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Saturday, February 26, 2022

Hillary Rodham Clinton as a Young Child (Hat and Bonnet) with 1940s Pontiac in the Background


 From the National Archives and Records Administration Online Collection. The previous post featured tow photos of me next to or in a 1948 Chevrolet Fleetmaster. Above is Hillary with cars I the background. Can you identify the cars. It seems that all baby boomers had photos taken of them with cars in the background! Hillary is already reaching out for votes!


From Ed:
It does appear that the car shown behind the young Hillary is a Pontiac and I'm thinking a 1940 Business Coupe.  See photo from brochure on lower left of this page.  The windows are the same and there is a hint of the three fake louvers alongside the hood.  Could easily have been her father's car as he started out selling drapery fabrics around the midwest, often on-the-road so a businessman's coupe made perfect sense to many of these guys.



The vehicle in front of Hillary's family car appears to be a turret-top 1947 Studebaker.  One can sort of see
the back-end of the turret top and the rear sloping trunk lid is another give away as well as the rather
minimal rear wheel well covering.




Friday, February 25, 2022

1948 Chevrolet Fleetmaster Coupe

 



As I think back about my childhood, I realized how much we were a Chevrolet family. Inaddition to the 1948 Fleetmaster shown above (with my mother and I in the photo), we had a 1954 BelAir, 1962 Chevy II, 1972 Mailbu, and 1979 Malibu Classic.

I have fond memories of the 1948 Chevy, especially the dash. This was a top of the line model for that year and is valued by custom dodders to this day. 

My older (13 years older) cousin George had a 1947 Chevy, and he would take me on a thrill ride from time to time when I was about age of the photos in this blog entry. 

With the exception of the 1979 that was flawed with a THM-200 transmission, all our Chevys were good, dependable and solid cars. My father was not a car guy by any means, but just down the street I had two cousins who were and got me interested in a variety of cars that looked good and performed.

Thursday, February 24, 2022

Roadside Gas Stations in Texas, Photographs by John Margolies

  • Title: Ace Good Luck Service Station, Texas City, Texas
  • Creator(s): Margolies, John, photographer
  • Date Created/Published: 1979.
  • Medium: 1 photograph : color transparency ; 35 mm (slide format).
  • Reproduction Number: LC-DIG-mrg-05309 (digital file from original color transparency)
  • Rights Advisory: No known restrictions on publication. For more information, see "John Margolies Roadside America Photograph Archive - Rights and Restrictions Information" (http://www.loc.gov/rr/print/res/723_marg.html)


  • Title: Rocket Gas sign, Texas City, Texas
  • Creator(s): Margolies, John, photographer
  • Date Created/Published: 1979.
  • Medium: 1 photograph : color transparency ; 35 mm (slide format).
  • Reproduction Number: LC-DIG-mrg-02237 (digital file from original color transparency)
  • Rights Advisory: No known restrictions on publication. For more information, see "John Margolies Roadside America Photograph Archive - Rights and Restrictions Information"(http://www.loc.gov/rr/print/res/723_marg.html)

  • Title: Phillips 66 gas station, Turkey, Texas
  • Creator(s): Margolies, John, photographer
  • Date Created/Published: 1977.
  • Medium: 1 photograph : color transparency ; 35 mm (slide format).
  • Reproduction Number: LC-DIG-mrg-00024 (digital file from original color transparency)
  • Rights Advisory: No known restrictions on publication. For more information, see "John Margolies Roadside America Photograph Archive - Rights and Restrictions Information"(http://www.loc.gov/rr/print/res/723_marg.html)

  • Title: Welcome Travelers gas station, straight-on view, New Laredo Highway, San Antonio, Texas
  • Creator(s): Margolies, John, photographer
  • Date Created/Published: 1982.
  • Medium: 1 photograph : color transparency ; 35 mm (slide format).
  • Reproduction Number: LC-DIG-mrg-00042 (digital file from original color transparency)
  • Rights Advisory: No known restrictions on publication. For more information, see "John Margolies Roadside America Photograph Archive - Rights and Restrictions Information"(http://www.loc.gov/rr/print/res/723_marg.html)


