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If you've played a video game, most likely you used a controller. With the introduction of BMW's iDrive 9 infotainment system at the 2024 Consumer Electronics Show (CES), things are going to change. Customers will be able to do the same later in the year. Customers can play video games in BMW models with the AirConsole app introduced earlier this year. Users can download games and use their smartphone as a controller. This is only possible when the car is stationary. BMW's iDrive 9 will be able to play video games with full-size controllers from PlayStation and Xbox This in-car gaming will be accessible through the ConnectedDrive Store along with other third-party apps. These are possible due to the Android-based software integrated into iDrive9. Customers do have to pay for the BMW Digital Premium option. If a new model is sold without the controller feature, BMW will send the update out via over-the-air (OTA) update. BMW showcased its iX RC car parking itself within certain parameters and situations. Valeo, a mobility-focused tech company, said drivers could leave their vehicles at a designated drop-off location and the car will both search for an open spot and return when summoned. This Level 4 autonomous system can be controlled with a remote control. A pair of augmented-reality glasses called "XREAL Air 2", provides the driver and passengers with information supplemented by BMW's displays. A demonstration for the AR glassed showcased Las Vegas and showed points of interest (POI), navigation, and entertainment features. BMW's iDrive 9 showcases a myriad of new technology and features but isn't their first augmented-reality system. They previewed this technology in 2015 with the Mini Augmented Vision project. It seems that BMW is heading head-first into gaming, augmented reality, and remote-control valet parking.

Fiat is bringing the Concept Centoventi to the Consumer Electronic Show in Las Vegas. The concept previews the next generation Panda and the name means 120 in Italian in honor of the brand's 120 year history. The Panda is the mini-car platform used by the Fiat 500 in the U.S. The Concept Centoventi is designed to be a "blank canvas" ready to be painted to suit owner's needs and desires at any time, without being stuck with the color chosen at purchase. It is produced in only one color and then the customer "paints" the vehicle using Fiat's 4U program that allows for four roof options, four bumper cover options, four wheel cover options, and four exterior wrappings. Various interior options like storage compartments, seats, and child-restraint systems are interchangeable and installed in a plug-and-play fashion by the customer. The powertrain is electrified and can be equipped with different batteries to vary the range from 60 miles to 300 miles. The Concept Centoventi has a small screen in the windshield facing outward to display messages while a larger rear tailgate display can also display messages or while in motion, just the Fiat logo.

What's the next step after heads-up display (HUD)? If you ask Hyundai, it may be holographic augmented reality (AR) display on the windshield. This week at the Consumer Electronics Show, Hyundai and Swiss startup WayRay showed off a Genesis G80 equipped with a holographic AR navigation system. Unlike current HUD systems that reflects the image onto the windshield via an LCD screen mounted on the dash, the system being shown at CES displays the image directly through the windshield. WayRay's current setup displays navigation, along with driver-assistance alerts like lane departure and forward collision warning. "The driver can enjoy vivid and precise holographic images without wearing a headset. The direction of movement is kept precise through the vehicle speed in real-time, and projecting navigational alerts through the windshield onto the road allows drivers to navigate safely while looking ahead undistracted," Hyundai said in a statement. Hyundai didn't say if something like this could appear in future models, but WayRay has gotten investments from a number of automakers to continue with the development of this system. Source: Hyundai Hyundai Motor Group and WayRay Unveil Next-Generation Visual Technology at CES 2019 The Next-generation Visual Technology provides drivers with navigational and ADAS features to enhance their in-car experiences HMG aims to secure leadership in the holographic AR display industry that is expecting average annual growth of 30% The strategic partnership is helping HMG to lead the way in various tech-enhanced automotive developments and achieve its vision for future mobility Las Vegas, Jan. 08, 2019 — Hyundai Motor Group, in collaboration with Swiss deep-tech startup company WayRay AG, has unveiled the world’s first Holographic Augmented Reality (AR) Navigation System equipped in the Genesis G80 at CES 2019. The technology will be on display at the WayRay booth 3110, Las Vegas Convention Center’s North Hall, throughout CES 2019. Hyundai CRADLE, the hub for Hyundai’s open innovation business, decided to strategically invest in WayRay last September in recognition of its leadership in holographic AR technology and its future growth potential. Prior to this initial investment, Hyundai Motor Group had been conducting its own preliminary research on applying holographic technology to vehicles in early 2017 and later expanded its commitment to producing quality parts with WayRay. The two parties have continued to develop holographic AR navigation technology in mass-produced vehicles, with long-term road tests in South Korea to minimize system errors. “This