Showing posts with label vehicles. Show all posts
Showing posts with label vehicles. Show all posts

Friday, March 15, 2013

Historic commercial vehicles: With a flat belt and pinion drive

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One of the forebears of the new Mercedes-Benz Atego was the “Daimler 4 hp” truck from 1899 – the third version of the world’s first truck, dating back to 1896. The first ignition in the truck – still with petrol from the pharmacy in those days – had occurred just three years previously in Bad Cannstatt, where Gottlieb Daimler built his motor vehicle for the transportation business 117 years ago. Even in 1909 petrol was only available in pharmacies, chemist’s, bicycle shops or inns. The first motorised truck looked like a horse and cart without a drawbar. Its engine with a displacement of one litre was hung on the tail end and actuated the rear wheels via a pinion drive. It had two cylinders which were cast in one block, and its design corresponded to that of the Phoenix engine, which also powered Daimler’s motorised passenger carriage. This is where Daimler’s congenial partner Wilhelm Maybach demonstrated to posterity how engines are made.

A shaft located transversely to the longitudinal axis of the vehicle was driven via a belt transmission. There were pinions on both sides of the shaft and each one of these engaged in the internal toothing of a gear rim, which was firmly attached to the wheel to be driven. This solution was nothing short of visionary and its technical principle is regarded as being the predecessor of the planetary axle launched decades later. These axles play a major role in all-wheel drive vehicles for the construction site and today they are built at the Mercedes-Benz plant in Gaggenau. The principle involves the most powerful torque being built up at the point in the drive system where it acts as close as possible to the application of force – that is to say where the power is transferred from the wheel to the road surface.

The entry in the Daimler-Motorengesellschaft production record in Cannstatt, dated 1 October 1896, read: “Motorised truck order no. 81, vehicle no. 42, 4 hp two-cylinder engine, weight of the entire vehicle 1 200 kg for transporting 1 500 kg, invoiced to British Motor Syndicate Ltd. London.” This was the first truck in the world driven by a combustion engine to be put to commercial use. The truck was ordered on 19 February 1896.

Engine at the tail end was deemed annoying

The vehicle may not have been to the liking of the Daimler/Maybach duo themselves, for that same year they built a further motorised truck. The engine attached to the tail end of the first model was an obstruction, at least when loading at the rear. And so on the second model it was mounted on the vehicle frame beneath the driver’s seat. A year later the engine was positioned in the front end of the truck above the front axle – and this architecture has retained its validity to this day.

The “Daimler 4 hp truck” dating back to 1899 is one representative of this category. According to a note made in the commission book on 12 April 1899 it went to the “Stuttgart Municipal Waterworks”. A photo taken at the underpass next to the railway station in Cannstatt directly before the vehicle was delivered gives an insight into the times: the driver sat at the front on the open coach box, a worker stood on the drop-side body, next to him a huge vice and alongside that a fixture for cutting tubes and threads, some of the most important utensils used when laying water pipes, which consisted entirely of metal in those days.

According to the description the Daimler truck was available with a “2- or 4-cylinder engine” and now also with “electric ignition”. The “hot-tube ignition” which was customary back then and involved igniting wood chips, had a not-infrequent side effect: it blackened the face, obscuring the view. These delivery vans, as they were called, had outputs of 4, 6, 8 and 10 hp. The loads of the vehicles were given as 1 500, 2 000, 3 750 and 5 000 kilograms. “The wheels have iron tyres” it says in the terse description. One can only imagine what the noise on the cobblestones was like – this was the usual road surface back then. In the photo the brake pads made of wood are also clearly discernible on the rear wheels.

“The first truck was equipped with a belt drive at the rear wheels, but that did not work when transporting heavy loads”, remembered the foreman Hugo Rettich in 1950, having joined Daimler in 1896. “So they moved the belt drive to the front”. “For the five-tonne models”, Rettich continued, “the 10 hp two-cylinder Phoenix engine with hot-tube ignition was installed, and the rear wheels were driven via the aforementioned flat belt and pinion.”

Testing by customers was a Daimler maxim even back then

Gottlieb Daimler already recognised how valuable customer testing is: “This vehicle was trialled for 13 weeks at a brick factory in Heidelsheim near Bruchsal, the defects which occurred were immediately put right and the truck was made even more powerful.” This did not impress Emperor Wilhelm II: “The car has no future. I am placing my trust in the horse”, he claimed in 1904. Gottlieb Daimler, on the other hand, issued a promise even then: “You can rely on my trucks”. Today the official English claim is “Trucks you can trust.”

