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To this day, Mercedes-Benz is the only automotive brand that bears a female name. The female was Mercedes, an 11-year old girl who was the daughter of Emil Jellinek, an Austrian businessman who lived in Nice, France.

Besides selling cars, Jellinek also registered them for racing events. The first car with this melodious Spanish name – the Mercedes 35 PS – caused a sensation at the Nice race week. This was not only because of its highly advanced technology – allowing it to win several races there – but also because of its exceptionally elegant design.

The success of the Mercedes cars at the event inspired Daimler-Motoren-Gesellschaft to call its automobiles ‘Mercedes’. From then on, the curved ‘Mercedes’ lettering adorned the radiators of Daimler passenger cars. The name was registered as a trademark on June 23, 1902 and legally protected on September 26, 1902.

Emil Jellinek and Mercedes
Emil Jellinek and his daughter, Mercedes.

Since then, the brand name – which was changed to Mercedes-Benz after the merger of the Daimler and Benz companies in June 1926 – has been both an expression of and a commitment to luxury and innovation.

Birth of the Mercedes 35 PS
Emil Jellinek was well aware of the importance of a brand name that was easy to remember. From 1899 onwards, he had competed in car races in high-performance Daimler cars under the pseudonym ‘Monsieur Mercedes’, already using the name of his daughter.

At the beginning of April 1900, he concluded an agreement with Daimler-Motoren-Gesellschaft (DMG) for the distribution of Daimler cars and engines. Jellinek insisted on greater performance and more innovative technology from DMG in the closing years of the 19th century, which resulted in the development of the modern motorcar and a new engine.

The new engine from DMG
The new 4-cylinder in-line engine had a displacement of 5913 cc and an output of 35 hp at 1,000 rpm. It was lighter than an earlier engine DMG produced and had a short stroke to achieve higher engine speeds. The intake valves were actuated by their own camshafts for the first time, meaning that the engine had two camshafts. This marked a substantial advance over the previously employed ‘sniffing valves’, which were actuated by the vacuum created by the downward-moving piston.

DMG 35 HP

On December 22 1900, DMG delivered the first car equipped with a new engine, a 35 PS racing car. The car was not only the newest and most powerful model produced by DMG but has since come to be recognised as the very first modern motorcar.

The Mercedes 35 PS was systematically designed for performance, weight savings and safety, its key features including a lightweight high-performance engine, a long wheelbase and a low centre of gravity.

DMG 35 HP

With these attributes and the honeycomb radiator organically integrated into the front, it gave the motorcar its own distinct form. The first Mercedes was no longer reminiscent of a carriage pulled along by a combustion engine instead of horses. Rather, it was a new construction which had been systematically designed from scratch for the innovative new type of drive.

Unbeatable Mercedes
During Nice Week in March 1901, at that time perhaps the most important international motorsport event, the Mercedes cars entered were unbeatable in practically every class. This helped Jellinek and Mercedes to achieve exceptional publicity. In March and August 1901, the sister models, the 12/16 PS and 8/11 PS, were launched and Jellinek’s business was booming. In society’s most exclusive circles, it became the trend to drive a Mercedes or, even better, to be driven in one.

Mercedes
One of the Mercedes 35 racing cars in the Nice Week in 1901.
Mercedes
From the Mercedes 35 HP came the  Mercedes-Simplex 40 PS which was a luxury motorcar in the early 1900s.

Interestingly, Jellinek went a step further in June 1903: he received permission to change his name to Jellinek-Mercedes. He explained the decision thus: “This must in all probability be the first time that a father has borne the name of his daughter.”

And what about The Star?
The Mercedes Star today immediately identifies the brand and its history goes back to 1909 when DMG registered it as a trademark by DMG in June 1909 (there was also a 4-pointed star). From 1910, it would be a common sight on the radiators of Mercedes vehicles.

Mercedes Star
While the 3-pointed star is well known as the symbol of Mercedes-Benz, the company also registered a 4-pointed star in 1909. It was not used for the passenger vehicles but was adopted by a Daimler-Benz affiliate, DASA. The 4-pointed star today features in the logo of the European Aeronautic Defence and Space Company (EADS).

