Mercedes 300d Turbo, 1984, on 2040-cars

Auto blog

Five B-Class F-Cells go from SF-LA using public hydrogen stations

California's hydrogen islands in Los Angeles and San Francisco finally got the bridge they needed to become the "Hydrogen Highway." With the completion of a permanent public station in Coalinga built by FirstElement Fuel, 205 miles north of LA, 183 miles south of SF, fuel-cell-vehicle owners can complete the road trip without worry. Mercedes-Benz did just that with five B-Class F-Cell customers, spending three days covering 1,000 miles and filling up only at public permanent stations in Burbank, Coalinga, West Sacramento, and Emeryville. Mercedes says there are ten stations in California now, but more than 40 are scheduled to open in 2016, and about ten more every year after that through 2023, when there should be 123 open stations. The company's US fuel-cell fleet is 70 strong and has covered more than two million miles in the five years they've been on the roads here. On average that means each car has driven just 5,714 miles per year, but that number should go up now that they can stretch their hydrogen stacks. The press release below has more information. Nearly 1,000 fuel cell electric miles: Crossing California on Hydrogen - Five Mercedes-Benz B-Class F-CELL complete emission-free drive from Los Angeles to Northern California while only filling up at public hydrogen stations - "California Hydrogen Highway" is connecting the dots - U.S. F-CELL customers have accumulated over 2 million miles since 2010 Stuttgart, Oct 27, 2015 - Mercedes-Benz B-Class F-CELL customers ventured beyond Southern California last week for the very first time, while only filling up at existing public hydrogen stations along the route from Los Angeles to San Francisco. The opening of a new hydrogen station in Coalinga along the I-5 corridor made this opportunity possible. A team driving five B-Class F-CELL refilled at four permanent hydrogen fueling stations located in Burbank, Coalinga, West Sacramento and Emeryville, accumulating nearly 1,000 miles over the course of their three day trip. Three F-CELL customers were accompanied by a team from Mercedes-Benz Research and Development North America based in Long Beach. The purpose of this unique road trip was to highlight the growing hydrogen station network and to show that the vision of the California Hydrogen Highway is becoming reality. Early adopter Loki Efaw who has been an F-CELL driver since 2011 believes fuel cells are the future: "I don't want a car that only takes me to work and back before I have to plug it in.

Weekly Recap: Mercedes, Volkswagen spend big as import automakers invest in North America

Import automakers are on a building frenzy in North America as resurgent car sales have prompted companies to expand their manufacturing footprints to meet rising demand. That was evidenced this week when Mercedes-Benz announced plans to build a $500-million factory to produce the Sprinter commercial van, and Volkswagen confirmed a whopping $1-billion investment to expand its massive plant in Mexico. Meanwhile Jaguar Land Rover reportedly wants to build a factory in North America, but not for at least three years, and Hyundai is said to be expanding in the southern United States. The common thread in all of this expansion? Trucks, time and money. Mercedes wants to capitalize on the burgeoning work van segment in the United States and will break ground in 2016 on a 200-acre site in Charleston, SC, to build the next-generation Sprinter. The site will have a paint shop, body shop and an assembly line, and 1,300 people will be employed when production ramps up. Why do this, when Mercedes has immense van operations in Germany? It's cheaper to build in the US for the US market. Building locally allows Mercedes to avoid import taxes, forego a complex shipping process that involves partially disassembling German-built Sprinters and naturally, reduces the time it takes to deliver finished trucks to their buyers. "This plant is key to our future growth in the very dynamic North American van market," Volker Mornhinweg, head of Mercedes-Benz Vans, said in a statement. He was speaking about Mercedes and vans, but another German automotive giant, Volkswagen, had similar motives for its mammoth expansion plans in Puebla, Mexico. The added space and production capacity will allow VW to build a three-row version of the Tiguan, and provide another crossover for its US lineup that's light on SUVs. The current Tiguan has two rows. The factory will be able to churn out 500 units daily of the larger variant, and they will be sold in North and South America. It will arrive in the US in mid-2017, a spokesman told Autoblog. VW also plans to build another crossover, a midsize seven-passenger vehicle, at its growing Chattanooga, TN, site. "Localization has become key to safeguarding our competitive position on the global market, and manufacturing the Tiguan in Mexico will bring production closer to the US market," Michael Horn, CEO of Volkswagen Group of America, said in a statement.

Mercedes F1 to use Qualcomm 5 GHz WiFi for its tire data

In Formula 1 you need more of everything. More speed, more grip, more hospitality, more money. And you need data, reams and reams of data. The Mercedes-AMG Formula 1 team – the guys with the silver cars driven by 2015 F1 champion Lewis Hamilton and his teammate Nico Rosberg – need so much information that they've teamed with Qualcomm to wirelessly upload thermal imaging data of its tires. During a typical race weekend Mercedes's two racecars will generate approximately half a terabyte of data. Live telemetry has been a feature of Formula 1 for 20 years, though there are more restrictions on it than in the past. (In the days leading up to last weekend's United States Grand Prix in Texas, Formula 1 major domo Bernie Ecclestone said that F1 needs to cease being an engineering war and return more responsibility to the drivers.) Nevertheless, F1 teams gather vast amounts of data during a race weekend, particularly in practice sessions during which restrictions on what they can upload from cars – from engine/power unit parameters to aerodynamic loads – are less prohibitive. For example, during a typical race weekend Mercedes's two racecars will generate approximately half a terabyte of data. Mercedes F1 technical director Paddy Lowe points out that the standard telemetry system simply doesn't have the bandwidth to handle the thermal tire imaging data that the onboard thermal cameras generate. Why do you want a thermal video of the tires? Because it tells the engineers and drivers precisely how much temperature there is across the surface of a tire during a lap, in corners and on the straights. It also indicates how quickly the tires come up to temperature and when they potentially overheat. Understanding the temperature variations allows the team to set the cars up optimally for grip and tire life during a stint. Qualcomm's system works with the race cars like this: Each car has forward- and rear-facing cameras in a winglet mounted on the left side of the engine intake behind the driver's head, which continuously record thermal images of the tires. As a Mercedes enters the pit lane, it passes a Qualcomm 802.11ac WiFi receiver to which it uploads the thermal data. As the car nears the garage, another receiver takes over the upload. Several Qualcomm Snapdragon 805 processors crunch the raw data as it uploads. The data is encrypted – there are always prying eyes in Formula 1.