demo car is the first step of the proof of concent (PoC), but is an important step towards technology driven innovation,” said Yunseong Hwang, Director of Open Innovation Business Group from Hyundai Motor Group. “Future mobility windshields will be more than just a piece of glass. AR holographic powered glass will serve as a platform to provide new services and open up new in-vehicle experiences.” The biggest advantage of a holographic AR navigation system built into the vehicle is that the stereoscopic image is displayed on the actual road and appropriately adjusted in accordance with the specific viewing angle of the driver, thereby delivering accurate driving guidance. The driver can enjoy vivid and precise holographic images without wearing a headset. The direction of movement is kept precise through the vehicle speed in real-time, and projecting navigational alerts throughthe windshield onto the road allows drivers to navigate safely while looking ahead undistracted. Additionally, while conventional head-up display (HUD) units project a reflected image indirectly through an LCD screen mounted on the dashboard, the holographic AR display projects an image through the windshield. WayRay’s display shows not only navigational features — such as lane guidance, destination points, and current speed — in augmented reality, but also incorporates ADAS features like lane departure warnings and forward collision warnings. The virtual image of 1,310mm x 3,152mm is projected at a distance of 15m from the driver’s eyes; Hyundai Motor Group has refurbished its HUD to fit WayRay’s system and offer the optimized solution to drivers. The two parties will continue to work closely together to expand holographic AR technology to display people, objects, buses, bicycle lanes, and crosswalks, and additionally, further develop advanced ADAS functions such as a rear side warning system and the Highway Driving Assist (HDA) system. In addition, they expect the incorporation of V2X (Vehicle to Everything) technology and connectivity features will allow data such as traffic signals, surrounding vehicle information, as well as road or weather conditions, to be provided in real time. “As the automotive market is undergoing a profound AR technology-driven transformation, major automakers are quickly adopting AR solutions to find another competitive edge,” said Vitaly Ponomarev, CEO of WayRay. “I believe the strong partnership with Hyundai will help us scale up our deep-tech innovation to build customer-centric solutions at a meaningful scale and make driving more comfortable and safe for everyone.” Hyundai Motor and Kia Motors are concentrating their research and development resources on acquiring AR navigation and other related technologies to improve upon and accelerate the next generation of displays and connected vehicles. Not only will this disruptive technology help Hyundai Motor Group achieve its vision of a more integrated and seamless blending of automotive technologies, but also assist in developing other closely related areas of interest such as wearable robots, smart-buildings, smart-cities and a plethora of other exciting possibilities.

Nissan had originally planned on debuting their long-range variant of the Leaf EV back at the LA Auto Show. But with the arrest of chairman Carlos Ghosn, plans were scrapped and we were left wondering when the long-range Leaf would debut. Last night at the Consumer Electronics Show, Nissan unveiled the long-range variant known as the Leaf Plus - other parts of the world will know the model as the Leaf e+. The plus signifies a larger battery pack - 62 kWh. This boosts range from 150 to 226 miles. Along with the bigger battery, Nissan has bumped up the output of the electric motor from 147 horsepower and 236 pound-feet of torque to 215 and 250 respectively. For recharging, Nissan developed a faster 70 kW charging system that will allow the Leaf e+ have quick charge times similar to the standard Leaf. A 60 percent recharge (about 90 miles) takes about 30 minutes with the standard Leaf. That could mean a 30 minute quick charge in the Leaf Plus could net you about 135 miles. No mention of how long it takes for a charge on 120 or 240V chargers. No word on pricing, but we're expecting a sizeable bump when compared to the standard Leaf. The Plus version arrives at dealers this spring in U.S. Gallery: 2019 Nissan Leaf e+/Leaf Plus Source: Nissan Nissan LEAF e+ joins world’s best-selling electric vehicle family New powertrain option offers expanded range and power LAS VEGAS, Nevada – Nissan today unveiled the Nissan LEAF e+, further broadening the appeal of the world's best-selling electric car*1 by offering a new powertrain with additional power and range. The "e+" refers to the increased energy density of the model's 62 kWh battery pack and the higher output of its powertrain. The new powertrain adds to the car's range by approximately 40 percent, with EPA-estimated range of up to 226 miles, ensuring that there's a Nissan LEAF to meet the driving needs of a wider range of customers. "The new Nissan LEAF e+ offers all of the style, convenience and electric vehicle benefits that have helped make LEAF the best-selling electric vehicle in the world, plus even more driving excitement, range, power and choice," said Denis Le Vot, senior vice president and chairman, Nissan North America. "Customers now have a selection of powertrains and models to best suit their driving needs." The LEAF e+ will be sold under the LEAF PLUS Series in the US and Canada, with each trim level receiving its own designation of S PLUS, SV PLUS and SL PLUS. Globally, the vehicle will be