering.

It applies everywhere.

Just like Sun Tzu saw [when 'software' just meant human education in strict moral values and methodical teachings], it applies to people-based problems as well as technological ones.

It applies to organisations of any kind, in fact.

To how companies may be restructured. To how towns and high streets are planned. How transport systems are integrated. How energy is produced and mixed before it arrives at your kettle socket. How your school years and lessons are timetabled. How your home life and work life are arranged. [whether you are allowed to have a home]

It applies to whom should pay the taxes and whom should benefit from them. It applies to who gets the good life portion and who gets the scraps.

It even effects how we think.

Adam Smith was already inseperably wedded to the cult of profit-based accounting standards when he crafted his own economics thesis at the time of his emerging industrial revolution. So he spotted the "natural" division between labour, profit, and rent. And he went on to recognise the traditional pattern of the usually complimentary, sometimes disasterously conflicting, new economic classes of entrepreneur: the merchant, the master manufacturer, the landholder, their trusty banker, and the King. [tho he didn't see the future refactoring of the role and rights of women - not a futurist thinker, was our Adam, but a very gifted enterprise architectural seeer of the here and now, most certainly.]

...

I'd like to point out here that Adam Smith's factors of his economic scheme are NOT laws of God. Neither are Marx's, by the way, nor anybody else's you might wish to preach.

Same goes for modern thinking: Public Sector; Private Sector; Third Sector. For-profit; not-for-profit; Coop; Ltd Company etc etc. These factor schemes [patterns] are also entirely modernisable.

How we factor enterprise, and its big picture, the way we run the economy, and all the technological and social and governance consequences which necessarily follow, are entirely a matter of human ingenuity. [or inhuman obstinance, depending on your point of view.]

And any enterprise and economics factor scheme does *not* have to be deemed immutable once it's chosen; like a one-size-fits-all-for-all-time straightjacket, either.

...

And thinking about it, go way back to the magna carta [it means 'big charter', David. It's like A POLITICIAN'S MANIFESTO! (you have to shout: he's a bit deaf sometimes!)] and, there again, you have a perfect example of a refactored end-product in action: a new division of the identity and power for the nation, a new political order, and the reusable pattern for all laws and democracies ever since.

So refactoring as a tool can be applied to any walk of life that you might deem important enough to warrant your apriori attention...

Like to the role of government departments, say; or to the desirable focus of UK production for the next hundred years or so...

Or to the scope of the Pound [ie how many jobs it serves]. And to the scope of the Dollar and the Renminbi and the Euro [if that should exist at all] for that matter...

Or to what you'd want your vote to stand for, and what our political party factions should stand for [they seem all very out of date to me... Not third millenium stuff at all!?]

You could even apply it to........ How we might build effective national programmes and systems to stimulate and nurture our fledgling growth enterprises and our massive investment in good new UK jobs! [where is Julian going with all this!??]

...

You see, Bill got it sussed way back. He made his microsoft computer architecture so cleverly factored that any third party entrepreneur might quickly dive in and invent some new-fangled world-beating gizzmo for it that everyone just had to have [and which made them and Bill and all of us in the enteprise chain a shed load of profit and new joy as a consequence]. With his transformational vision of good factoring applied not only to good product engineering but to good world-dominating business models as well, I see that Bill actually inspired an avalanche of positive enterprise and social change; and it's an avalanche that just keeps on coming.

* And there's the catch.

If you don't want change, then refactoring is not for you.

Or, looking at it the other way round, if you're pants at refactoring [and design, and apriori joined-up thinking in general...] then the best way to prevent the obvious survival threat you now face in this highly competitive and insatiably changing world, would be to block and stifle all hints of change in the bud. [I'm thinking of Amish society here, as well as our good old British establishment ways perhaps, like our tittly little org known as the BBC!]

'No change' is not necessarily good or bad! It just depends on the situation that's in front of you.

And this is a point I'd stress again:

* The value of refactoring depends on the situation you face in front of you - ie in the future; not on how things used to look in the past

...

So the concept of refactoring in developing good product architecture of all kinds is sound, and it's potentially very valuable to society.

You only have to think wisely how you intend to use it.

See also:

7-Level Design

...

REFACTORING SUMMARY DEFINITION

Refactoring: the art of rethinking how a large object may be more beneficially divided into regular component parts, or factors. Redesigning the architecture of a product.

The power of the refactoring method is in its application to whole product lifecycles, to all aspects of the inception, creation, supply and use of a product, not just to the internal construction of a design. [Eg look at the whole future lifecycle of your enterprise and refactor it across multi-dimensions; don't just look at your currrent company headcount structure, say, and change a few heads around - doesn't achieve much except worker annoyance!]

The effect of refactoring is to increase the scope of factor reuse. So there are a number of general directions where to look for refactoring opportunities, as described here:

Known product: looking only at the product in hand. Seeking faster delivery.

Opportunistic: producing tightly factored components expecting some as yet unknown future use for them. Eg building a product reuse library. Seeking more ROI.

Future lifecycle: refactoring how your timeline is deployed and mapped to product changes. Seeking better capacity utilisation.

Process: defining repeatable process steps, to deliver a unique product perhaps. Seeking faster startup.

Pattern: refactoring the design process itself. Seeking cheaper newness.

Component: defining common parts and materials. Seeking easier development.

Interface: defining common fit and function in end use. Not requiring changes in user skills or habit, for example. Seeking lower cost of ownership.

...

Another openREDtool to power your job-creating journey.

Copyright Julian Partridge www.flickr.com/julianpartridge some rights reserved.

Attribution:
Original to author.


The Money Trap (1965) ...item 2.. all of my worldly possessions ...
example business plan
Image by marsmet472
Style -- The 1965 film The Money Trap portrays elements of the classic film making style known as noir. The black and white film uses the theme of a simple man (Joe Baron) drawn into crime and corruption for materialistic needs.
.

........*****All images are copyrighted by their respective authors .........
.

............................................................................................................................................................................................
.
.....item 1).... The Money Trap ... From Wikipedia, the free encyclopedia ...

en.wikipedia.org/wiki/The_Money_Trap

The Money Trap is a 1965 drama film starring Glenn Ford, Elke Sommer and Rita Hayworth and directed by Burt Kennedy.

--- Plot

The Money trap is a 1965 drama film directed by Burt Kennedy starring Glenn Ford, Elke Sommer and Rita Hayworth. The Money Trap is written by Walter Bernstein and based on the novel by Lionel White[1]
Joe Baron (Glenn Ford) is an under appreciated, under paid cop who has the ability to spend freely and live a luxurious life because of his very wealthy wife Lisa Baron (Elke Sommer) and the stock that her father left behind. Unfortunately for the happy couple, when their stock's dividends stop coming in, Joe finds himself in some serious debt trouble.