The “Daimler 4 hp truck”, in any case, performed loyal and sterling service for the Stuttgart Municipal Waterworks from 1899 to 1923. The trucks became more powerful and diverse. There was a considerable development boost in particular after Emperor Wilhelm and his Ministry of War expressed interest in the motorised trucks after all.

After 24 years the Stuttgart Waterworks replaced the truck with a new model and gave it back to Daimler in 1923, where it was included in the collection in the museum. When the 1944 bomb attacks in Untertürkheim drew nearer, part of the museum collection was evacuated to Dresden. In the ensuing period of occupation and not least when the “Iron Curtain” divided East and West, all retrieval attempts on the part of the Stuttgarters were in vain – even at the highest level. Exchange attempts in the 1970s were also unsuccessful.

It was only after the Wall fell in 1989 that Daimler-Benz AG succeeded in concluding a contract with the Free State of Saxony in 1991 during negotiations lasting two years. This resulted in 16 historic vehicles, among them the “Daimler 4 hp truck”, being brought back to the museum’s collection following an absence of 63 years.

Credits: Daimler AG

Copyright © 2013, mercedesgla. All rights reserved.

Monday, January 28, 2013

The strategic cooperation between Daimler AG and Renault-Nissan Alliance forms agreement with Ford Motor Company to accelerate commercialization of Fuel Cell Electric Vehicle Technology

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Daimler AG, Ford Motor Company and Nissan Motor Co., Ltd., have signed a unique three-way agreement to accelerate the commercialization of fuel cell electric vehicle (FCEV) technology.
The goal of the collaboration is to jointly develop a common fuel cell electric vehicle system while reducing investment costs associated with the engineering of the technology. Each company will invest equally towards the project. The strategy to maximize design commonality, leverage volume and derive efficiencies through economies of scale will help to launch the world’s first affordable, mass-market FCEVs as early as 2017.


Together, Daimler, Ford and Nissan have more than 60 years of cumulative experience developing FCEVs. Their FCEVs have logged more than 10 million km in test drives around the world in customers’ hands and as part of demonstration projects in diverse conditions. The partners plan to develop a common fuel cell stack and fuel cell system that can be used by each company in the launch of highly differentiated, separately branded FCEVs, which produce no CO2 emissions while driving.

The collaboration sends a clear signal to suppliers, policymakers and the industry to encourage further development of hydrogen refueling stations and other infrastructure necessary to allow the vehicles to be mass-marketed.

Powered by electricity generated from hydrogen and oxygen, FCEVs emit only water while driving. FCEVs are considered complementary to today’s battery-electric vehicles and will help expand the range of zero-emission transportation options available to consumers.

“Fuel cell electric vehicles are the obvious next step to complement today's battery electric vehicles as our industry embraces more sustainable transportation,” said Mitsuhiko Yamashita, Member of the Board of Directors and Executive Vice President of Nissan Motor Co., Ltd., supervising Research and Development. “We look forward to a future where we can answer many customer needs by adding FCEVs on top of battery EVs within the zero-emission lineup.”

“We are convinced that fuel cell vehicles will play a central role for zero-emission mobility in the future. Thanks to the high commitment of all three partners we can put fuel cell
e-mobility on a broader basis. This means with this cooperation we will make this technology available for many customers around the globe”
, said Prof. Thomas Weber, Member of the Board of Management of Daimler AG, Group Research & Mercedes-Benz Cars Development.

“Working together will significantly help speed this technology to market at a more affordable cost to our customers,” said Raj Nair, group vice president, Global Product Development, Ford Motor Company. “We will all benefit from this relationship as the resulting solution will be better than any one company working alone.”

Engineering work on both the fuel cell stack and the fuel cell system will be done jointly by the three companies at several locations around the world. The partners are also studying the joint development of other FCEV components to generate even further synergies.

The unique collaboration across three continents and three companies will help define global specifications and component standards, an important prerequisite for achieving higher economies of scale.

How a fuel cell electric vehicle works

Like today’s battery-electric vehicles, FCEVs are more efficient than conventional cars and diversify energy sources beyond petroleum.

The electricity for an FCEV is produced on board the vehicle in the fuel cell stack where it is generated following an electro-chemical reaction between hydrogen - stored in a purpose-designed, high-pressure tank in the car - and oxygen from the air. The only by-products are water vapor and heat.


Credits: Daimler AG

Copyright © 2013, mercedesgla. All rights reserved.