referred to as the Nissan LEAF e+. More than 380,000 Nissan LEAF vehicles have been sold globally since the 100 percent electric model first went on sale in 2010, with over 128,000 sold in the US. Equipped with advanced technologies including ProPILOT Assist semi-autonomous driving system and e-Pedal mode for one-pedal driving, the LEAF embodies Nissan Intelligent Mobility, the company's vision for changing how cars are powered, driven and integrated into society. "Nissan Intelligent Mobility is at the core of everything we do and the new Nissan LEAF e+ takes this vision even further," Le Vot continued. "EV's will play a significant part in our product lineup as we move forward and will lead the way to providing an efficient and sustainable future for the world." Having pioneered mass-market electric cars with the LEAF, Nissan is continuing to promote alternative vehicle transportation. The LEAF family of cars play a vital role in Nissan's efforts to integrate electric vehicles and energy systems into customer's lives – creating an "EV ecosystem." Among these efforts is Nissan Energy, the company's initiative for its electric vehicles to easily connect with energy systems to charge their batteries, power homes and businesses, or feed energy back to power grids, as well as new efforts to reuse batteries.*2 The Nissan LEAF PLUS Series is scheduled to join the LEAF at Nissan dealerships in Japan in January 2019. U.S. sales are expected to begin in spring 2019 and European sales to commence in mid-2019. Nissan Intelligent Mobility The Nissan LEAF e+ represents a step forward in each of the three key areas of the Nissan Intelligent Mobility vision: Intelligent Power, Intelligent Driving and Intelligent Integration. Nissan Intelligent Power: increased range and performance The Nissan LEAF e+ features a new version of the LEAF's revolutionary electric powertrain, delivering excellent energy efficiency and robust torque and power output. While the current LEAF meets the needs of many customers with its driving range of EPA-estimated 150 miles, the LEAF e+ offers an EPA-estimated range of up to 226 miles, allowing customers the ability to do more between charges.*3 The high-capacity battery and more powerful, 160 kW motor in the LEAF e+ combine to produce 45 percent more power and 250 lb-ft (340 Nm) of torque, enabling faster acceleration when driving at high speeds. Accelerating from 50 mph (80 kph) to 75 mph (120 kph) is nearly 13 percent quicker. This allows the LEAF e+ to confidently pass slower-moving vehicles, exit corners faster and more seamlessly, and merge easily with fast-moving traffic. The top speed has increased by approximately 10 percent for comfortable cruising. Thanks to the available new 70 kW (100 kW peak) Quick Charging system, the 2019 Nissan LEAF e+ can charge more efficiently than ever.*3 Based on early testing, Nissan LEAF e+ owners can expect similar charging times when hooked up to a 100 kW charger as current LEAF owners do with a 50 kW charger, despite a 55 percent larger battery storage capacity. Even with a 25 percent increase in energy density and the increase in energy storage capacity, the LEAF e+ battery pack is almost the same size and configuration as the pack in the Nissan LEAF. Other than a 5-millimeter increase in overall height (16-inch wheels), the car's exterior and interior dimensions are unchanged. Because ownership satisfaction and peace of mind are pivotal for all Nissan LEAF owners, the battery limited warranty of 8 years/160,000 km (whichever occurs first) is standard for all versions. Nissan Intelligent Driving: innovative ProPILOT Assist features and smooth e-Pedal operation Playing a leading role in Nissan Intelligent Driving is ProPILOT Assist, an in-lane semi-autonomous driving technology that can automatically adjust the distance to the vehicle ahead, using a speed preset by the driver (between about 18 mph and 62 mph). ProPILOT Assist can also help the driver steer and keep the vehicle centered in its lane. If the car in front stops, ProPILOT Assist can automatically apply the brakes to bring the vehicle to a full halt if necessary. After coming to a full stop, the vehicle can remain in place even if the driver's foot is off the brake. If traffic restarts, the car will resume driving when the driver touches the steering wheel-mounted ProPILOT Assist switch again or lightly presses the accelerator to activate the system. All these functions can reduce stress when driving on the highway in both heavy and fast-moving traffic. Further enhancing the LEAF's driving experience is e-Pedal, which allows the driver to start, accelerate, decelerate and stop using only the accelerator pedal.*4 To match the LEAF e+'s additional power and increased mass, Nissan has reprogrammed the e-Pedal software for smoother operation and enhanced pedal feedback, especially for operation in reverse, and for smoother and more rapid deceleration, making it easier to stop the car using e-Pedal, even when backing up. In addition to ProPILOT Assist and e-Pedal, every LEAF is equipped with advanced safety technologies including Intelligent Lane Intervention, Lane Departure Warning, Intelligent Emergency Braking, Blind Spot Warning, Rear Cross Traffic Alert and Intelligent Around View Monitor with moving object detection. Nissan Intelligent Integration: updated interface, larger display and convenient updates The new Nissan LEAF links drivers, vehicles and communities through its convenient graphic-based Human Machine Interface. It allows the owner to use the NissanConnect smartphone app to perform tasks such as monitoring the vehicle's state of charge, scheduling charging to benefit from optimal energy tariffs, finding the nearest charging station, and heating or cooling the car before getting in. New for the LEAF e+ (on North American and EU models) is a larger, thin-film transistor, full-color 8-inch display, with an updated navigation system that can be linked to a compatible smartphone. The display features smartphone-like operation including swiping, scrolling and tapping. Applications, maps and firmware are updated over the air with the simple touch of a button, instead of having to manually update by USB or at a Nissan dealership.