Simultaneously Joe and his partner Pete Delanos (Ricardo Montalban) receive a case where a very rich doctor Dr. Horace Van Tilden (Joseph Cotten) shot an intruder Phil Kenny in his home. As the duo visit the crime scene they find the intruder still breathing. On their way to the hospital Kenny reveals to Joe that he was after 2 bags of cash containing 0000 placed in the Doctor's safe. He also gives Joe a piece of paper that has the combination of the safe on it. Joe decides to keep this to himself and continues his own personal research on the case to find some more information.

During his intense search for more clues about the bags of cash and the intruder, Joe visits Phil Kenny's Wife, Rosalie Kenny (Rita Hayworth). When Joe meets Kenny's wife he realizes that she is none other than his childhood friend and lover. Later that night Joe leaves his house after having an argument with his wife and ends up meeting up with Rosalie. Joe's intentions are clear when he expresses his love for Rosalie and also asks for information about Kenny's robbery intentions. Continuing his conversation with Rosalie, he finds out that the Doctor has a business is selling drugs and that Kenny was an employee and an addict who was looking for a way to get some more drugs. When Joe realizes that the Doctor keeps his drug money in his safe at home, Joe finds a quick and easy way to get his hands on some money and some relief from his debt.

Through Joe's process of snooping around and planning to steal the Doctor's money, his partner Pete discovers his plan and wants a part in. They both work together and organize a plan to steal the bags of cash. The morning before the two cops plan to steal the money, they find Rosalie dead and out of the picture. Despite the tragedy, heartbroken Joe decides to follow through with the plan as the Doctor is out of town only for a few days.

As Pete and Joe are opening the safe and collecting the money bullets are shot at them and Pete is shot. Joe acts quickly grabbing the bags of cash and taking his injured partner to his home where they will take their next steps. As Pete lays on the bed he asks to see the money which is when they discover that one of the bags contains heroin. As Pete is still injured Joe decides to offer the Doctor the bag of drugs in exchange for his friend's life. During his treatment Pete doubts his friend's intentions and ends up dying. As Joe's part of the bargain, he must then deliver the drugs to the Doctor which then leads to a fight between Joe and the Doctor. During this fight Joe gets shot and the Doctor dies.

Injured Joe makes his way back home where he awaits his future in his wife's arms.


--- Style

The 1965 film The Money Trap portrays elements of the classic film making style known as noir. The black and white film uses the theme of a simple man (Joe Baron) drawn into crime and corruption for materialistic needs.

The Money Trap was one of the last noir films mad e after the style had first erupted in the 1940’s. Not only does the main plot showcase a common noir film theme but the subplot that exists in the movie portrays a theme that proves The Money Trap to qualify as a noir film.

The subplot starts off with Joe Baron and his partner heading to the crime scene of a woman being hung by her husband for participating in sexual relationships for money (Prostitution). They later show that she has a daughter that her husband loved very much. On the day of their daughter’s birthday the girl’s father chooses to meet up and spend the day with her. At the end of the day Joe Baron arrests the man whilst the young girl is left to question about the actions that took place on her birthday. This small yet crucial storyline displays the theme of the happiness in a filmic perspective being never lasting.

Another example of the noir film technique being implemented is in the last seen where injured Joe Baron (Glenn Ford) turns all the lights on and looks over his large garden, swimming pool and beautiful house symbolizing all the materialistic needs that he chose to act unethically for.

--- Cast

... Glenn Ford as Joe Baron
... Elke Sommer as Lisa
... Rita Hayworth as Rosalie
... Ricardo Montalban as Pete Delanos
... Joseph Cotten as Dr. Van Tilden

... James Mitchum as Detective Wolski
... Tom Reese as Matthews
... Fred Essleras Mr.Klein
... Eugene Iglesias as Father
... Teri Lynn Sandoval as Daughter
... Argentina Brunetti as Aunt

.
.
............................................................................................................................................................................................
.
.....item 2).... all of my worldly possessions ....

... marsmet47 photo ... www.flickr.com/photos/31473156@N02/3684680240/in/photostr... ...

... marsmet47 photostream ... www.flickr.com/photos/31473156@N02/page2/?details=1

all of my worldly possessions ... item 17.. smart people eat whoppers ...item 36.. Help me Father ...item 41.. d_motivation, boy i'm glad i drink vodka w/sweet tea !! ....

.
.
..............................................................................................................................................................................................
.
.....item 3).... manipulation ...

... marsmet47 photo ... www.flickr.com/photos/31473156@N02/3675559759/in/photostr... ...

... marsmet47 photostream ... www.flickr.com/photos/31473156@N02/page2/?details=1 ...

manipulation ...item 44.. But the truly wise person keeps their options open ...item 49.. bird cage liner ...item 51b.. Everything 2012 Earth Changes Part 2 of 3 ...

.
.
..............................................................................................................................................................................................
.
.....item 4).... Yardsign

... marsmet47 photo ... www.flickr.com/photos/31473156@N02/3597755667/in/photostream

... marsmet47 photostream ... www.flickr.com/photos/31473156@N02/page2/?details=1 ...

Yardsign .. next door neighbor ...item 3.. The Warsaw Uprising 1944 Remake / Powstanie Warszawskie 1944 ...item 5.. Warsaw 1944 ...item 9.. Warsaw Uprising ...

.
.
.............................................................................................................................................................................................
.
.....item 5).... Fairest

... marsmet47 photo ... www.flickr.com/photos/31473156@N02/3598451730/in/photostream ...

... marsmet47 photostream ... www.flickr.com/photos/31473156@N02/page3/?details=1 ...

Fairest ...item 1.. P!nk ...item 18.. Pink - I don't believe you (lyrics) ...item 24.. Pink - "Sober" ...item 28.. How to Neutralize Mean Girls ...

.
.
...............................................................................................................................................................................................
.
.
.

Welcome to Pahrump, S.R. 372

Check out these example business plan images:


Welcome to Pahrump, S.R. 372
example business plan
Image by Ken Lund
Pahrump is a census-designated place (CDP) in Nye County, Nevada, United States. The population was 24,631 as of the 2000 census, making it by far the largest settlement in the county. The town's motto is "Heart of the New Old West".

Pahrump was originally inhabited by the Shoshone. It was discovered and slowly inhabited by American settlers in the late 19th century. They reportedly chose the name for the valley which Pahrump is named after from the original indigenous name Pah-Rimpi, or "Water Rock," so named because of the abundant artesian wells in the valley. Because of these artesian wells, the new inhabitants of Pahrump Valley began a number of large ranch-style holdings, mostly over 1000 acres (4 km²) in size. On these ranches, alfalfa, cotton, and livestock were raised.

