Volkswagen has unveiled a new brand identity alongside the pivotal ID 3 electric car at the Frankfurt motor show today (Monday), as it attempts to draw a line under the fallout from the Dieselgate scandal. The revelations in October 2015 about how the firm had cheated diesel emissions tests sparked a clear-out of its leadership group, and sparked a heavy investment in electric technology. The first result of that will be the ID 3, the first car based on the VW Group’s electric-only MEB platform. The new logo is a two-dimensional design in order to work better on digital platforms, with thinner lines. While it maintains the company’s traditional ‘VW’ roundel design, the letter W no longer touches the bottom of the circular frame. The firm while also adopt a more flexibile use of colours, for example with the logo set to appear in red on future GTI models. As well, the logo will be accompanied by the new use of a ‘floating line’, and Volkswagen is introducing a new official female voice, and a ‘sound logo’ for use in television adverts. The firm has also introduced a new font, along with other changes. The redesign is the work of VW design chief Klaus Bischoff, and will be rolled out across the firm’s factories and dealerships in stages in the coming years. The firm estimates around 70,000 logos will be switched at more than 10,000 dealerships and service facilities in 154 countries. Termed ‘New Volkswagen’, the design revamp goes far beyond a new logo. Chief operating officer Ralf Brandstätter calls it a “pivotal moment”, as significant as a new-car launch. Speaking at the unveiling, VW sales chief Jurgen Stackmann said: “The brand is undergoing a fundamental transformation towards a future with a neutral emission balance for everyone. Now is the right time to make the new attitude of our brand visible to the outside world.” The roots of ‘New Volkswagen’ began following a board meeting after Herbert Diess took over the firm’s top role in the wake of the crisis. At that meeting, VW looked beyond Dieselgate, to the declining profitability of several models, the upcoming EU 95g/km emission targets and the firm’s struggle in key regions such as the US. The result was the Transform 2025+ plan, under which several models were scrapped and extra focus was put on expanding VW’s SUV range. Diess also approved the development of the MEB platform and a push to electric cars, along with heavy investment in digital services. The changes went even deeper: the firm spun off its components division and worked to cut the complexity of its line-up (reducing the number of parts offered, trimming its global model range by 50% and engine and gearbox variants by 40%). Those changes have already increased VW’s profit margin, from 1.8% in 2015 to 5.2% in the first half of this year. Brandstätter also said the firm has introduced “a fundamental cultural change”, with a more open attitude backed by a new internal ‘integrity’ programme designed to stop a repeat of Dieselgate. Brandstätter said: “It starts with the executives: we set an example. Everyone can stand up and speak out. As managers, it is up to us to listen and respond.” The first phase of Transform 2025+ was about ‘fixing’ VW – and the rebrand is the culmination of that and the launch point for the next step. VW’s first goal is to become a market leader in electric cars, with the aim of selling one million per year by 2025. Brandstätter described that as “the lodestar of our strategy” and the key will be the economy of scale enabled by both the flexible MEB platform and the firm’s bulk purchasing power when it comes to batteries. The goal is to produce 15 million vehicles – of more than 20 different models – on the first-generation MEB, using eight plants worldwide. Brandstätter’s ultimate target is “emission-free mobility for all” – not just with a fleet of EVs, but also with a pledge for carbon-neutral production. “When we drew up Transform 2025+ in 2015, we had no idea of the scale on which the social debate would shift to climate change,” Brandstätter said. There’s a risk for VW here, given Dieselgate helped fuel opposition against combustion-engined cars. Brandstätter referred to “some hard lessons” the company has learned and that “our big size means responsibility”. The firm estimates that its overall operations are responsible for 1% of global CO2 production. VW is also committed to increasing the ‘digitalisation’ of its products and company – including how it interacts with customers – and has invested £3.6 billion in doing so. That includes a huge push to engage with customers online directly, starting with the pre-order process for the ID 3. VW customers will be given an online ‘ID’ as the first step in a new sales model next year. VW has renegotiated contracts with nearly all of its European dealer network to allow it to communicate directly with customers, effectively becoming a retailer rather than a wholesaler.