*5 Other new features include Door-to-Door Navigation, which syncs the vehicle's navigation system with your compatible smartphone for seamless driving and walking directions. The Connections feature allows any of the car's passengers to quickly and easily connect to a device within the vehicle.*6 Integration goes beyond what's in the vehicle and now includes Nissan Energy, the company's existing and future initiatives for Vehicle-to-Grid, Vehicle-to-Building and Vehicle-to-Home connections, generating solar electricity, as well as reusing batteries. With Nissan Energy, LEAF vehicles are part of a larger electric vehicle ecosystem.*2 Sleek, modern design One of the most eye-catching exterior elements of the new Nissan LEAF is the car's sleek, streamlined silhouette, which maximizes aerodynamic efficiency. The car's bold fascia features Nissan's signature V-Motion grille with blue 3D mesh. The car's streamlined profile gives it a sporty look, while the rear features a distinctive tail light design. The LEAF e+ carries over most of the LEAF's design. Subtle clues to its e+ designation include a revised front fascia with blue highlights and an "e+" logo plate on the underside of the charge port lid. There will also be a rear trim level badge for U.S. and Canada which will be designated as S PLUS, SV PLUS and SL PLUS. Like the standard model, the LEAF e+ boasts a spacious, highly functional interior with a quality, high-tech feel. The combination of premium materials throughout the cabin befits a luxury vehicle. Vibrant blue contrast stitching for the steering wheel, seats and instrument panel accentuate the car as a Nissan electric vehicle. Pricing North America pricing will be announced closer to on-sale date.

Chinese electric car start-up Byton surprised everyone last year at Consumer Electronics Show with the M-Byte electric crossover concept. The vehicle was quite futuristic in terms of looks and featured a gargantuan touchscreen for the infotainment system. Last night, the company unveiled a production-ready cabin for their upcoming crossover and retains the massive touchscreen. Running the entire length of the windshield, the “Shared Experience Display” will provide vehicle and driving information, along with the ability to capture and playback "wide array of digital content – music, videos, photos, files, contacts, and more." If you're like us, you are wondering how much of a distraction this screen will be. Byton claims that the display has been designed and tested "to not affect driver line-of-sight and can automatically adjust brightness according to changes in ambient lighting to avoid further distraction." The SED also meets "automotive safety standards as well as crash standards in all target markets," including the U.S. - we'll see about that. But that isn't the only screen! Byton has also included a 7-inch touchscreen on the steering wheel that allows the driver to configure the car and go through the functions of the SED. There will also be an 8-inch touchpad mounted between the front seats, and two touchscreens for the rear. Aside from the screen-overload, Byton is planning on showing a full production version of the M-Byte crossover sometime later this year with production to begin in China towards the end of the year. Launches for Europe and North America will follow in 2020. Again, we'll see if they can reach that goal. Source: Byton BYTON Unveils a Closer Look at the M-Byte SUV Production Model at 2019 CES Las Vegas LAS VEGAS, Jan. 6, 2019 /PRNewswire/ -- BYTON, the premium intelligent electric vehicle brand, today revealed new details about its first production model, the M-Byte SUV, at the Consumer Electronics Show (CES) 2019 in Las Vegas. Positioned as the next generation smart device, BYTON is designed for the future of autonomous driving when the automobile will become a mobile digital lounge. "BYTON's M-Byte represents the transformation of the traditional car into a next-generation smart device for every user," said Dr. Carsten Breitfeld, CEO and Co-founder of BYTON. "We achieve this through the combination our state-of-the-art EV platform and our proprietary BYTON Life digital ecosystem." A Digital Cockpit That Improves The Driver Experience BYTON's Shared Experience Display (SED) remains the world's largest in-car display for a production automobile. It displays vehicle and driving information and offers various content options in an intuitive way. The position of the display has been carefully developed and tested to not affect driver line-of-sight and can automatically adjust brightness according to changes in ambient lighting to avoid further distraction. In addition, the SED will meet automotive safety standards as well as crash standards in all target markets. The production M-Byte's user-interface and user experience (UI/UX) hardware will feature abundant shared and private screen space to capture and display a wide array of digital content – music, videos, photos, files, contacts, and more – intuitively and safely to users in any seat: The 7-inch Driver Tablet pioneered