Until the 1960s, Pahrump had no telephone service and there were no paved roads in or out of the Pahrump Valley. However, as Las Vegas grew, real estate speculation became more popular in the area, which led to increased interest in Pahrump. This led to the introduction of telephone service and the construction of a paved highway, from Las Vegas to Pahrump, during the late 1960s. Later, this road was extended from Pahrump northward to US 95, near Amargosa Valley. A second paved road was introduced that went from Pahrump to neighboring Shoshone, California, which provided a link to the Death Valley area, as well as a shorter route to those wishing to travel to Los Angeles or other areas in California. In 1974, Pahrump's first high school was constructed.

Since the late 1970s, Pahrump has grown almost exponentially, increasing from about 2000 residents in 1980 to almost 25,000 in 2000. Pahrump is an archetypal example of an exurb. Almost all significant agriculture has ceased in the valley[citation needed], and the surface aquifers have been filled up over the years[citation needed].

Pahrump has also attracted a number of notable residents, including paranormal talk radio host Art Bell.

Similar to many communities in Nevada, Pahrump has an unincorporated town status, with a limited government that manages land use planning, recreation, and fire, while leaving most services to Nye County.

On November 15, 2006, the Pahrump town board voted for an ordinance declaring English the official language of business, forbidding the display of foreign flags and denying any benefits to illegal aliens. A measure in the ordinance requires an American flag to be displayed above any other flag, regardless of what organization, nation or government it represents. This law was repealed on February 13, 2007, against the will of the majority of citizens in the town limits of Pahrump.[4]

As of the census[5] of 2000, there were 24,631 people, 10,153 households, and 7,127 families residing in the CDP. As of March, 2009, local estimates put the population at about 37,000.[6] The population density was 82.7 people per square mile (31.9/km²). There were 11,651 housing units at an average density of 39.1/sq mi (15.1/km²). The racial makeup of the CDP was 91.02% White, 1.30% African American, 1.29% Native American, 0.85% Asian, 0.37% Pacific Islander, 2.27% from other races, and 2.89% from two or more races. Hispanic or Latino of any race were 7.6% of the population.

There were 10,153 households out of which 24.2% had children under the age of 18 living with them, 58.2% were married couples living together, 7.5% had a female householder with no husband present, and 29.8% were non-families. 23.5% of all households were made up of individuals and 10.5% had someone living alone who was 65 years of age or older. The average household size was 2.42 and the average family size was 2.83.

In the CDP the population was spread out with 22.3% under the age of 18, 4.9% from 18 to 24, 22.6% from 25 to 44, 28.9% from 45 to 64, and 21.3% who were 65 years of age or older. The median age was 45 years. For every 100 females there were 102.4 males. For every 100 females age 18 and over, there were 101.4 males.

The median income for a household in the CDP was ,860, and the median income for a family was ,812. Males had a median income of ,862 versus ,586 for females. The per capita income for the CDP was ,708. About 7.3% of families and 10.7% of the population were below the poverty line, including 14.8% of those under age 18 and 7.0% of those age 65 or over.

Pahrump is author and radio personality Art Bell's hometown, although he briefly took up residence in the Philippines in 2006. He is the founder of the Coast to Coast AM radio talk show, which is mainly about paranormal matters. He still hosts it on some weekends, and formerly owned KNYE, the local radio station located in Pahrump.

On the December 28, 2006 broadcast of Coast to Coast AM, Bell announced that he has moved back to Pahrump. His weekend show is being broadcast from his local facilities as it was before. In July 2007, Bell again announced his retirement.

en.wikipedia.org/wiki/Pahrump,_Nevada


Pahrump, S.R. 372
example business plan
Image by Ken Lund
Pahrump is a census-designated place (CDP) in Nye County, Nevada, United States. The population was 24,631 as of the 2000 census, making it by far the largest settlement in the county. The town's motto is "Heart of the New Old West".

Pahrump was originally inhabited by the Shoshone. It was discovered and slowly inhabited by American settlers in the late 19th century. They reportedly chose the name for the valley which Pahrump is named after from the original indigenous name Pah-Rimpi, or "Water Rock," so named because of the abundant artesian wells in the valley. Because of these artesian wells, the new inhabitants of Pahrump Valley began a number of large ranch-style holdings, mostly over 1000 acres (4 km²) in size. On these ranches, alfalfa, cotton, and livestock were raised.

Until the 1960s, Pahrump had no telephone service and there were no paved roads in or out of the Pahrump Valley. However, as Las Vegas grew, real estate speculation became more popular in the area, which led to increased interest in Pahrump. This led to the introduction of telephone service and the construction of a paved highway, from Las Vegas to Pahrump, during the late 1960s. Later, this road was extended from Pahrump northward to US 95, near Amargosa Valley. A second paved road was introduced that went from Pahrump to neighboring Shoshone, California, which provided a link to the Death Valley area, as well as a shorter route to those wishing to travel to Los Angeles or other areas in California. In 1974, Pahrump's first high school was constructed.

Since the late 1970s, Pahrump has grown almost exponentially, increasing from about 2000 residents in 1980 to almost 25,000 in 2000. Pahrump is an archetypal example of an exurb. Almost all significant agriculture has ceased in the valley[citation needed], and the surface aquifers have been filled up over the years[citation needed].

Pahrump has also attracted a number of notable residents, including paranormal talk radio host Art Bell.

Similar to many communities in Nevada, Pahrump has an unincorporated town status, with a limited government that manages land use planning, recreation, and fire, while leaving most services to Nye County.

On November 15, 2006, the Pahrump town board voted for an ordinance declaring English the official language of business, forbidding the display of foreign flags and denying any benefits to illegal aliens. A measure in the ordinance requires an American flag to be displayed above any other flag, regardless of what organization, nation or government it represents. This law was repealed on February 13, 2007, against the will of the majority of citizens in the town limits of Pahrump.[4]

As of the census[5] of 2000, there were 24,631 people, 10,153 households, and 7,127 families residing in the CDP. As of March, 2009, local estimates put the population at about 37,000.[6] The population density was 82.7 people per square mile (31.9/km²). There were 11,651 housing units at an average density of 39.1/sq mi (15.1/km²). The racial makeup of the CDP was 91.02% White, 1.30% African American, 1.29% Native American, 0.85% Asian, 0.37% Pacific Islander, 2.27% from other races, and 2.89% from two or more races. Hispanic or Latino of any race were 7.6% of the population.