  • Title: Ray Rogers Mobil gas station (1933), straight-on view, Broadway, San Antonio, Texas
  • Creator(s): Margolies, John, photographer
  • Date Created/Published: 1982.
  • Medium: 1 photograph : color transparency ; 35 mm (slide format).
  • Reproduction Number: LC-DIG-mrg-00043 (digital file from original color transparency)
  • Rights Advisory: No known restrictions on publication. For more information, see "John Margolies Roadside America Photograph Archive - Rights and Restrictions Information"(http://www.loc.gov/rr/print/res/723_marg.html)

  • Title: Museum gas station, Route 20, McNary, Texas
  • Creator(s): Margolies, John, photographer
  • Date Created/Published: 1979.
  • Medium: 1 photograph : color transparency ; 35 mm (slide format).
  • Reproduction Number: LC-DIG-mrg-00694 (digital file from original color transparency)
  • Rights Advisory: No known restrictions on publication. For more information, see "John Margolies Roadside America Photograph Archive - 

Only problem with these photographs -- there are no automobiles in the images!

 

Wednesday, February 23, 2022

The History of the Mercedes-Benz 4MATIC and its Precursors

In 1997, the new 4MATIC made its debut in the Mercedes-Benz E-Class 210 model series. The all-wheel drive tradition of Mercedes-Benz includes the Daimler Colonial passenger car with four-wheel drive and four-wheel steering, the so-called “Dernburg car”. It was built in 1907 and delivered in 1908. Exterior photo from the front left from 1908. (Photo index number in the Mercedes-Benz Classic Archives: 2000M261)


In 1997, the new 4MATIC made its debut in the Mercedes-Benz E-Class 210 model series. Transparent drawing of the drivetrain with engine, transmission and powertrain on front and rear axle of a saloon of the 210 model series from 1997. (Photo index number in the Mercedes-Benz Classic Archives: C96F5940


This significantly further developed generation of all-wheel drive made its debut 25 years ago in the E 280 4MATIC and E 320 4MATIC models of the E-Class 210 model series. Both were equipped with V6 engines of the newly developed M 112 model series with three-valve technology and dual ignition. These vehicles were presented to an international general public for the first time at the AutoRAI trade fair in Amsterdam from 6 to 16 February 1997. The E 280 4MATIC was available immediately after this premiere,  the market launch of the higher-displacement variant followed in June 1997.

The new 4MATIC was not the first all-wheel drive from Mercedes-Benz. But it sets standards 25 years ago for the comfortable handling of passenger cars even under difficult winter conditions, such as icy and snowy roads. The trade journal “auto motor und sport” writes in its July 1997 issue about “almost foolproof driving stability, coupled with unrivalled traction on slippery surfaces”. Compared to the first 4MATIC, presented in 1985 in the upper mid-range 124 model series, which “only intervened when things got noticeably slippery”, the report positively highlights the permanent all-wheel drive strategy. Not only is this intended for critical road conditions, but also fundamentally improves driving behaviour in dynamic situations. The sales brochure for the 210 model series saloons says of the new 4MATIC: “The permanent all-wheel drive ensures [...] excellent traction and driving stability when accelerating and especially when cornering.” This resulted in “easy handling, active driving safety, dynamics at the highest level and lots of driving pleasure”.

All-wheel drive tradition from Mercedes-BenzThe history of Mercedes-Benz vehicles with all-wheel drive goes back to the early years of the 20th century. The “Illustrirte Zeitung” wrote in retrospect in 1917 about Paul Daimler, then technical director of the Österreichische Daimler-Motoren-Gesellschaft in Wiener Neustadt, who “in 1903 [...] laid the foundations for four-wheel drive design”. After the first vehicles for the Austrian and Prussian military in the years 1905 to 1907, Daimler-Motoren-Gesellschaft built the “Dernburg-Wagen” in 1907, the first passenger car ever with all-wheel drive and all-wheel steering, which was delivered to German South West Africa in 1908. Benz & Cie. also produced various all-wheel drive prototypes during this period. The first market-ready Benz car with four-wheel drive was the VRL off-road vehicle, which was, of course, only built as a one-off around 1920.

