Hi folks -- is this the future, a dead end, or one of a number of alternative fuel vehicles that will be a part of a Darwinian competition? Whatever the case, the future of personal transportation will be interesting.
And from the company that brought us the Prius.
Torrance, Calif. (July 13, 2015) -- It’s almost here, and California customers will soon be able to request their own Mirai. And why wouldn’t they?
The Mirai hydrogen fuel cell electric vehicle uses no gasoline and emits nothing but water vapor. It’s the only zero emission electric vehicle on the market that tops the 300 mile range milestone (an EPA estimated driving range rating of 312 miles, to be exact) and offers an EPA estimated 67 mpge city/highway/combined.
In just one week, on July 20, California trailblazers can request their very own Mirai by visiting www.toyota.com/mirai. All requests will be made through www.toyota.com/mirai. Eligible customers will ultimately choose one of the eight authorized California dealers for Mirai delivery. After placing a request, potential Mirai drivers will be contacted directly by a Toyota representative to explore the possibility of Mirai ownership.
And ownership does have its privileges. The Mirai comprehensive, ownership experience offers a range of world-class services, including three years’ worth of complimentary fuel [1], three years of 24/7 customer call support, 8-year/100,000-mile warranty on key fuel cell vehicle components[2]and much more.
Let the countdown to the future begin!
This blog will expand on themes and topics first mentioned in my book, "The Automobile and American Life." I hope to comment on recent developments in the automobile industry, reviews of my readings on the history of the automobile, drafts of my new work, contributions from friends, descriptions of the museums and car shows I attend and anything else relevant. Copyright 2009-2026, by the author.
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Monday, July 13, 2015
Saturday, July 11, 2015
A Last Ride in a Chevrolet Nomad
This article appeared in today's Dayton Daily News: "Wife gets final ride in treasured hot rod."
"The love of hot rods, and especially their Chevy Belair Nomad, was something that Springfield's Paul and Susan Packer shared during their nearly 50-year marriage.
So Paul Packer and his family thought it only fitting that they use the hot rod to transport Susan Packer to her final resting place at the Vernon Ashbury Cemetery after her funeral Friday at Richards, Raff and Dunbar memorial Home in Springfield. Susan Lyane Packer, 65, died at Spring field Regional Medical Center.
The hot rood was purchased in White Sands, N.M. in 1972 while Paul Packer was stationed in the Army. When he left the Army, he drove the family and car home to Springfield.
"The love of hot rods, and especially their Chevy Belair Nomad, was something that Springfield's Paul and Susan Packer shared during their nearly 50-year marriage.
So Paul Packer and his family thought it only fitting that they use the hot rod to transport Susan Packer to her final resting place at the Vernon Ashbury Cemetery after her funeral Friday at Richards, Raff and Dunbar memorial Home in Springfield. Susan Lyane Packer, 65, died at Spring field Regional Medical Center.
The hot rood was purchased in White Sands, N.M. in 1972 while Paul Packer was stationed in the Army. When he left the Army, he drove the family and car home to Springfield.
Friday, July 10, 2015
American Automobile Industry Innovations, 1920-1940
US Automobile Innovations, 1920-1940
1921 – Hudson/Essex – Closed Steel Bodied Automobile
1922 – 1st Carburetor Air Cleaner
1923 – Packard – 4 Wheel Brakes
1924 – Tetra Ethyl Lead Gasoline Additive
1924 – Balloon Tires Standard
1924 – Thermostatic Control of Cooling System
1924 – Chrysler – High Compression Engine with 7 Bearing
Crankshaft
1925 – 1st Hydraulic Shock Absorber
1926 – 1st Chrome Plating
1928 – Safety Glass Windshield Standard
1928 – Fuel Pumps Introduced
1929 – Downdraft Carburetor
1929 – Automobile Radio
1931 – Hydraulic Valve Lifters Introduced
1931 – 1st Automatic Choke
1931 – 1st inside Sun Visors
1931 – Buick – Buick – Vacuum Powered Clutch
1931 – Dodge Vacuum Powered Clutch
1931 – Plymouth – Flexible Engine Mounting
1932 – Hudson -- Ignition Key Starting
1933 – First Turn Signal
1934 – GM Independent Front Suspension
1934 – Chrysler – Airflow Design – Body and Frame Combined
1935 – Introduction of Lincoln Zephyr
1935 – GM – All Steel Roof
1935 – Sloping Side Windows Built In
1935 – Defrosters
1937 – Oldsmobile – “Automatic” Transmission
1937 – Studebaker – Windshield Washers
1937 – Nash – Fresh-Air Heater
Thursday, July 9, 2015
Is Motorsport the essential Driving Force Behind New Automotive Technologies?