There were 10,153 households out of which 24.2% had children under the age of 18 living with them, 58.2% were married couples living together, 7.5% had a female householder with no husband present, and 29.8% were non-families. 23.5% of all households were made up of individuals and 10.5% had someone living alone who was 65 years of age or older. The average household size was 2.42 and the average family size was 2.83.

In the CDP the population was spread out with 22.3% under the age of 18, 4.9% from 18 to 24, 22.6% from 25 to 44, 28.9% from 45 to 64, and 21.3% who were 65 years of age or older. The median age was 45 years. For every 100 females there were 102.4 males. For every 100 females age 18 and over, there were 101.4 males.

The median income for a household in the CDP was ,860, and the median income for a family was ,812. Males had a median income of ,862 versus ,586 for females. The per capita income for the CDP was ,708. About 7.3% of families and 10.7% of the population were below the poverty line, including 14.8% of those under age 18 and 7.0% of those age 65 or over.

Pahrump is author and radio personality Art Bell's hometown, although he briefly took up residence in the Philippines in 2006. He is the founder of the Coast to Coast AM radio talk show, which is mainly about paranormal matters. He still hosts it on some weekends, and formerly owned KNYE, the local radio station located in Pahrump.

On the December 28, 2006 broadcast of Coast to Coast AM, Bell announced that he has moved back to Pahrump. His weekend show is being broadcast from his local facilities as it was before. In July 2007, Bell again announced his retirement.

en.wikipedia.org/wiki/Pahrump,_Nevada

Major Dick Winter's notebook. On display at Dead Man's Corner, the approach to Carentan in Normandy

Some cool example business plan images:


Major Dick Winter's notebook. On display at Dead Man's Corner, the approach to Carentan in Normandy
example business plan
Image by Nikonmania
Major Richard "Dick" D. Winters (January 21, 1918 – January 2, 2011) was a United States Army officer and decorated war veteran. He commanded Company "E", 2nd Battalion, 506th Parachute Infantry Regiment, 101st Airborne Division, during World War II.
Winters parachuted into Normandy in the early hours of D-Day, and fought across France, Belgium, the Netherlands, and eventually into Germany. Later in the war, Winters rose to command the 2nd Battalion. Following the end of hostilities Winters was discharged from the army and returned to civilian life, working in New Jersey.
In 1951, during the Korean War, Winters was recalled to the Army from the inactive list and briefly served as a regimental planning and training officer on staff at Fort Dix, New Jersey. Although issued orders for deployment, he was not sent to Korea. After his discharge he worked at a few different jobs before founding his own company and selling farming products.
Winters was featured in a number of books and was portrayed in the 2001 HBO mini-series Band of Brothers by Damian Lewis. He was a regular guest lecturer at the United States Military Academy at West Point. He retired in 1997. He was the last of the Easy Company commanders to die.
Winters enlisted in the army on August 25, 1941, in order to shorten his time in service. In September he underwent basic training at Camp Croft, South Carolina. Afterwards he remained at Camp Croft to help train draftees and other volunteers, while the rest of his battalion was deployed to Panama. In April 1942 he was selected to attend Officer Candidate School at Fort Benning, Georgia. It was there he met his friend Lewis Nixon, with whom he would serve throughout the war in the 101st Airborne Division. He was commissioned as a second lieutenant after graduation from OCS on July 2, 1942.
During the course of his officer training, Winters reached the decision that he wanted to join the parachute infantry. Upon completing training he returned to Camp Croft to train another draft as there were no positions available in the paratroopers at that time. After five weeks he received orders to join the 506th Parachute Infantry Regiment at Camp Toccoa (formerly Camp Toombs) in Georgia.
He arrived at Toccoa in mid-August 1942 and was assigned to Company E, 2nd Battalion, 506th PIR, serving under First Lieutenant (later Captain) Herbert Sobel. Company E was also known as "Easy Company" per the contemporaneous Joint Army/Navy Phonetic Alphabet. Initially he served as a platoon leader in charge of 2nd Platoon, but later, in October 1942, he was promoted to first lieutenant and became the acting company executive officer, although this was not made official until May 1943. The 506th PIR was an experimental unit, being the first regiment to undertake airborne training as a formed unit. As many of the men had very little previous military experience the training at Toccoa was necessarily very tough and as a consequence there was a high level of personnel wastage. Indeed, of the 500 officers who had volunteered, only 148 successfully completed the course. The enlisted men had it equally tough, with only 1,800 men being selected out of 5,300 volunteers.
On June 10, 1943, the 506th PIR was officially attached to the 101st Airborne Division. Later in the year they embarked on the Samaria bound forEngland, arriving there on September 15, 1943, and disembarking in Liverpool. They then proceeded to Aldbourne, in Wiltshire where they began an intense training program designed to make the regiment ready for the invasion of Europe that was planned for 1944.
It was while Easy Company was based at Aldbourne that the tension and competition that had been brewing between Winters and Sobel came to a head in November–December 1943. Winters had privately held concerns over Sobel's ability to lead the company in combat for some time before this and many of the enlisted men in the company had come to respect Winters for his competence and had also developed their own concerns about Sobel's leadership. Winters has stated that he never wanted to compete with Sobel for command of Easy Company. However, the situation became out of hand when Sobel attempted to bring Winters up on charges for failure to carry out a lawful order. Feeling that his punishment was unjust, Winters requested that the charge be tried by court martial. When Winters' punishment was set aside by the battalion commander, Sobel proceeded to charge Winters with another, separate charge the following day. While the investigation was being undertaken, Winters was transferred to the headquarters company and appointed as the battalion mess officer.
Following this, though Winters tried to talk them out of it, a number of the company's noncommissioned officers (NCOs) gave the regimental commander, Colonel Robert Sink, an ultimatum: either Sobel be replaced, or they would hand back their stripes. Sink was not impressed and several of the NCOs were subsequently demoted and transferred out of the company. Nevertheless, he realised that something had to be done and decided Sobel had to be replaced. Sobel was transferred and given command of a newly formed parachute training school. Winters' court martial was set aside and he returned to Easy Company as platoon leader of 1st Platoon. Despite their personality clash, Winters later stated he felt that at least part of Easy Company's success had been due to Sobel's strenuous training and high expectations . In February 1944, First Lieutenant Thomas Meehan III was given command of Easy Company.
Meehan remained in command of the company until the Normandy invasion, when at approximately 1:15 a.m. on June 6, 1944, the C-47 Skytrain transport the company headquarters section was in was shot down by German anti-aircraft fire, killing everyone on board. Winters jumped that night and landed safely near Sainte-Mère-Église. After having lost his weapon during the drop, he was able to orient himself, collect several paratroopers, including members of the 82nd Airborne, and proceed toward the unit's assigned objective near Sainte-Marie-du-Mont. Without knowing the fate of Lieutenant Meehan, Winters became the acting commanding officer of Easy Company for the duration of the Normandy campaign.
Later that day, Winters led an attack that destroyed a battery of German 105 mm howitzers which were firing onto the causeways that served as the principal exits from Utah Beach. The Americans estimated that the guns were defended by approximately one platoon of 50 German troops, while Winters had 13 men. This action south of the village of Le Grand-Chemin has been called the Brécourt Manor Assault. Aspects of the attack have been taught at the military academy at West Point as an example of an assault on a fixed position. In addition to destroying the battery, Winters also obtained a map detailing German gun emplacements in the Utah Beach area.
On July 1, 1944, Winters was told that he had been promoted to captain. The next day he was presented with the Distinguished Service Cross by General Omar N. Bradley, who was then the commanding officer of the First Army. Shortly after the 506th was withdrawn from France and returned to Aldbourne in England for reorganisation.
In September 1944, the 506th PIR took part in Operation Market Garden, an airborne operation in the Netherlands. On October 5, 1944, a German force launched an attack on the 2nd Battalion's flank, and threatened to break through the American lines. At the same time, four men in an Easy Company patrol were wounded. Returning to the headquarters, they reported that they had encountered a large group of Germans at a crossroads about 1,300 yards to the east of the company command post. Realising the seriousness of the situation, Winters took one squad from 1st Platoon, and moved off toward the crossroads, where they observed a German machine gun firing to the south, toward the battalion headquarters. After surveying the position, Winters then led the squad in an assault on the gun crew. Soon after taking the position, the squad took fire from a German position opposite them. Estimating that this position was held by at least a platoon, Winters called for reinforcements from the rest of the 1st Platoon, and led them in an assault. Later it was discovered there were at least 300 Germans.
On October 9, Winters became the battalion executive officer. Although this position was normally held by major, Winters filled it while still a captain.
On December 16, 1944, German forces launched a counter-offensive against the Western Allies in Belgium. After the 101st Airborne was moved by truck to the Bastogne area on December 18. Still serving as executive officer of the 2nd Battalion, Winters took part in the defence of the line northeast of Bastogne near the town of Foy during what became known as the Battle of the Bulge. The entire 101st Airborne and elements of the 10th Armored Division battled about 15 German divisions, supported by heavy artillery and armour, for nearly a week before the U.S. Third Army broke through the German lines surrounding Bastogne.
After being relieved, the 2nd Battalion carried out an attack on Foy on January 9, 1945. On March 8, 1945, following the 2nd Battalion's move to Haguenau, Winters was promoted to major and shortly afterward he was made acting battalion commander of 2nd Battalion, when Lieutenant Colonel Strayer was elevated to the regimental staff. Second Battalion saw little combat after this.
In April the battalion carried out defensive duties along the Rhine, before deploying to Bavaria later in the month. In early May the 101st Airborne Division received orders to capture Berchtesgaden. The 2nd Battalion set out from Thalham, Germany, through streams of surrendering German soldiers, and led the way to the alpine retreat, reaching the town at noon on May 5, 1945. They were still there when the war ended three days later on May 8, 1945.
After the end of hostilities Winters remained in Europe as the process of occupation and demobilisation began. Even though he had enough points to return to the United States, he was told that he was needed in Germany. Later, he was offered a Regular commission, but declined it. He finally embarked from Marseilles aboard the Wooster Victory on November 4, 1945. He was separated from the Army on November 29, 1945 although he was not officially discharged until January 22, 1946 and he remained on terminal leave until then.
Winters was recommended for the Medal of Honour for his leadership at Brécourt Manor, but due to the quota system which limited the distribution of the award to only one per division, and since one Medal of Honour had already been awarded—to Lieutenant Colonel Robert G. Cole—the recommendation was downgraded to the Distinguished Service Cross, the U.S. Army's second highest award for combat valour. After the release of the Band of Brothers television miniseries, a letter-writing campaign to have Winters awarded the Medal of Honour began, but so far without success. Currently, Rep. Tim Holden (D-PA) introducedHR 3121 (111th) "To authorise and request the President to award the Medal of Honour to Richard D. Winters, of Hershey, Pennsylvania, for acts of valour on June 6, 1944, in Normandy, France, while an officer in the 101st Airborne Division." The bill has been referred to the House Armed Services Committee and the House Armed Services Committee, Subcommittee on Military Personnel.
He was discharged from the army and became a production supervisor at an adhesive plaster mill in New Brunswick, New Jersey. In 1951, he and his wife Ethel bought a small farm where later Winters built their farmhouse and together they raised two children. In 1972, he went in to business for himself, starting his own company and selling animal feed products to farmers throughout Pennsylvania. Soon afterward, he moved his family to Hershey, Pennsylvania. He finally retired in 1997.
During the 1990s, Winters was featured in a number of books and television series about his experiences and those of the men in Easy Company. In 1992, Stephen Ambrose wrote the book Band of Brothers: Easy Company, 506th Regiment, 101st Airborne from Normandy to Hitler's Eagle's Nest, which was subsequently turned into an HBO mini-series Band of Brothers. Winters was also the subject of the 2005 book Biggest Brother: The Life of Major Dick Winters, The Man Who Led the Band of Brothers, written by Larry Alexander. His own memoir, Beyond Band of Brothers: The War Memoirs of Major Dick Winters, co-written by military historian and retired U.S. Army Colonel Cole C. Kingseed, was published in early 2006. He also gave a number of lectures on leadership to cadets at the United States Military Academy at West Point.
On May 16, 2009, Franklin and Marshall College conferred an Honorary Doctorate in Humane Letters upon Winters.
Despite the many accolades he had received, Winters remained humble about his service. During the interview segment of the miniseries Band of Brothers, Winters quoted a passage from a letter he received from Sergeant Mike Ranney, "I cherish the memories of a question my grandson asked me the other day when he said, 'Grandpa, were you a hero in the war?' Grandpa said 'No… but I served in a company of heroes.'"
Winters, a resident of Hershey, Pennsylvania, died on January 2, 2011, at an assisted living facility in nearby Campbelltown, Pennsylvania. He had been suffering from Parkinson's disease for several years. Winters had requested a private, unannounced funeral service, which was held on January 8, 2011.
Winters was buried in the Bergstrasse Evangelical Lutheran Church cemetery in Ephrata, Pennsylvania, in a private ceremony. He is buried next to his parents in the Winters family plot. His grave is marked Richard D. Winters WW II 101st Airborne.