After the merger to form what was then Daimler-Benz AG in 1926, all-wheel drive vehicles of the Mercedes-Benz brand were created which were also suitable for military use. In the W 136 model series, these include the 170 VG (with all-wheel drive) and 170 VL (with all-wheel drive and four-wheel steering) models. The Mercedes-Benz G5 (W 152) with all-wheel drive and selectable four-wheel steering, which was unveiled in 1938, proved itself as an emergency vehicle for the Berchtesgaden mountain rescue service, among others, which continued to use this model until the 1950s.

Even the first generation of the 4MATIC is a milestone in Mercedes-Benz chassis development. It is presented at the International Motor Show (IAA) in Frankfurt am Main in September 1985. The automatically engaging four-wheel drive has its premiere in the saloons and estates with six-cylinder engines of the 124 model series, the 260 E 4MATIC and 300 E 4MATIC models. These all-wheel-drive variants of the later first E-Class are delivered from 1987. By this time, the model range has been extended to include the 300 D 4MATIC and 300 D Turbo 4MATIC. The 4MATIC is the most technically complex system of the “Mercedes-Benz Driving Dynamics Concept” introduced in 1985, which also includes the Automatic Locking Differential (ASD) and the Traction Control System (TCS).

Friday, February 18, 2022

Remember Curb Feelers?


As I get older, I could use 4 of them. Long before the autonomous parking feature, there were these accessories that appear to be patented for the first time in the 1930s. 


From Wiki:

Curb feelers or curb finders are springs or wires installed on a vehicle which act as "whiskers" to alert drivers when they are at the right distance from the curb while parking. 

The devices are fitted low on the body, close to the wheels. As the vehicle approaches the curb, the protruding feelers scrape against the curb, making a noise and alerting the driver in time to avoid damaging the wheels or hubcaps. The feelers are manufactured to be flexible and do not break easily.



As advertised on Amazon






Up for bids at a Barrett-Jackson auction


A 1960 Mercedes-Benz 300 as a Mobile Laboratory



Mercedes-Benz Museum, Legend Room 5: Visionaries – Safety and the Environment. Mercedes-Benz 300 (W 189) as a measuring car, from 1960. For vehicle development purposes, this unique vehicle was connected to the development vehicle via a cable, thus enabling it to record data from sensors providing dynamic measurements. Photo of the measuring equipment in the rear.


Mercedes-Benz Museum, Legend Room 5: Visionaries – Safety and the Environment. Mercedes-Benz 300 (W 189) as a measuring car, from 1960. For vehicle development purposes, this unique vehicle was connected to the development vehicle via a cable, thus enabling it to record data from sensors providing dynamic measurements. Photo of the power supply in the rear.


Mercedes-Benz 300 (W 189) as a measuring car. The one-off model was built in 1960. For vehicle development purposes, this unique vehicle was connected to the development vehicle via a cable, thus enabling it to record data from sensors providing dynamic measurements. Photo on the test track in Untertürkheim. These days, the vehicle can be seen in the Mercedes-Benz Museum, Legend Room 5: Visionaries – Safety and the Environment. (Photo index number in the Mercedes-Benz Classic Archives: 1995M169)

This Mercedes-Benz 300 in Legend Room 5 of the Mercedes-Benz Museum is doubly striking. Firstly because of the long cable connecting it to a Mercedes-Benz 220 S (W 111) – and then because only one half of the car looks like a normal “Adenauer” (as this representative vehicle is called due to the first German Chancellor Konrad Adenauer’s preference for the model). The difference begins behind the B-pillar: from that point back stretches an elegant, elongated rear end generously glazed with panoramic windows, reminiscent of an estate car. Beautifully shaped tail lights, along with exhaust tips integrated into the bumper, catch the eye. Then the surprise inside, where we find numerous measuring instruments as well as two individual seats with narrow, wickerwork backrests – rather like garden chairs.