by BYTON will be at the center of the steering wheel just above the driver airbag, serving as one of the main interfaces for the driver to configure the vehicle and interact with the SED. An 8-inch BYTON Touch Pad has been added between the driver and the front passenger seats on the production model, enabling the front passenger to control the SED and enjoy the same interactive experience as the driver. Rear passengers have access to independent rear-seat entertainment screens that also share content with the SED. The front seats can be rotated inward 12 degrees, to create a space that is more convenient for passengers in the car to interact and communicate with each other when not in motion. The dashboard features a new wraparound design with air conditioning vents, gear selector, and other hard buttons located in the center along with a driver monitoring system to ensure safety during assisted-driving modes. Multiple interaction modes with the vehicle will be offered including voice control, touch control, physical buttons, and gesture control. Enhanced User Experience & Personalized Mobility BYTON users will have access to BYTON Life, an open digital ecosystem that connects applications, data, and smart devices. BYTON Life features advanced machine-learning capabilities that analyzes the user's schedule, location, preferences, and application data to provide intuitive support such as scheduling reminders, online shopping tasks, remote charging management, and more. It can recognize voices of different users and sounds from different directions in the car. In North American and European markets, BYTON has been cooperating with Amazon Alexa to jointly develop voice control. In addition, BYTON has also invited software developers from around the world to join BYTON's ecosystem and explore new possibilities for applications and content on BYTON Life's open platform. Full-scale vehicle testing ahead of production The production version of the BYTON M-Byte is slated to debut in mid-2019, with mass-production starting at the end of the year. To achieve this, vehicle testing continues in full swing to achieve the highest safety and quality standards of China, the US, and Europe. Meanwhile, BYTON's Nanjing plant is on-track to be completed this year and will be equipped with cutting-edge production equipment from leading global partners such as AIDA Engineering of Japan, and KUKA and DÜRR of Germany. The company is also working with key strategic investors FAW and CATL, and world-class suppliers Bosch, BOE, and Faurecia to integrate the world's best technologies and resources into its products. "We have made solid progress in the construction of our Nanjing plant and prototype vehicle testing," said Dr. Daniel Kirchert, President and Co-Founder of BYTON. "This is a vital year for BYTON and our global team is sparing no efforts to achieve our goal of volume production."

Previous Page Next Page We've known for some time that Kia is working on an electric version of the Niro, complementing the hybrid and recently launched plug-in hybrid. It was suspected that the Niro EV would be similar to the Hyundai Ioniq EV with a 110-mile range. But that might not be the case if Kia's concept comes to fruition. Last night at the Consumer Electronics Show, Kia debuted the Niro EV concept. Compared to the standard Niro, the EV concept looks polarizing with a display panel where the grille would be, bulging hood, futuristic wheels, and a new design for the rear. The ride height is also slightly higher, possibly hinting that a larger battery is installed. The interior is very different from the current Niro with "pure, minimalist, and digital" design. Many of the vehicle's functions are done through touch and gesture controls. Kia didn't spill many details on the Niro EV concept's powertrain aside from it using "new production technologies earmarked for near-future EVs from Kia" and using a 150 kW (201 horsepower) electric motor and 64 kWh battery pack. Range is estimated to be 231 miles. Source: Kia Press Release is on Page 2 ‘BOUNDLESS FOR ALL’: KIA PRESENTS VISION FOR FUTURE MOBILITY AT CES 2018 Kia presents autonomous, connected and eco/electric technologies at CES Full model range to be connected cars by 2030 Kia to offer 16 electrified vehicles by 2025 with hybrid, EV and FCEV power All-new Kia fuel-cell EV due to launch in 2020 Niro EV Concept offers 238 miles of driving range Kia to commercialize Level 4 autonomous vehicles in smart cities by 2021 WiBLE car-sharing service to launch in Europe during 2018 Las Vegas - January 8, 2018 – Kia Motors today presents its future mobility vision at the 2018 Consumer Electronics Show (CES) in Las Vegas. Under its new ‘Boundless for all’ vision, Kia will bring a future in which opportunities for mobility and transportation are limitless. To broaden horizons with its mobility services, Kia is also demonstrating a range of new technologies as part of its new ‘ACE’ strategy to make its cars more Autonomous, Connected and Eco/Electric. “‘Boundless for all’ is Kia’s future vision – where everyone has the opportunity to enjoy the infinite value that future mobility will bring. This is Kia’s manifesto for its role as a mass mobility provider in the future. Consumers are bound today by the idea that a car is ‘just a vehicle’, but Kia is committed to providing a broader solution to mobility. ‘Boundless for all’ represents a future in which a vehicle can be so much more than the sum of its parts,” said Dr. Woong-chul Yang, Vice Chairman and Head of Kia R&D Center. Kia’s ‘ACE’ strategy is based around three core elements, presenting Kia’s vision for future personal