Military Awards

Distinguished Service Cross

Bronze Star with one Oak Leaf Cluster

Purple Heart

Presidential Unit Citation with one Oak Leaf Cluster

American Defence Service Medal

National Defence Service Medal

European-African-Middle Eastern Campaign Medal with 3 service stars and arrow device

World War II Victory Medal

Army of Occupation Medal

Croix de guerre with palm

French Liberation Medal

Oorlogskruis with palm

Belgian WWII Service Medal

Combat Infantryman Badge

Parachutist Badge with 2 combat stars

Medal of the City of Eindhoven


1958 Edsel: Lousy Car But Great Planter.
example business plan
Image by bill barber
Here's a link to how this same Edsel looked in 1959. I took this picture with my Brownie Hawkeye when I was thirteen.
farm2.static.flickr.com/1286/544933741_8e82112e81.jpg

A bit busy today and tomorrow, but will try to visit everyone's stream. Thanks for your patience

When my stepfather first met my mother in 1959, he was driving a brand new 1958 Ford Edsel. At that time it was touted as being far ahead of its time. The big feature was the ability of the driver to shift gears by pushing buttons on a touch pad in the centre of the steering wheel.

After a few years the Edsel was abandoned. It had become an embarrassment to Ford. The button shift did not live up to its potential, and was notorious for losing its timing. It sometimes took up to five seconds from the time you pushed a button until the time the transmission shifted, usually with a jolting 'thunk'. Further, the Edsel was an overly heavy car, even in an age of heavy cars.

I did drive it a fair bit over a ten year period, and it could be scary at times.

Over the years I wondered what happened to it. I couldn't remember it being traded in. Then, several years ago, I spotted it in the farm yard at my brother, Steve's, place. it was pretty badly smacked up, and had been used for .22 practice. I always meant to photograph it, but didn't get a chance until yesterday. It had been towed about fifty feet from where I originally saw it, and the tow had not been kind.

From my set entitled “Steve and Marg’s Farm”
www.flickr.com/photos/21861018@N00/sets/72157608031549391/
In my collection entitled “Places”
www.flickr.com/photos/21861018@N00/collections/7215760074...
In my photostream
www.flickr.com/photos/21861018@N00/

The Story of the Edsel
(taken from Wikipedia, the free encyclopedia)
en.wikipedia.org/wiki/Edsel
The Edsel was a marquee division of Ford Motor Company during the 1958, 1959 and 1960 model years.

In the early 1950s, the Ford Motor Co. became a publicly traded corporation that was no longer entirely owned by members of the Ford family. They were then able to sell cars according to then-current market trends following the sellers' market of the postwar years. The new management compared the roster of Ford makes with that of General Motors, and noted that Lincoln competed not with Cadillac, but with Oldsmobile. Since Ford had an excess of money on hand from the success of the Ford Thunderbird the plan was developed to move Lincoln upmarket with the Continental at the top, and to add another make to the intermediate slot vacated by Lincoln. Research and development had begun in 1955 under the name "E-car," which stood for "Experimental car." This represented a new division of the firm alongside that of Ford itself and the Lincoln-Mercury division, whose cars at the time shared the same body.

The Edsel was introduced amidst considerable publicity on "E Day"—September 4, 1957. It was promoted by a top-rated television special, The Edsel Show on October 13, but it was not enough to counter the adverse public reaction to the car's styling and conventional build. For months Ford had been circulating rumours that led consumers to expect an entirely new kind of car when in reality the Edsel shared its bodywork with other Ford models.

The Edsel was to be sold through a new Ford division. It existed from November 1956 until January 1958, after which Edsels were made by the Mercury-Edsel-Lincoln division (referred to as M-E-L). Edsel was sold through a new network of 1,500 dealers. This briefly brought total dealers of all Ford products to 10,000. Ford saw this as a way to come closer to parity with the other two companies of the Big Three: Chrysler had 10,000 dealers and General Motors had 16,000. As soon as it became apparent that the Edsels were not selling, many of these dealers added Lincoln-Mercury, English Ford and/or Taunus dealerships to their lines with the encouragement of Ford Motor Company. Some dealers, however, closed.

For the 1958 model year, Edsel produced four models, including the larger Mercury-based Citation and Corsair, and the smaller Ford-based Pacer and Ranger. The Citation came in two-door and four-door hardtops and two-door convertible versions. The Corsair came in two-door and four-door hardtop versions. The Pacer came in two-door and four-door hardtops, four-door sedan, and two-door convertible. The Ranger came in two-door and four-door hardtop or sedan versions. The four-door Bermuda and Villager wagons and the two-door Roundup wagon were based on the 116" wheelbase Ford station wagon platform and shared the trim and features of the Ranger and Pacer models. It included several innovative features, among which were its "rolling dome" speedometer and its Teletouch transmission shifting system in the center of the steering wheel. Other design innovations included an ergonomically designed controls for the driver, and self-adjusting brakes (often claimed as a first for the industry, although Studebaker had pioneered them earlier in the decade).

In the first year, 63,110 Edsels were sold in the U.S. with another 4,935 sold in Canada. Though below expectations, it was still the second largest car launch for any brand to date, second only to the Plymouth introduction in 1928.

For the 1959 model year, there were only two Edsels: the Ranger and the Corsair. The two larger cars were not produced. The new Corsair came in two-door and four-door hardtops, four-door sedan, and two-door convertible. The Ranger came in two-door and four-door hardtops, two-door and four-door sedans, and the Villager station wagon. In the 1959 model year, 44,891 cars were sold in the U.S., with an additional 2,505 sales in Canada.

For the 1960 model year, Edsel's last, only the Ranger and Villager were produced. The 1960 Edsel, in its final model year, emerged as a Ford. Its grill, hood, and four taillights, along with its side sweep spears, were the only real differences separating the Edsel from the Ford.

Ford announced the end of the Edsel program on Thursday, November 19, 1959. However, cars continued being produced until late in November, with the final tally at 2,846 1960 models. Total sales were approximately 84,000, less than half McNamara's projected break-even point. The company lost 0 million on the venture [1].

On Friday, November 20, United Press International's (UPI) wire service reported that book values for used Edsels had decreased by as much as 0 [approximately 00 in 2006 dollars] (based on condition and age) immediately following the Ford press release. In some newspaper markets, dealers scrambled to renegotiate newspaper advertising contracts involving the 1960 Edsel models, while others dropped the name from their dealership's advertising "slugs." Ford issued a statement that it would distribute coupons to consumers who purchased 1960 models (and carryover 1959 models) prior to the announcement, valued at 0 to 0 towards the purchase of new Ford products to offset the decreased values. The company also issued credits to dealers for stock unsold or received, following the announcement.