Hi folks -- what follows is a statement by the head of Porsche motor sports arguing that motor sports is essential to automotive technological change. This is an old argument that goes back to the be inning of the automotive age. Eddie Rickenbacker was a chief proponent of this view; driver Barney Oldfield came to argue against this after about 1916. What do you think?
“Motorsport is an essential driving force behind new technologies”
Stuttgart. Scoring a double victory under extremely challenging conditions on the historic Watkins Glen circuit in the USA, Porsche celebrated its greatest GT success so far this season. Heading to the next round of the Tudor United SportsCar Championship at Mosport/Canada on Sunday, Porsche’s Head of Motorsport Dr Frank-Steffen Walliser reflects on the triumph at the six-hour classic in an interview and talks about the importance of motorsport to Porsche, the technology transfer between motor racing and production, the success of Porsche’s junior development programme and customer racing around the world.
Dr Walliser, how would you evaluate the success at the most difficult race of the season by now in the USA?
“Several factors came together at Watkins Glen. Falken Tire had a risky but clever strategy that worked. The freak weather with constantly changing conditions was in our favour. It’s not exactly a secret that our 911 RSR performs particularly well in the rain. Still, the drivers have to manage to keep the car on the track and not make any mistakes. But despite our victory, the race wasn’t entirely without mishap for us. Not every pit stop went perfectly. Although we’re very pleased, we certainly know we still have things to do.”
This coming Sunday it’s Mosport. What improvement can you make until then?
“We can definitely focus on improving our pit stops and try to respond better to unexpected situations. That’s possible from race to race. Our drivers and teams are highly motivated after this double victory. I’m sure that they’ll do even better at Mosport.”
“Motorsport is an essential driving force behind new technologies”
Stuttgart. Scoring a double victory under extremely challenging conditions on the historic Watkins Glen circuit in the USA, Porsche celebrated its greatest GT success so far this season. Heading to the next round of the Tudor United SportsCar Championship at Mosport/Canada on Sunday, Porsche’s Head of Motorsport Dr Frank-Steffen Walliser reflects on the triumph at the six-hour classic in an interview and talks about the importance of motorsport to Porsche, the technology transfer between motor racing and production, the success of Porsche’s junior development programme and customer racing around the world.
Dr Walliser, how would you evaluate the success at the most difficult race of the season by now in the USA?
“Several factors came together at Watkins Glen. Falken Tire had a risky but clever strategy that worked. The freak weather with constantly changing conditions was in our favour. It’s not exactly a secret that our 911 RSR performs particularly well in the rain. Still, the drivers have to manage to keep the car on the track and not make any mistakes. But despite our victory, the race wasn’t entirely without mishap for us. Not every pit stop went perfectly. Although we’re very pleased, we certainly know we still have things to do.”
This coming Sunday it’s Mosport. What improvement can you make until then?
“We can definitely focus on improving our pit stops and try to respond better to unexpected situations. That’s possible from race to race. Our drivers and teams are highly motivated after this double victory. I’m sure that they’ll do even better at Mosport.”