transportation: Autonomous – Kia plans to commercialize Level 4 autonomous driving technology, with ‘Smart City’ autonomous vehicle testing due to commence in 2021 Connected – By 2025, Kia will adopt connected car technologies across every vehicle segment, and aim to make every single model a connected car by 2030 Eco/Electric – Kia will introduce 16 new advanced powertrain vehicles by 2025, including a range of new hybrids, plug-in hybrids and electric vehicles, as well as an all-new fuel-cell electric vehicle in 2020 Alongside these technologies, Kia announced its plans to roll-out its ‘WiBLE’ car-sharing service – launched in Korea in 2017 – to new regions from 2018, starting with Europe. Beyond Autonomous Driving: Kia’s exhibition theme for ‘connected’ vehicles At CES 2018, Kia is presenting a range of interactive exhibits which combine existing and future technologies. These demonstrate how vehicles could be optimized for enhanced connectivity as they become more autonomous. Kia’s exhibits at CES 2018 hint at a future ‘Beyond Autonomous Driving’. Visitors can interact with Kia’s developing autonomous drive technologies through a VR simulator, while also experiencing a V2X diorama demonstrating how cars could connect with other vehicles and the urban environment. The company plans to operate a large-scale test fleet for autonomous technology on public roads from 2019, paving the way for commercial production of the technology. Kia aims to commercialize Level 4 autonomous vehicles in smart cities from 2021 with a new Smart City pilot project. “Kia’s connected cars will be both boundless and connected and offer a new kind of mobility experience. Virtual reality, self-driving cars, and ‘vehicle-to-everything’ connectivity were all once considered technologies of the distant future. As they rapidly become a reality, Kia is exploring how to deploy these new technologies for its customers. Our strategy and vision for future mobility is demonstrated by a range of interactive displays, showing what our customers can look forward to,” said Vice Chairman Yang. 16 new electrified vehicles by 2025 Kia will continue to expand its range of environmentally-friendly cars in the coming years, and plans to offer a total of 16 electrified vehicles by 2025, including a fuel-cell electric vehicle (FCEV) in 2020. “By 2025, we will offer a total of 16 advanced powertrain vehicles, with five new hybrids and plug-in hybrids, five new battery EVs, and an all-new mass market FCEV. Due to launch in 2020, this FCEV will spearhead Kia’s efforts to realize a zero-emission future for mobility,” said Vice Chairman Yang. As part of this strategy, Kia is exhibiting the Niro EV Concept at CES 2018. Combining the stylish design of a modern compact SUV with the high efficiency of an advanced battery-electric powertrain, the Kia Niro EV Concept represents the next step in the brand’s ongoing journey to electrification. Created by Kia’s design studio in Korea, the Niro EV Concept is a fully-electric compact SUV. Its aerodynamically-efficient body allows air to slip over, around and beneath the vehicle with ease. The traditional grille – no longer required for engine cooling – is replaced by a smooth interactive display panel, combined with ultra-slim lamp technology in the overall front. In profile, the concept draws inspiration from the current Kia Niro, with a modish compact crossover silhouette, elevated body and wide C-pillar. The Niro EV Concept’s seamless rear aspect has clean and sharp trailing edges allowing air to flow more easily off the back of the car. With a silent electric powertrain, and the anticipation that such a car would be driven most frequently on urban and suburban roads, the Niro EV Concept boasts new technologies to enhance safety for pedestrians. The concept’s new Active Pedestrian Warning System (APWS) features a combination of front view cameras, object recognition technology and front speakers. If the system detects a pedestrian or cyclist crossing in front of the car, the speakers sound an alert targeted specifically at that person, warning them of the car’s presence. APWS is matched by the Niro EV Concept’s new interactive lighting system, which offers users and pedestrians a highly-intuitive visual communication with vehicle. Inside, the cabin has been designed with a pure, minimalist and digital appearance, creating greater user interaction with new technologies and features. With a wrap-around design to cocoon the driver and passengers, the dashboard’s horizontal layout has broad and smooth surfaces. The effect is an innate sense of space and calm in the cabin, enhanced by the soft shades of silver, grey and bronze covering every surface. The Niro EV Concept is powered by a next-generation electric vehicle powertrain, using new production technologies earmarked for near-future EVs from Kia. Energy is provided by a high-capacity 64 kWh lithium-polymer battery pack, paired with a powerful 150 kW electric motor. The Niro EV Concept suggests a driving range of 238 miles (383 kilometers), with zero tailpipe emissions. Interactive exhibits preview new in-car technology At CES 2018, Kia is exhibiting its latest HMI technologies, autonomous drive features and the world’s first in-car 5G connection. These exhibits hint at innovations that could be adapted for use in the brand’s future vehicles. Kia is demonstrating these innovations through a set of interactive cockpit-style experiences, presenting the brand’s ‘Beyond Autonomous Driving’ vision with technologies that idle passengers can draw upon in a future of vehicle autonomy. The first cockpit gives visitors the chance to experience