There is no single reason why the Edsel failed, and failed so spectacularly. Popular culture often faults the car’s styling. Consumer Reports cited poor workmanship. Marketing experts hold the Edsel up as a supreme example of corporate America’s failure to understand the nature of the American consumer. Business analysts cite the weak internal support for the product inside Ford’s executive offices. According to author and Edsel scholar Jan Deutsch, the Edsel was "the wrong car at the wrong time."

One popular misconception was that the Edsel was an engineering failure, or a lemon, although it shared the same general reliability of its sister Mercury and Ford models that were built in the same factories. The Edsel is most famous for being a marketing disaster. Indeed, the name Edsel came to be synonymous with commercial failure, and similar ill-fated products have often been colloquially referred to as Edsels. Since it was such a debacle, it provided a case study for marketers on how not to market a product. The main reason the Edsel's failure is so famous was that it flopped despite Ford’s investment of 0,000,000 in its development.

The prerelease advertising campaign touted the car as having "...more YOU ideas," and the teaser advertisements in magazines only revealed glimpses of the car through a highly blurred lens or wrapped in paper or under tarps. Edsels were shipped to the dealerships undercover and remained wrapped on the dealer lots.

But the public also had a hard time understanding what the Edsel was, mostly because Ford made the mistake of pricing the Edsel within Mercury’s market price segment. Theoretically, the Edsel was conceived to fit into Ford’s marketing plans as the brand slotted in between Ford and Mercury. However, when the car arrived in 1958, its least expensive model—the Ranger—was priced within of the most expensive and best-trimmed Ford sedan and less than Mercury’s base Medalist model. In its midrange pricing, Edsel's Pacer and Corsair models were more expensive than their Mercury counterparts. Edsel's top-of-the-line Citation four door hardtop model was the only model priced to correctly compete with Mercury’s mid-range Montclair Turnpike Cruiser model.

Not only was the Edsel competing against its own sister divisions, but model for model, consumers did not understand what the car was supposed to be—a step up or a step below the Mercury.

After its introduction to the public, the Edsel did not live up to its overblown hype, even though it did have many new features, such as self-adjusting rear brakes and automatic lubrication. While consumer focus groups had said these and other features would make the "E" car attractive to them as car buyers, the cost of the cars outstripped what the public was willing to pay. When many potential buyers saw the base price tag, they simply left the dealership, and others were frightened by the price for a fully loaded, top of the line model.

One of the external forces working against the Edsel that Ford had no control over was the onset of the recession in late 1957.

When the Edsel was in its planning stages in the early and mid-1950s, the American economy was robust and growing. However, in the years that spanned the planning to its introduction, an economic recession hit, and American consumers not only shifted their idea of what an ideal car should be; in prior economic downturns, buyers flocked to the lower price marques like Plymouth, Chevrolet, and Ford. But in 1958, even these cars were perceived by some as unnecessarily large, and while the compact Rambler saw itself shoot to the third best selling make, none of the Big Three had anything compact to sell except their European cars built for Vauxhall, Simca, and Opel. The compacts introduced by the Big Three in 1960 were the direct result of the recession of 1958.

Compounding Edsel's problems was that the car had to appeal to buyers of other well established nameplates from the Big Three, such as Pontiac, Oldsmobile, Dodge, DeSoto, and even its internal sister division, Mercury -- itself never a stellar sales success.

Even if the 1958 recession hadn't hit when it did, the Edsel was entering into a shrinking marketplace. While Ernest Breech convinced Ford management that this market segment offered great untapped opportunity in the early 1950s, when the "E" car was in its earliest stages, by 1957, independent manufacturers in the mid-price field were drifting towards insolvency. Hoping to turn around their losses, Packard acquired Studebaker, yet the venerable Packard was no longer produced after 1958. On the other hand, American Motors changed its focus to the compact Rambler models, while their pre-merger brands (Nash and Hudson) were discontinued after the 1957 model year. Even Chrysler saw sales of its DeSoto marque drop dramatically from its 1957 high by over 50% in 1958. Following a disastrous 1959 model year, plans were made in Highland Park to discontinue DeSoto during its 1961 model year run.

Thus, the large, expensive Edsel that was planned to be all things to all people suddenly stood for excess, not progress.

The name of the car, Edsel, is also often cited as a further reason for its unpopularity. Naming the vehicle after Edsel Ford was proposed early in its development. However, the Ford family strongly opposed its use, Henry Ford II stating that he didn't want his father's good name spinning around on thousands of hubcaps. Ford also ran internal studies to decide on a name and even dispatched employees to stand outside movie theaters to poll audiences as to what their feelings were on several ideas. They reached no conclusions.

Ford hired the advertising firm Foote, Cone and Belding to come up with a name. However, when the advertising agency issued its report, citing over 6,000 possibilities, Ford's Ernest Breech commented that they had been hired to develop a name, not 6,000. Early favorites for the name brand included Citation, Corsair, Pacer, and Ranger, which were ultimately chosen for the vehicle's series names.

David Wallace, Manager of Marketing Research, and coworker Bob Young unofficially invited poet Marianne Moore for input and suggestions. Moore's unorthodox contributions (among them "Utopian Turtletop," "Pastelogram," and "Mongoose Civique") were meant to stir creative thought and were not officially authorized or contractual in nature. History has greatly exaggerated her relationship to the project.
At the behest of Ernest Breech, who was chairing a meeting in the absence of Henry Ford II, the car was finally called "Edsel" in honor of Edsel Ford, former company president and son of Henry Ford. Marketing surveys later found the name was thought to sound like the name of a tractor (Edson) and therefore was unpopular with the public.

Moreover, several consumer studies showed that people associated the name "Edsel" with "weasel" and "dead cell" (dead battery), drawing further unattractive comparisons.

Perhaps the most important factor in the Edsel's failure, however, was that when the car was introduced, the U.S. was entering a period of recession. Sales for all car manufacturers, even those not introducing new models, were down; consumers entered a period of preferring less expensive, more fuel-efficient automobiles.

Edsels were fast, but required premium gas and did not have the fuel economy desired during a recession. Mechanics disliked the bigger engine because of its unique design. The cylinder head had no combustion chamber and was perfectly flat, with the head set at an angle and "roof" pistons forming both a squish zone on one side and a combustion chamber on the other, meaning that the combustion took place entirely within the cylinder bore. This design reduced the cost of manufacture and possibly carbon buildup, but appeared strange to mechanics.