Wednesday, July 8, 2015
US Automotive Firsts, 1893-1920
U.S. Automotive Firsts, 1893-1920
1898 – Winton – 1st Car Sold in US
1901 – Autocar – 1st Shaft-driven US Car
1901 – Olds – 1st Volume Produced Car
1903 – Winton – 1st Car to Cross US
1903 Rambler – 1st Standard Windshield
1905 – Ignition Locks
1905 – Packard – Magneto Ignition
1906 – Front Bumpers Appear
1907 – 1st Service Station in US
| Standard Oil Company's Service Station in Seattle, 1907. Courtesy UW Special Collections |
1907 – First Demountable Rims
1908 – Rambler – 1st Spare Tire
1911 – Cadillac – 1st Self Starter
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| Charles Kettering with the first electric self-starter, installed on a Cadillac for the first time Feb. 17. 1911 |
1913 – Ford – 1st Moving Assembly Line
1914 – 1st Spiral-Bevel Rear Axles
1914 – Maxwell – 1st Adjustable Seat
1916 – 1st Hand-Operated Windshield Wipers
1916 – 1st Standard Stop Lights on Some Cars
1916 – 1st Standard Stop Lights on Some Cars
1917 – 1st Battery Under Hood
1919 – Detroit – 1st 3 color traffic lights
Tuesday, July 7, 2015
The 2015 Solitude Revival and a "Hobel " design Mercedes-Benz 300 SL
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| Hans Herrmann competing in the French Grand Prix in Reims, 1954. |
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| Mercedes-Benz 300 SL (W 194 series) with chassis number W 194 011. Racing prototype developed for the 1953 racing season. However, this prototype never raced. |
A unique gem from the Mercedes-Benz Classic collection will be in the starting line-up at Solitude Revival 2015: the Mercedes-Benz 300 SL with chassis end number 00011/53, affectionately known as the "Hobel" ("carpenter's plane") on account of its striking front-end design. The event will take place from 17 to 19 July 2015 and celebrates the former race circuit just outside Stuttgart and the motorsport successes attained there.
Stuttgart. – The legendary Solitude Ring was one of Germany's leading circuits for car and motorcycle competitions. Races were held here until 1965, including Formula 1 meetings in the 1960s. "The Solitude", as the winding, roller-coaster triangular circuit is called, citing the palace of the same name which is situated nearby, is also of major significance to Mercedes-Benz, whose best racing cars and drivers were already competing here before the Second World War. Alfred Neubauer appeared here for the first time in his capacity as race manager in 1926. And in the 1950s the "Solitude" was used for testing racing cars and training drivers.
"The Solitude Revival commemorates a golden age of motorsport in Stuttgart. This year, Mercedes-Benz Classic is celebrating the incredibly successful 1955 season – in which the 300 SL played an instrumental role", says Michael Bock, head of Mercedes-Benz Classic and the Customer Center. "As an automotive brand which is particularly committed to upholding our classic car heritage, we can well imagine stepping up our involvement at the next Solitude Revival in 2017".
In the wake of the Second World War, Mercedes-Benz achieved a highly successful return to international motorsport in 1952 with the 300 SL racing sports car (W 194), ten of which were built in all. Its greatest triumphs included double victories in the Le Mans 24-hour race and the Carrera Panamericana. Keen to continue this excellent showing in 1953, the management board decided to develop an improved vehicle for the new motorsport season. The prototype, allocated chassis end number 00011/53, featured a host of performance-enhancing improvements compared with the original 300 SL racing sports car. With the new direct petrol injection system, for example, the engine now had an output of 215 hp (158 kW) - a good 40 hp (29 kW) more than the original version with carburettor. In addition, the transmission was now installed in a transaxle configuration, a single-joint swing axle was used for the first time, the cooling air ducting was modified, the overall weight of the vehicle was lowered and the chassis was revised. The engineers also reduced the frontal area. This modified front-end design earned the vehicle the nickname "Hobel" in German, which translates as "carpenter's plane". The vehicle was completed and ready to compete at the beginning of 1953. But then the company decided to resume Grand Prix sport as of 1954 and to field a totally new racing car in Formula 1. This ambition took precedence over all other motorsport activities, as a result of which its plans to take part in racing in 1953 were abandoned and the 300 SL was never raced in any competitions. Instead, it provided important findings for the new Formula 1 racing car - the W 196. Above all, however, its injection engine made it an important predecessor of the famous 300 SL "Gullwing" series production sports car (W 198), which was built from 1954.