Wednesday, November 28, 2012

Budapest receives biggest fleet to date of new Mercedes-Benz Citaro urban bus

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Beginning on May 1, 2013, 159 new-generation Mercedes-Benz Citaro urban buses will be providing comfortable, environmentally compatible passenger transport in the Hungarian capital of Budapest. Daimler Buses landed the major order in early November 2012, and will begin delivering the first urban buses to Budapest in April 2013. The contract is the biggest order to date for the new generation of Mercedes-Benz urban buses. The vehicles were ordered by Hungary’s largest private bus company, VT Transman, which operates both regional and municipal bus lines.

All of the 159 Mercedes-Benz Citaro urban buses comply with the EEV emission standard and will be produced at the two EvoBus plants in Mannheim and Neu-Ulm. The vehicles are being produced by both plants because of the short six-month period between the placing of the order and the delivery of the first buses.

“This major order from Budapest is a big success for us and shows that the new Mercedes-Benz Citaro is the best product on offer as far as our customers are concerned,” says Till Oberwörder, Managing Director of Marketing, Sales & Aftersales at Daimler Buses. “An order of this magnitude is strong proof that our customers are highly satisfied with our buses when it comes to quality, environmental compatibility and reliability.”

The order for a total of 159 urban buses encompasses 80 articulated buses and 79 solo vehicles of the new-generation Mercedes-Benz Citaro. The articulated buses are 18 meters long and have four doors, while the solo vehicles are 12 meters long and have three doors. Thanks to the buses’ low-floor design, elderly and physically challenged people can easily get in and out of the vehicles or use the wheelchair ramp. In addition, the Citaros are fitted with cameras for monitoring the passenger area and the outside of the vehicle. These fuel-efficient, low-emission buses are equipped with the environmentally friendly Mercedes-Benz BlueTec diesel technology and meet the EEV emission standard.

Daimler Buses is the world’s leading manufacturer of buses and bus chassis of over eight tons GVW. In 2011, Daimler Buses employed approximately 17,500 people around the world and sold nearly 40,000 buses and bus chassis. Its product range covers urban and intercity buses as well as travel coaches, and includes everything from minibuses to double-deckers — with different engines and equipment features available for all vehicles. The European bus business is managed by EvoBus GmbH, a wholly owned subsidiary of Daimler AG.

Credits: Daimler AG

Copyright © 2012, mercedesgla. All rights reserved.

Tuesday, November 13, 2012

PREVIEW: Mercedes-Benz starts an aggressive offensive of coupe vehicles

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In order to become leader in the premium automotive industry by the end of 2020, Mercedes-Benz has developed a solid growth plan which aims to offer new opportunities and the highest level of quality for the customers in search of a luxury vehicle. Despite the recent profit margin and prospect rectifications for the ongoing year and for 2013, as well as the uncertainty expressed by some of the investors at Daimler AG, the Stuttgart-based constructor is secretly mastering a complete portfolio of cars, in every class and covering any unfilled market niche. Apart from the compact model offensive, Mercedes-Benz will also start launching a comprehensive range of coupe vehicles in the medium, business/executive, high-luxury and SUV segments.

The German automotive constructor will start the renewal of its 2-door model portfolio with the 2013 E-Class Coupe, coming next year towards spring. The facelift generation of the C 207 will get a brand new visual identity, new safety systems and updated telematics, as well as more powerful engine in the high-end area: the E 350 BlueDIRECT V6 with 333 hp and the E 500 BlueEFFICIENCY with 435 hp. There's still no word about a possible E 63 AMG performance version with V8 BITURBO power.

The next to come is the future S-Class Coupe (C 217) variant that is replacing the outgoing CL-Class (C 216) and tipped for world premiere in 2014. We have already about this car in a recent article, so we are not insisting too much on it. The entire technology pack comes from the forthcoming S-Class sedan (W 222), so expect a great level of safety and connectivity aboard the 2-door model. The design philosophy will combine classic elements preserved from the predecessors with a futuristic styling combining progressive and organic shapes and lines.

In around two years from this moment, Mercedes-Benz will also mark the launch of company's first Sports Utility Coupe (SUC) vehicle under the MLC moniker (C 292). The new addition to the family will be assembled at Tuscaloosa plant in the USA, being the fifth model to be built at the Alabama-located facility alongside the C-Class, M-Class, GL-Class and R-Class. The body will sport 5 doors, but the general design will be inspired by the sleek silhouette of the real Mercedes-Benz coupes. A rakish roofline, dropping dramatically towards the rear end, and an eye-catching progressive styling will convert the future MLC into a complete looker. Prior the official unveiling, we expect Mercedes-Benz to tease the series model with a concept showcar in early 2014.