There were also reports of mechanical flaws in the models originating in the factory, due to lack of quality control and confusion of parts with other Ford models. Edsels in their first (1958) model year were made in both Mercury and Ford factories; the longer wheelbase models, Citation and Corsair, were produced alongside the Mercury products, and the shorter wheelbase models, Pacer and Ranger, were produced alongside the Ford products. There was never a stand-alone Edsel factory devoted solely to Edsel model production; workers making Fords and Mercurys literally had to change parts bins and tools to assemble extra Edsels once their hourly quota of regular Fords and Mercurys was achieved. As such, the desired quality control of the different Edsel models was difficult to attain for the new make of car. Many Edsels left the line unfinished, with the extra parts having been put into the trunks, with assembly instructions for the mechanics at the dealerships.

The Edsel is best remembered for its trademark "horsecollar" grille, which made it stand out from other cars of the period. A widely circulated wisecrack at the time was that "It looked like an Oldsmobile sucking on a lemon." Men often referred to the horsecollar grille as being akin to a woman’s genitalia. In fact, Robin Jones, a Ford designer at the time, later recalled that someone in the design studio - presumably as a cruel joke - actually taped hair to the inside of the grille area on one of the clay models produced during the design process; the end result, according to Jones, "looked like a hormonally-disturbed cow after giving birth."

Jokes aside, the front of the original Edsel turned out nothing like what was originally intended. Roy Brown, the original chief designer on the project, wanted a slender, almost delicate opening in the center; engineers, fearing engine cooling problems, vetoed the intended design, which led to the "horsecollar." The vertical grille theme, while improved for the 1959 models, was discontinued for the 1960 models, which were almost indistinguishable from Ford models of the same year, although the new front-end design bore no small resemblance to that of the 1959 Pontiac.

Many drivers disliked having the automatic transmission as pushbuttons (above) mounted on the steering wheel hub: this was the traditional location of the horn, and drivers ended up shifting gears instead of honking the horn. While the Edsel was fast, the location of the transmission pushbuttons was not conducive to street racing. There were jokes about stoplight dragsters and the buttons: D for Drag, L for Leap, and R for Race (instead of Drive, Low and Reverse).

There were also complaints about the taillights on 1958-model Edsel station wagons, which were boomerang-shaped and placed in a reverse fashion; at a distance, they appeared as arrows pointed in the opposite direction of the turn being made. While the left turn signal blinked, its arrow shape pointed right, and vice versa. However, there was little that could be done to give the Ford-based station wagons a unique appearance from the rear; corporate management insisted that no sheetmetal could be changed. Only the taillights and trim could be touched.

While the car and Ford’s planning of the car are the most often cited reasons for its failure, internal politics within the executive offices at Ford are as much to blame for the failure of the Edsel. Following World War II, Henry Ford II brought on Robert McNamara as one of the "whiz kids" to help turn Ford around. McNamara’s cost cutting and cost containment skills helped Ford emerge from its near collapse after the war. As such, McNamara eventually assumed a great deal of power at Ford. In many ways, McNamara was very much like Henry Ford: both men were committed to Ford above all other things and had little use for Continental, Lincoln, Mercury, and Edsel brand cars made by the company.

McNamara was against the formation of the separate divisions for Continental, Lincoln, Mercury, and Edsel cars, and moved to consolidate Lincoln, Mercury, and Edsel into the M-E-L division. McNamara saw to it that the Continental program was canceled and that the model was merged into the Lincoln range for 1958. He next set his sights on Edsel by maneuvering for elimination of the dual wheelbases and separate body used in 1958; instead, the Edsel would share the Ford platform and use Ford’s inner body structure for 1959. In 1960, the Edsel emerged as a Ford with different trim. McNamara also moved to reduce Edsel’s advertising budget for 1959, and for 1960, he virtually eliminated it. The final blow came in the fall of 1959, when McNamara convinced Henry Ford II and the management structure that the Edsel was doomed and that it was time to end production before the Edsel bled the company dry. (Note: McNamara also attempted to end the Lincoln nameplate; however, that effort ended with Elwood Engel's now classic redesign of 1961.) McNamara left Ford when he was named Secretary of Defense by President John F. Kennedy.

During the 1964 presidential election, Republican nominee Barry Goldwater blamed McNamara, then Secretary of Defense, for the Edsel's failure. Eventually, Ford's former executive vice president and financial contributor to Goldwater's campaign Ernest R. Breech wrote the Senator's campaign explaining that "Mr. McNamara ... had nothing to do with the plans for the Edsel car or any part of the program." However, the charge continued to be leveled against McNamara for years. During his time as head of the World Bank he instructed his public affairs officer to distribute copies of Breech's letter to the press whenever the accusation was made.[2]

The scheduled 1960 Edsel Comet compact car was hastily rebranded the Comet and assigned to Mercury dealerships. The Comet was an instant success, selling more cars in its first year than all models of Edsel produced during its three-year run. Styling touches seen in the Comets sold to the public that allude to being part of the Edsel family of models included the instrument cluster, rear tailfins (though canted diagonally), and the taillight shape (the lens is visually similar to that used on the 1960 Edsel, and even retained the embossed "E" code). The Comet's keys were even shaped like Edsel keys, with the center bar removed from the "E" to form a "C." For 1962, Ford officially assigned the Comet to the Mercury brand.

As the Edsel was a large commercial failure, the name became a popular joke in various media. A backronym, "Every Day Something Else Leaks", was inspired by the car's failure. Television programs, cartoons, video games, and films have all used the Edsel as humor, usually as a quick joke or as a sight gag.

In May 1958, then Vice President Richard Nixon was on a trip to Peru, riding in an Edsel convertible, when he was pelted with eggs and tomatoes by demonstrators. Nixon later joked: "They were throwing eggs at the car, not me."[3]

Fifty years after its spectacular failure, Edsel has become a highly collectible item amongst vintage car hobbyists. Fewer than 6,000 Edsels survive and are considered collectors’ items. A mint 1958 Citation convertible sometimes sells for over 0,000,[1] while rare models, like the 1960 convertible, may price up to 0,000. While the design was considered "ugly" fifty years ago, many other car manufacturers, such as Pontiac and Alfa Romeo, have employed similar vertical grille successfully on their car designs.
Many of the Edsel's features, such as transmission lock on ignition, adjustable brakes, gear selection as steering wheel buttons etc, which were considered "too impractical" in the late 1950s, are today standard features of sports cars.

Post Processing:
Topaz Add-On: Vibrance (HDR)
PhotoShop Elements 5: posterization, rough pastel, accented edges, ink outlines

Leaderboard