Origin: Volkswagen unveils new branding as part of company-wide reboot
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Lotus reveals new logo as part of brand revamp
The new insignia is the eight variation of the roundel to be used over the years. The initial design was used from 1948 to 1985, featuring the Lotus name and an emblem formed by the intertwined initials of Anthony Colin Bruce Chapman. The only exception was in 1968, when the firm tried a black-and-white version. A new roundel featuring bold overlapping lettering and no intertwined initials was introduced in 1986. The ‘ACBC’ symbol returned the following year, before the classic design was brought back in 1989. It then underwent minor revamps in 2009 and 2010. The new logo was unveiled at the same time as Lotus announced a deal with nearby Premier League football club Norwich City that will involve the car maker sponsoring the team’s academy
Origin: Lotus reveals new logo as part of brand revamp
Tires, headlights, seats — every part of the car is being reinvented to be autonomous
The Michelin Vision concept tire uses 3-D printing to create a honeycomb texture, with the tread printed onto the edge. The car industry is reinventing the wheel to prepare for autonomous vehicles.Japans Sumitomo Rubber Industries Ltd., whose roots stretch back to when Henry Ford was building his Model T, is developing a smart tire that can monitor its own air pressure and temperature, and eventually respond by itself to changes in road conditions.Yet its more than just tires that are being changed. Koito Manufacturing Co., AGC Inc. and Lear Corp. are putting semiconductors and sensors inside headlights, glass and seats to make them as intelligent as the cars driving themselves.Alphabet Inc.s Waymo LLC, Intel Corp.s Mobileye NV and Baidu Inc. dominate the core technology for autonomous driving, yet suppliers still count on finding their own space in the business. Parts for advanced driver-assistance systems and autonomous driving are expected to become a US$57-billion market within a decade, according to BIS Research, and old-school companies born during the early days of the automobile know they must either adapt or risk extinction.Though the deployment of highly autonomous commercial fleets isnt expected to begin until at least 2022, the looming threat is that the increasingly sophisticated designs of those cars will render some ordinary parts and their suppliers unnecessary.For example, why would a self-driving vehicle that uses cameras, lasers and sensors to get around need headlights or mirrors? An artist’s rendering of a “smart headlight” Koito Manufacturing The response from century-old Koito Manufacturing is to reinvent the headlight. The Tokyo-based company, which traces its roots to making lenses for railway signal lamps in 1912, is adding sensors and artificial-intelligence chips to lamps it plans to introduce by about 2025.Positioned on the four edges of the vehicle, the lamps will be able to process information and react, such as by illuminating poorly lit crossings, signaling pedestrians that its safe to cross and raising an alarm to surrounding drivers by flashing a specific color.The companys current customers include Toyota, Volkswagen AG and General Motors Co., according to data compiled by Bloomberg.Autonomous driving will change the role of lamps, said Yuji Yokoya, who recently retired as executive vice president of the Tokyo-based company. We see them not just as lamps, but more as corner modules.An overarching challenge is to convince carmakers that the smarter and more expensive components make economic sense. Not all parts manufacturers need a radical transformation to keep up with autonomous and electric vehicles since theyve been evolving gradually as the industry takes shape, said Deepesh Rathore, an independent automobile analyst based in Bengaluru.A car is a car, and the shape of the tire doesnt change, Rathore said. I can imagine some of those companies having to reinvent everything especially those working with engines and gearbox technologies. Even components that arent facing an immediate existential threat are evolving. Sumitomo Rubber is researching tires that can transmit data about road conditions to the car as well as to other vehicles.The next step will be a tire that automatically adapts to road conditions. When the tire detects water, it will change the structure of its surface into one that is optimal for wet roads, said Kozaburo Nakaseko, an official in the research and development division of Sumitomo.Tires need to become smarter, Nakaseko said. We cannot move into an autonomous car society without information about the roads we drive on.The innovations arent just limited to Japan. In the U.S., Lear Corp. is equipping its car seats with biometric sensors to detect stress, drowsiness and changes in heart rate, and then activate treatments in response. The seats also can transmit data to a doctor or family member if necessary, the company said.Other functions include controls that let users create individual micro-climates where they are sitting, and noise-canceling features in the headrests, the Southfield, Michigan-based company said.All the mechanical stuff will just slowly go away, and there is a lot of electronics coming in instead, said Egil Juliussen, principal auto analyst with IHS Markit. You have to change in order to