The "Hobel" on the Solitude – and Hans Herrmann in brilliant form
12 October 1953. Mercedes-Benz reserved a whole day on the Solitude Ring for test drives, as well as to give the drivers an opportunity to put in some training for the 1954 season. As the route ran along normal public roads, it was cordoned off by 150 police officers. Two 300 SL models were available: a racing sports car from the 1952 season and the vehicle with chassis end number 00011/53. The starting and finishing line was at Glemseck Corner.Race manager Alfred Neubauer had everything organised just like on a race day: tyres, fuel drums, signal flags and timing facilities were in place, mechanics and engineers were present, as were photographers and medics. A perfect set-up for a training day.
The fastest lap time was clocked up by the youngest driver: Hans Herrmann finished the 11.7-kilometre course in 4 minutes and 52 seconds, outclassing considerably more experienced drivers in the process: Karl Kling (5:17 minutes), Hermann Lang (5:10 minutes), Fritz Rieß (5:07 minutes) and technical test manager Rudolf Uhlenhaut (5:03 minutes). "Our up-and-coming young driver Hans Herrmann put in a surprising performance, being the only one to finish in under five minutes and breaking the official lap record held to date by motorcyclist Kavanagh", Neubauer noted in his report – and he duly signed up the talented young driver for the 1954 season on the strength of this extraordinary high-speed feat.
Hans Herrmann maintains close ties with Mercedes-Benz cars to this day. As one of Mercedes-Benz Classic's ambassadors he is frequently to be seen behind the wheel of historical racing cars at renowned events.
Solitude Revival 2015
Mercedes-Benz Classic will be moving the 300 SL around the legendary circuit at the Solitude Revival 2015 on Saturday, 18 July. On Friday (17 July) and Sunday (19 July) the vehicle will be on display at the drivers' paddock, offering ample opportunity to admire it close-up.
The Solitude Revival was staged for the first time in 2008.The next meeting took place three years later, since when the event has been held every two years - on the authentic circuit, just as it existed 50 years ago. The sole requirement for participants is that the vehicles have to have been built prior to 31 December 1975. This criterion and the presence of outstanding racing cars and racing drivers guarantee an extraordinary museum on wheels at the event.The highlight is a race covering 12 laps and a total of 140 kilometres.A comprehensive programme of accompanying attractions rounds off the event.
The 18th of July is a notable date for fans this year, as it was on this day precisely 50 years ago that the Solitude Grand Prix made racing history, with both the world championship races in all six motorcycle classes and a Formula 2 race all taking place on the same day.
Mercedes-Benz 300 SL racing prototype (W 194, 1953)
1953 saw the launch of a fully revised version of the 300 SL racing sports car which had raced to one victory after another in 1952. Thanks to direct petrol injection, the new racing sports car for the 1953 season had an output of 215 hp (158 kW) - a good 40 hp (29 kW) more than its predecessor. Track width and wheelbase were reduced and the front end was modified, resulting in lower drag. Other highlights were the single-joint swing axle that was used for the first time and the transmission flange-mounted on the differential in transaxle configuration – measures which resulted in better-balanced axle load distribution and excellent handling. Due to the angular front end of the newly designed body, the unique innovative gem acquired the internal nickname "Hobel", which translates as "carpenter's plane". While it was never entered in a competitive race because the entry into Formula 1 which was planned for 1954 tied up all the available capacities, it represented an important stepping stone on the way to the 300 SL "Gullwing" series production sports car.The "Hobel" has remained in the company's possession ever since 1952.
Technical data - Mercedes-Benz 300 SL racing prototype (W 194)
Cylinders: 6/in-line
Displacement: 2996 cubic centimetres
Output: 158 kW (215 hp)
Top speed: 250 km/h
Displacement: 2996 cubic centimetres
Output: 158 kW (215 hp)
Top speed: 250 km/h
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