the Niro EV Concept’s pioneering new HMI, with enhanced interaction between visitors and the vehicle. The infotainment and HVAC (heating, ventilation and air conditioning) systems are controlled by touch and gesture, with the steering wheel acting as a remote. The driver can ‘swipe’ along a perforated leather area on the base of the two-spoke wheel, with different gestures serving to switch between favorite music tracks, turn up the volume, and adjust cabin ventilation settings. A digital dashboard display provides additional information to the driver, such as vehicle settings, powertrain status, and trip information. Creating a more digital interaction between car and driver than in a traditional vehicle, the HMI allows drivers to ‘log-in’ to the vehicle using face and voice recognition. The facial and voice recognition technology, developed in collaboration with Amazon Web Services (AWS), welcomes drivers and adjusts vehicle settings based on preset individual preferences. Leveraging ‘Amazon Rekognition’ and ‘Amazon Polly’ – highly accurate facial analysis and voice services provided by AWS – the new system disables many of the car’s functions if the driver does not pass the identification process. The HMI cockpit at CES 2018 lets users experiment with these exciting new in-car technologies. A second cockpit demonstrates the world’s first in-vehicle 5G connection – with a real-time connection established between Las Vegas and Seoul, Korea. The 5G connection enables users to stream contents reliably into the car, linked to the exhibit’s infotainment system. The second cockpit also presents the Niro EV Concept’s Separate Sound Control System, allowing users in the front and rear rows to experience Kia’s sound separation technology. The technology allows front and rear passengers to listen to their own music at the same time without intruding on others in the car. The system features eight speakers installed in the headrests, simultaneously pumping out sounds for each seat row, and using noise-cancellation technology to ‘mute’ sound from the other row of seats. By creating two sound zones in the car, occupants in different rows can enjoy listening to separate music or podcasts. Developed in-house, Kia believes this technology could be adapted to enhance occupant comfort in future production cars. Finally, visitors can experience Kia’s own autonomous drive support technologies with a series of virtual reality exhibits. The VR simulations demonstrate Kia’s autonomous drive support technologies in a range of environments, via VR headsets. WiBLE car-sharing service to launch in Europe in 2018 Enabling urban and suburban mobility, Kia has today announced plans to roll-out its ‘WiBLE’ car-sharing service to new regions. Launched in Korea in 2017, WiBLE – a portmanteau of ‘Widely Accessible’ – will be introduced to certain European markets and cities from late 2018. Kia plans to expand the service into other markets around the world in the coming years. WiBLE will be serviced in the designated areas in city centers, providing vehicles to customers who need to drive but may not own a car of their own or who want more convenient drive in city centers. In Korea, WiBLE users have access to a variety of different Kia cars to complete their journeys, including the Soul EV, Niro hybrid crossover and larger vehicles. Vehicles are equipped with a range of Kia’s active safety technologies to help customers complete journeys safely in a car with which they may not be familiar. This format is expected to be carried over into new WiBLE markets. WiBLE is accessed via an accompanying smartphone app. Users then pay for individual journeys in a WiBLE vehicle, charged according to the amount of time they use the car. WiBLE in Europe enables users to complete one-way journeys, rather than requiring them to return the car to the same point, for maximum convenience and value for money. Kia will announce the first European locations for the launch of WiBLE later in 2018. Previous Page Next Page

Even though Hyundai is expanding their alternative fuel plans with electrics and plug-in hybrids, the Korean automaker still sees a place for hydrogen fuel cell vehicles. Today at the Consumer Electronics Show in Las Vegas, Hyundai unveiled their next-generation fuel-cell vehicles, the Nexo. Replacing the Tucson FCEV, the Nexo is based on a bespoke platform that is designed with fuel cells in mind. This allows for better packing of the hydrogen tanks in the vehicle. Hyundai says the Nexo's powertrain is comprised of an electric motor producing 120 kW (160 horsepower) and 291 pound-feet of torque; a smaller fuel stack - what converts the hydrogen into electricity, lithium-ion battery pack, and three hydrogen tanks. Performance figures are 9.9 second run to 60 mph and a range of approximately 370 miles. The Nexo will also come chockfull with a number of safety features such as a blind spot monitoring system that shows the rear and side views in the instrument cluster; Lane Follow Assist that keeps the car centered in its lane; Highway Driving Assist which uses sensors and map data to automatically adjust speed; and Remote Smart Parking Assist that enables the Nexo to park or summon itself without a driver in the vehicle. Hyundai is planning to make the Nexo available in select markets later this year. Hyundai isn't detailing how it plans on selling the Nexo - we're guessing it will be some sort of leasing program. Source: Hyundai Press Release is on Page 2 NEXO: The Next-Generation Fuel Cell Vehicle From Hyundai Hyundai names technological flagship fuel cell vehicle NEXO New ADAS technologies revealed including