Origin: Tires, headlights, seats — every part of the car is being reinvented to be autonomous
Ford will close six European plants as part of global downsizing
A contractor works on the yet-to-be-completed engine production line at a Ford factory on January 13, 2015 in Dagenham, England.Carl Court / Getty Ford will eliminate about 20 per cent of its workforce across Europe and close six factories in a sweeping overhaul aimed at reviving the money-losing region as the company also moves to prepare for the future of electric and self-driving cars.The restructuring will involve reducing its manufacturing footprint in Europe to 18 facilities by the end of 2020 from 24 at the beginning of this year.Germany, the U.K. and Russia will be hardest hit by the cuts, which total about 12,000 regular staff as well as workers employed at joint ventures, Ford said Thursday.Separating employees and closing plants are the hardest decisions we make, Stuart Rowley, Fords president of Europe, said in a statement. We are moving forward and focused on building a long-term sustainable future.The cutbacks are a key part of Chief Executive Officer Jim Hacketts US$11-billion restructuring, which also includes 7,000 salaried job cuts worldwide. Hackett, 64, is trying to boost Fords bottom line by exiting the slow-selling sedan market in the U.S. to focus on high-profit sport-utility vehicles and trucks.In Europe, where Ford is the top-selling brand in the U.K., the automaker also is backing away from the traditional passenger-car business to focus on commercial vans and trucks.We have a winning hand in Europe and its called commercial vehicles, then-Chief Financial Officer Bob Shanks said at a May 15 Goldman Sachs conference in New York. Well have a smaller portfolio of passenger vehicles.Ford is cutting costs as it pours billions into electric and self-driving cars that are seen as the future of the auto industry. The company is close to sealing a deal with Volkswagen to join forces to develop these
Origin: Ford will close six European plants as part of global downsizing
BMW reveals Vision M Next as part of EV update
BMW reveals Vision M Next as part of EV update The concept comes as BMW announces it is two years ahead of schedule BMW has unveiled a new concept – the Vision M Next – as part of a range of announcements that include it is currently two years ahead of schedule for its electric vehicle plans. The BMW Vision M Next is a plug-in hybrid concept clearly inspired by the current i8, and emphasises BMW’s focus on driver’s cars at a time when autonomous driving concepts are popular. The 600hp (441 kW) PHEV is powered by a four-cylinder turbocharged petrol unit, supported by an electric motor. All-wheel drive or rear-wheel drive modes feature, and the Vision M Next will complete the 0-62mph sprint in three seconds before reaching a top speed of 186mph. Despite the performance potential, the concept will still cover up to 62 miles on a single charge, and there are two driving settings – Ease and Boost. Ease offers complete autonomous driving, while Boost allows the driver to take charge. Other technology featured includes facial recognition to unlock the car, an AR heads-up display, and Laser Wire lighting technology. No word has been given as to plans for whether it will go into production or not, though it is expected that many of the design elements and PHEV systems will be brought forward onto forthcoming models. In more tangible news, BMW has confirmed that it plans to have 25 electrified models available in 2024, two years ahead of its initial target of 2025. A steep sales curve is predicted, seeing electrified models climb more than 30% per year up to 2025, and sales are expected to double between 2019 and 2021. BMW will also introduce eDrive Zones as standard in plug-in hybrids from next year, which allow geo-fencing technology to automatically recognise these models within green zones, designed for emissions-free driving. Here the BMW PHEVs will switch to pure-electric mode automatically, so they have the same access rights in zones as pure-electric models.