The three tips of the star were also regarded as a symbol of Gottlieb Daimler’s efforts to achieve universal motorisation ‘on land, at sea and in the air’ – a vision he consistently pursued from the very beginning.

Vision Mercedes Simplex sculpture embodies heritage and future of luxury brand

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Vehicles in Malaysia will one day be powered by a cleaner fuel alternative; hydrogen, an element found in water. Towards this end, Linde Malaysia, a member of The Linde Group, is gearing up to share its expertise in fuelling solutions to help power Malaysia’s automotive industry with zero-emission hydrogen technology.

“The world’s challenges associated with global warming (caused by CO2 emissions) pose a fundamental threat to the future of our planet. Linde sees hydrogen as an integral part of our renewable energy future in addressing this challenge. With over 25 years of research and development in hydrogen fuelling technologies, Linde has invested significantly at the global level in the future market for hydrogen. There are strong indicators that the market is receptive towards alternative fuels and energy with alternative mobility becoming more prevalent, particularly in Asia,” explained Linde South Asia and ASEAN Regional Managing Director, Rob Hughes.

(Seated, second from left) Linde South Asia & ASEAN Regional Managing Director, Rob Hughes, and (seated, third from left) Sarawak Energy Berhad (SEB) Group Chief Executive Officer, Sharbini Suhaili, during the signing of the Memoradum Of Understanding between Linde and SEB to explore the potential of hydrogen

Malaysia is an attractive place for Linde to invest further, tapping into its richwater resource for the production, storage and supply of hydrogen and other industrial gasses. This is partly due to its abundant water resource, receiving an average of 2500 to 5080 millimetres of rainfall annually. “Technology, innovation and an inventive spirit have been at the core of Linde from the very beginning, making us the technology leader for end-to-end sustainable hydrogen solutions. Linde is no stranger to the automotive industry as we deliver hydrogen fuelling solutions for cars, buses and even forklift trucks. We intend to grow the commercialisation of hydrogen powered fuel cell vehicles and boost our efforts with our partners to create infrastructures that enable greater adoption of hydrogen-electric mobility. Linde has seen success with this model across Europe and is now extending its focus here in Southeast Asia,” said Hughes.

More about the technology…

Hydrogen is categorised as a clean fuel, releasing water vapour when converted into fuel. Hydrogen is produced through natural gas steam reforming or the electrolysis of water. Its carbon-neutral nature means vehicles powered by hydrogen have zero-emissions, a solution that directly helps mitigate climate change. Unlike fossil fuels, hydrogen is the most commonly occurring element in nature, which means it is renewable.

Hydrogen-powered cars are equipped with a hydrogen fuel cell and an electric motor. Inside the fuel cell of the car, the hydrogen reacts with oxygen drawn in from the ambient air. Hydrogen molecules separate and create electricity to power the electric motor, and water. The automotive industry stands to benefit from Fuel Cell Electric Vehicles (FCEVs) because they help reduce Greenhouse Gas (GHG) emissions which greatly mitigates climate change.

This further supports the nation’s aspirations to reduce carbon emissions as demonstrated by the Ministry of Energy, Green Technology, Science And Climate Change’s (Mestecc) recent announcement to introduce an Energy Efficiency Bill in 2019 to help Malaysia cut carbon emissions by 45 per cent by 2030 in compliance with the Paris climate accord.

Hydrogen powered fuel cell vehicles have a short refuelling time of only three minutes and the ability to cover 500 to 600 km. This makes hydrogen-powered vehicles comparable to conventional vehicles. The water vapour from the exhaust of a hydrogen-powered vehicle is clean to the point that it is drinkable, demonstrating its zero emissions feature.