Tailor-made: The very individually constructed and equipped vehicle is resolutely configured for its intended use. This is because this one-off model was built by Mercedes-Benz in 1960 as a measuring car for the development engineers in the testing department. The elegant Mercedes-Benz saloon in the W 189 series was chosen as its basis because of the need for a fast and large vehicle. After all, the measuring car not only had to follow other vehicles effortlessly, it also had to be able to transport the voluminous measuring equipment.

Mobile laboratory: For many years, the converted Mercedes-Benz 300 was used successfully as a rolling measurement laboratory. For this purpose, it was connected to another vehicle via a cable up to 30 metres long – a kind of early “local area network” (LAN). The line transmitted sensor data to sensitive measuring devices in the rear.

Continuous improvement: Using innovation to make ever better use of what is technically possible – this ideal has driven vehicle development at Mercedes-Benz since the invention of the automobile in 1886. From the middle of the 20th century onwards, sensor data became increasingly important. It provided engineers with valuable information about whether an invention worked as desired, or how it could still be improved. But there was a problem: the measuring instruments in the 1950s were large, heavy, and sensitive. In the development vehicle itself, they would influence the driving characteristics – and also be shaken around a lot, e.g. on the “boneshaker” track. No, that just wouldn’t do.

Key role: The solution was ingeniously simple. Mercedes-Benz split the sensor technology and the acquisition of measurement data between two vehicles – and so the measuring car was born. While the development engineers guided the prototype through the desired dynamic handling tests, the more quietly rolling laboratory followed at a distance and received the measurement data, e.g. from the shock absorbers, via the cable. Telemetry is the name of this sort of data transmission, subsequently accomplished via radio signals. In most cases, the sensor data was recorded in the measuring car on magnetic tape and evaluated later in peace and quiet.

Rolling workplace: A look inside the measuring car shows that the engineers did not enjoy top comfort. Headroom is limited, and the two seats have simple garden chair backs in woven rattan. Plus the glazing probably not only let a lot of light into the interior on sunny days, but also created something of a greenhouse climate. At least the body has ventilation openings on the sides.

Special equipment: The prototype can transmit fourteen measured values simultaneously to the mobile laboratory – not a bad value at the time. Every bit of space in the rear of the 300 is utilised for the sensitive devices, always specifically selected for the respective measuring programme. To supply these with electricity, there is also a generator on board. And, of course, there is also a radio link between the two vehicles.

Fast: This special Mercedes-Benz 300 is powered by the injection engine from the later version of the W 189 (1957 to 1962), which develops 118 kW (160 hp). A contemporary description states 120 km/h as the maximum speed. A normal “Adenauer” with automatic transmission could reach 165 km/h. The measuring car was used until the 1970s, mainly on the test track in Untertürkheim. But it also has road approval, and thus a registration number: S-MH 867.

Pushing boundaries: Today, the entire data acquisition system travels with the prototype. Modern sensor and computer technology makes this possible, being lighter and smaller. The number of simultaneously recorded measuring channels has also increased considerably: the milestone figure of 1,000 has long been exceeded. Indeed, the developers’ hunger for knowledge is greater than ever. But this also remains their motivation: to make the car of tomorrow even better. With every new Mercedes-Benz.

Monday, February 14, 2022

The Aloha Wanderwell Story -- 1924 Eygpt -- Complexities!


 I just picked this  photo from a Facebook post. It is from a promotional booklet published sometime in the 1920s. It illustrates Aloha in Egypt with the clim that the Wanderwell Expedition was there when Tut’s Tomb was opened. The problem is that that can’t be the case. The tomb was opened on November 4, 1922. The Wanderwell expedition was in Egypt in 1924. This brochure is another example of the mistruths, bad information, carelessness with details, that one can find when studying this topic. The entire story is engaging and remarkable, but also tests the historians to the limit. It remains to be determined -- was Aloha a true heroic figure are the product of a publicity campaign fueled by her husband that is less than fully authentic.