The SUC family will further grow in 2015 with the advent of the middle class contender: the new GLC, in fact the GLK Coupe. The model will emphasize a dynamic design, similar in terms of general details to the bigger MLC. While we do expect at least minimal 4x4 capabilities from the 4MATIC system, the land where the GLC will feel at home is the road, either in the cities or outside them. Most certainly, the new all-wheel-drive powertrain, derived from MRA rear-driven platform of the future C-Class 205 series, will be tweaked to deliver sensational driving performance, with an accent on the sharp stability, agility and behaviour predictability.

There is also a possibility the engineers from Affalterbach will develop high sports variants for the MLC and GLC. Then, the future MLC 63 AMG and GLC 63 AMG could be scheduled to bow nearing 2016 and they should use V8 engines with direct injection and bi-turbocharging. Around 550 hp for the C 292 and near 480 hp for the other Merc.


Similar articles:

PREVIEW: Mercedes-Benz aims at BMW X6 with the new MLC

The new 2015 Mercedes-Benz SUV coupe previewed at the Tuscaloosa plant

Daimler to Produce Additional Model at the Mercedes-Benz Tuscaloosa Plant (USA)

PREVIEW - 2014 Mercedes-Benz GLC

PREVIEW: Future Mercedes-Benz compact SUVs - Further information

PREVIEW: New trademark filings paint an interesting future for Mercedes-Benz


Image Credits: Autobild

Copyright © 2012, mercedesgla. All rights reserved.

Sunday, April 1, 2012

Daimler and BYD announce DENZA Brand for New Battery-Electric Vehicle

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The new DENZA brand for the electric vehicle developed by BYD Daimler New Technology Co. Ltd. (BDNT), the 50:50 joint venture between Daimler and Chinese electric battery and car manufacturer BYD, was formally revealed today in Shenzhen at the “EV – The Future” event.

The DENZA brand launch event is the latest milestone in the successful cooperation between Daimler and BYD. Following the BDNT joint venture contract signing in May 2010 and granting of the China business license in March 2011, development has been progressing on schedule.

“The exciting new DENZA brand is a highly visible seal of approval for the leading-edge design, technology and personality of the new car which we are convinced will resonate with customers here in China,” stated Ulrich Walker, Chairman & CEO of Daimler Northeast Asia and Chairman of the Board of Directors of BDNT. “BYD and Daimler have been visionaries in the development of sustainable mobility and new technologies. We are at the forefront in China as the first company to form a joint venture for the development of a pure electric vehicle, and we’re continuing our pace forward with this landmark event today.”


“We’re very pleased with progress on the development of the new all-electric car, and the DENZA brand really brings it to life,” said Mr. Wang Chuanfu, Chairman and President of BYD and Member of the Board of Directors of BDNT. “We have the ideal partner in Daimler. BYD provides experience in battery technology and e-drive systems, as well as bringing EVs into operation on the streets of China. In connection with Daimler’s design of premium autos, know-how in electric vehicle architecture and safety, and more than 125 years of experience in automotive excellence, DENZA is on the right track to become the leader in the New Energy Vehicle market in China.”


The DENZA name and logo have been carefully crafted to convey very precise themes. Primarily created with a focus on Chinese consumers, the name DENZA derives its strength from profound and positive associations with the Chinese characters 腾势 téng shì, which together mean “rising power and momentum” - referring both to the attributes of the car as well as the pace of development DENZA aims to be ahead in the New Energy Vehicle industry. DENZA is also a distinctive name in the English language with no prior associations.


The logo is designed around the flowing form of a central water-drop, supported by two hands. The blue water-drop represents the environmental friendliness of the all-electric vehicle, with blue also signifying advanced technology and a bright future. The curves on either side of the water-drop represent the hands of the two partners providing mutual support for the joint venture, as well as for the environment.


The first public appearance of the DENZA concept car will be at Auto China in Beijing in April, with first production planned in 2013. With rapid economic growth, increased urbanization, an open-minded consumer, and a supportive government, all the elements are in place to mark China as one of the countries with the highest potential for electric vehicle adoption.


About BDNT


In 2010, Daimler and BYD signed the contract for a 50:50 research and technology joint venture called “Shenzhen BYD Daimler New Technology Co. Ltd,” (BDNT) that will develop an electric vehicle in and for China. End of February 2011 BDNT received its business license from Chinese authorities - just a few months after signing the JV contract. The vehicle will be marketed under the new DENZA brand jointly created and owned by the joint venture company BDNT.


Electric vehicles are especially well-suited for urban driving. With its many metropolitan areas, China has the potential to be among the world’s largest markets for zero-emission vehicles. Daimler and BYD are determined not only to participate in this growth of electric mobility in China but to accelerate it even further with their BDNT Joint Venture.

Credits: Daimler AG

Copyright © 2012, mercedesgla. All rights reserved.

 
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