Origin: BMW reveals Vision M Next as part of EV update
Toronto reducing speed limits as part of effort to curb traffic deaths
A speed limit sign in downtown Toronto Toronto will lower the speed limits on close to 50 of its busiest streets as soon as possible, in an effort to reduce the number of traffic fatalities in the city, the mayor announced late June.We simply have to see drivers slow down on streets where the numbers show us that speed has put peoples lives at risk, Mayor John Tory said at a news conference June 20.The speed limit reductions are part of the second phase of the citys Vision Zero plan, launched 2017 and so-named because it aims to lower the number of people killed on Toronto streets to zero, explains BlogTO.The city saw some 66 car collision fatalities in 2018, 40 of which involved pedestrians; it came off of a ten-year record-high number of deaths in 2016, when they totaled some 78.Proud to join City staff this morning to bring forward an evidence-based #VisionZero 2.0 Plan, focused on taking action to lower speed limits on hundreds of kilometres on our arterial roads across the city. pic.twitter.com/ESMJrlaRzp John Tory (@JohnTory) June 20, 2019The list of streets that will see their limits dropped include many 50 km/h, 60 km/h and 70 km/h major arteries, each of which will see its limit dropped by 10 km/h. The mayor even suggested speeding up the process by putting stickers over the speed limit signs if new ones couldnt be ordered quickly enough.Other proposed changes, says the magazine, are improving safety where there is roadwork, enhancing road lighting and advocating for the province to change the maximum Blood Alcohol Concentration for motorcyclists to zero per
Origin: Toronto reducing speed limits as part of effort to curb traffic deaths
This Nova Scotia sinkhole could swallow up part of the Trans-Canada Highway
In this file photo, construction continues on the Connecting Link section of Highway 101 in northern Ontario.Len Gillis / Postmedia Network As a gearhead, most of us have had experience with sinkholes of the automotive variety. Your author has witnessed sinkholes in the form of a Jeep CJ-7 and Chevy Camaro, for example. Maybe it’s more apt to call those financial sinkholes, however. This one that has cropped up in Nova Scotia recently is decidedly more of the physical sort, and has the potential to swallow up some critical roadwork, and perhaps even the Trans-Canada Highway. The sinkhole first appeared last summer in a park near the entrance of Oxford, Nova Scotia, not too far from the Lion’s Club. When first spotted by locals, it was about the size of a good dinner plate. Now it’s grown to the diameter of an Olympic-sized swimming pool, making the ground near the park quite unstable, while also eating into a parking lot. Locals will tell you there are plenty of sinkholes in the area already, some of which are now considered lakes and ponds which can be clearly seen on Google Earth. The red arrows on the image below point toward bodies of water which occurred thanks to sinkhole activity, one of which is adjacent to Route 104. The green arrow indicates the approximate location of this story’s subject. Is the new sinkhole super-close to the Trans Canada Highway? Well, it’s about half a kilometer from the nearest TCH infrastructure, including an off-ramp for Exit 6 of Highway 104. Left unchecked, and given the historical instability of the area’s geography, it could happen. It’ll not escape your notice that it is extremely close, within just a stone’s throw, to the main road leading into town. Fortunately, the federal government is helping out local residents to the tune of about $68,000, hiring a geology team to perform electrical and then seismic testing to map the earth around and underneath the sinkhole. Dan Parker, the team lead, told CBC News that the two sets of data will provide “a good image as to what’s going on in the vicinity of the active sinkhole.” The geological team will be on-site for the next couple of
Origin: This Nova Scotia sinkhole could swallow up part of the Trans-Canada Highway