Friday, February 11, 2022

Charging at Home the Mercedes-Benz Way




With the new Mercedes-Benz Wallbox, the intelligent power grid at home is already becoming a reality to a certain extent. Users can connect it to their own Internet connection via Ethernet cable or WiFi. In this way, they can conveniently operate the wallbox with the Mercedes me App2 on their smartphone - no matter where they are. For example, they can control the charging process of their vehicle. With the help of an integrated energy meter, the current status of the charged electricity as well as the overview of all charging processes can be conveniently read in the Mercedes me App. An overview of charging costs is also available. To protect against unauthorized use, the Mercedes-Benz Wallbox can be activated or locked via the app or via RFID[5]card.

The Mercedes-Benz Wallbox also has the technical option of receiving software updates "over-the-air" in the future. In this way, additional practical functions can be added continuously, for example access control with RFID or the smart integration of the wallbox into the customer's own energy network and energy management system.

Technology meets design

Mercedes-Benz stands for the combination of convincing technology, outstanding comfort and ground-breaking design. This also applies to the new Mercedes-Benz Wallbox. The housing follows the design principles of Mercedes-EQ and thus becomes a design piece for garage or carport. At the same time, it is robust and allows intuitive operation. The wallbox controls the charging process, adapts the charging power to the charging process and delivers up to 22 kW in three phases. This makes charging many times faster than at a conventional household socket. A multi-coloured LED light on the wallbox indicates the current status of the charging process. The integrated safety components of the wallbox, assuming the unit is correctly installed, provide additional protection against fault currents for the vehicle, the house installation and the wallbox during charging.

In order to meet national funding requirements, if applicable, the maximum charging power can be reduced to 11 kW during installation by a qualified electrician. In Germany, the Mercedes-Benz Wallbox is supplied with a permanently connected six-metre charging cable with a type 2 plug. Depending on national requirements, it is also expected to be available as a version with a Type 2 socket in the fourth quarter of 2022.

The Mercedes-Benz Wallbox charges all current and future Mercedes-Benz electric and plug-in hybrid vehicles with the universal Type 2 connection in accordance with the IEC 61851-1 standard. Of course, electric vehicles from other manufacturers can also be charged.

Availability and price

The Mercedes-Benz Wallbox is expected to be available in Germany and in many European countries in April 2022 at Mercedes-Benz dealers. In some markets, it is also successively available online in the Mercedes-Benz Shop. Selected installation partners will also offer the Mercedes-Benz Wallbox. The recommended retail price in Germany is 990 Euros (incl. 19% VAT) for the Mercedes-Benz Wallbox, in addition to the costs for professional installation. The respective national installation partner supports the consultation and installation of the wallbox. The market launch of the wallbox will take place successively in the following countries over the next few months: Germany, Switzerland, Sweden, Denmark, Poland, Belgium, Luxembourg, Netherlands, Italy, Spain, Greece, Romania, Slovakia, Czech Republic, Hungary, Austria, Norway, Ireland, Finland, Bulgaria, Croatia, Cyprus, Estonia, Latvia, Lithuania, Slovenia, Australia, Thailand, New Zealand, France, Portugal, Mexico.


"Small Car, Great Love” -- a Conemporry Documentary on the 1949 Volkswagen Beetle in German


A great film! The music reminds me of the 1936 Jam Handy “Master Hands” Film on the 1936 Chevrolet. One wonders if Marshall Plan money went to VW to help restart operations. I visited Wolsburg operations in 2015 and the buildings depicted in the film looked very familiar. To rebuild so soon after Nullstunde” was a real testimony to the grit of the German people.

Tuesday, February 8, 2022

1955 Mercedes-Benz 300SL Gullwing Coupe






From Jay Leno’s Garage.  If there is one car I would like to own, it would be a M-B 300 SL Probably a convertible, but not choosey!