Solidifying its commitment to the Malaysian market, Linde will be providing its technological expertise across the hydrogen value chain to Sarawak Energy Berhad (SEB), following the construction of the latter’s pilot hydrogen production plant and refuelling station, the first of its kind in the state of Sarawak and Southeast Asia. Linde also signed a Memorandum of Understanding to explore the potential of hydrogen and how it can be potentially applied into other aspects together with SEB. The move demonstrates interest in clean fuel alternatives for a more sustainable automotive industry in Malaysia.

To date, Linde has equipped around 150 fuelling stations globally with innovative hydrogen refuelling technology. Linde is actively involved in collaborative partnerships to jointly develop new solutions for hydrogen as a fuel. It is a member of the ‘Hydrogen Council,’ the first global initiative of its kind, launched in January 2017, with the goal of positioning hydrogen among the key solutions of the energy transition to help meet climate goals. The council is made up of 13 CEOs and Chairpersons from various industries and energy companies including Daimler, Royal Dutch Shell, The Linde Group, Alstom, Honda, Hyundai, Kawasaki and Toyota among others.

Renault has annoounced a new efficient engine that was co-developed by the Renault-Nissan-Mitsubishi Alliance and Daimler. This new engine will power the Scénic and Grand Scénic line-up but will eventually make its way into other models in the Renault range from 2018.

According to the automaker, what sets this new powerplant apart from the rest is that it offers a significant improvement in terms of driving pleasure and availability of torque throughout the rev band. It is able to accomplish this without detriment to fuel consumption or CO2 emissions.

The engine will be made available with three different power outputs, which are the Energy TCe 115, TCe 140 and TCe 150. The numbers of their nomenclature denote engine horsepower. The TCe 140 replaces the older TCe 130 and offers 35Nm more torque that is available across a broader range of the rev band.

Philippe Brunet, Alliance Global VP – Powertrain & Electric Vehicles, said, “Our new petrol engine embodies all the expertise of Groupe Renault’s engineers, the Alliance and our partner Daimler. It meets the quality standards of both the Alliance and Daimler, with more than 40,000 hours of testing.”

The engine block, coupled with manual and EDC dual-clutch automatic transmissions, is available in a variety of power ratings from 115hp to 160hp. It utilizes a number of different technologies including Bore Spray Coating, a cylinder coating technology from the Nissan GT-R engine, which reduces friction and optimises heat transfer.

Other features of the engine are higher pressure of the direct fuel injection, which is 250 bar and a unique combustion chamber design that optimizes the fuel/air mix. Adding to that, Dual Variable Timing Camshaft technology manipulates the intake and exhaust valves depending on engine load at any given time. The is what allows for better torque levels across the rev range.

Mercedes-Benz has released a new TV ad to build more hype for its soon to be launched X-Class. The short video clip illustrates the versatility of Merc’s new pick-up truck as it tackles the toughest terrain while being docile enough to be used as an ‘elegant’ daily driver.

The vehicle is driven on some challenging terrain while being pursued by a heard of bison and rhinos, a team of hockey and rugby players, a weird looking monster, as well as a number of others. It’s a pretty entertaining 1 minute and 16 seconds, within which Mercedes-Benz tries to strongly drive home the notion that, though its a pick-up truck, it’s still a classy Merc.

https://youtu.be/Be6FLU1ny9E

Despite the fact that it is a pick-up truck, the German automaker believes that the vehicle will still appeal to a wide variety of drivers. Like the TV advert, the automaker says that the X-Class will be adored by adventure seekers, sports enthusiasts as well as those only needing utilitarian functionality.

Based on the Nissan Navara, the X-Class should reach global markets sometime next year. It shares quite a bit with its Japanese counterpart such as its wheelbase and dimensions. That said, the vehicle is more than just a Navara in a fancier suit.

https://youtu.be/MXIg3GFRNzg

https://youtu.be/7aGK4xW2jFM

The X-Class gets a Mercedes-Benz engine and transmission, typical All-Wheel-Drive capabilities and a slew of driver aids that include Active Brake Assist, Lane Keeping Assist and Traffic Sign Assist, Trailer Stability Assist, as well as broadcasting live traffic information.

For the full scoop on the Mercedes-Benz X Class, Click Here.

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