self-parking and Lane following features LAS VEGAS, Jan. 8, 2018 – Hyundai Motor today announced that NEXO will be the name of its all-new, dedicated Fuel Cell EV during a press conference at CES 2018, and disclosed Advanced Driver Assistance Systems (ADAS) that expand its autonomous driving potential. NEXO is the technological flagship of Hyundai’s growing eco-vehicle portfolio and marks Hyundai’s continued momentum toward having the industry’s most diverse CUV powertrain lineup. The NEXO model will spearhead Hyundai Motor’s plans to accelerate development of low emission vehicles, in line with Hyundai Motor Group’s renewed goal of introducing 18 eco-friendly models to global markets by 2025. This new development roadmap also represents the next step for Hyundai Motor toward realizing the ultimate ambition of creating a cleaner environment through eco-friendly vehicles. Blind-spot View Monitor (BVM) Hyundai’s Blind-spot View Monitor is an industry-first technology. It shows drivers on a center cluster screen the rear and side views of NEXO using cameras while changing lanes in either direction. The system uses wide angle surround view monitors (SVM) on each side of the vehicle to monitor areas that cannot be seen by a traditional rearview mirror. Hyundai is the first automaker to provide drivers video footage from both sides of the vehicle. Lane Following Assist (LFA) and Highway Driving Assist (HDA) Lane Following Assist is an all-new technology for Hyundai and it debuts in the NEXO. LFA automatically adjusts steering to help keep NEXO centered in its lane of travel. LFA can keep NEXO centered at speeds between 0 and 90 miles per hour on both highways and city streets. When paired with Hyundai’s Highway Driving Assist (HDA) which utilizes sensors and map data to ensure safe operation as well as automatically adjust speed in limited environments, drivers will be able to traverse long distances with greater ease and improved safety. Remote Smart Parking Assist (RSPA) RSPA enables NEXO to autonomously park or retrieve itself from a parking space with or without a driver in the car. The RSPA system can even back a NEXO into a parking spot by itself with a touch of a button from the driver. When faced with any challenging parking scenario, NEXO drivers will be able to park with complete confidence and accuracy. Hyundai NEXO “Hydrogen energy is the key to building a more sustainable society. Hyundai Motor Company has already taken a lead in hydrogen technology with introduction of Tucson fuel cell,” said Dr. Woong-chul Yang, Vice Chairman, Hyundai Motor Company. “Yet as another result of this earth-saving effort, today, I am so proud to introduce to you our second-generation Fuel Cell Electric Vehicle which is a culmination of our cutting-edge technologies.” NEXO is Hyundai’s second-generation of commercialized fuel cell electric vehicle that will be available in select markets around the world starting in early 2018. Improving upon the acclaimed Tucson FCEV, the NEXO has an estimated driving range of 370 miles, 105 more than its predecessor. Acceleration and power have increased to improve the overall performance. Designed to handle extreme temperature and environments, the NEXO testing has proven that the vehicle is capable of starting after being subject to overnight temperatures of -20 degrees Fahrenheit. NEXO boasts cold start capability within 30 seconds which is an industry-leading achievement and the fuel cell system warms up faster for maximum performance. The NEXO also has excellent cooling performance on steep grades with temperatures exceeding 120 degree Fahrenheit. Improvements in the air supply system, performance at high altitudes and refueling times, along with overall efficiency and fuel economy put the NEXO in a class all its own. In addition the NEXO has improved power density and durability comparable with a gasoline-powered vehicles. Dedicated Architecture For the first time ever, Hyundai’s fuel cell vehicle is built with a dedicated vehicle architecture. This architecture has many benefits including: Lighter weight Improved power-to-weight ratio Faster acceleration from 0 to 60 mph than the Tucson FCEV More cabin space Allows the battery to be relocated to the trunk Improved fuel cell system layout NEXO vs. Tucson Fuel Cell System Architecture NEXO’s fuel cell stack and battery have more net power to supply a more powerful motor NEXO’s powertrain is lighter and has improved packaging Improved hydrogen storage tanks Powertrain Improvements NEXO’s powertrain is lighter and takes up less space compared with Tucson FCEV More efficient Better module integration Smaller Lighter Drivability Peak acceleration is increased by 25 percent compared with Tucson FCEV NEXO accelerates from 0 to 60 mph 20 percent faster than Tucson FCEV NEXO has more torque than the Tucson FCEV Range NEXO has 30 percent more range than the Tucson FCEV NEXO has an estimated range of 370 miles compared with the Tucson FCEV 265 miles Quiet and Comfortable Driving Characteristics NEXO maintains the quiet and comfortable driving characteristics of the Tucson FCEV All of the NEXO’s moving parts are inside the engine bay which isolates the noise to one area Durability NEXO has the same level of durability as internal combustion engine vehicles Hydrogen Storage NEXO’s storage system is lighter than the Tucson FCEV NEXO’s storage system has world-class storage density NEXO can be refueled within five minutes Overall Summary NEXO Tucson FCEV Dimensions Length(in.) 183.9 173.6 Width(in.) 73.2 71.7 Height(in.) 64.2 65.2 Wheelbase(in.) 109.8 103.9 Power 135kW Fuel Cell : 95kW Battery :40kW 124kW Fuel Cell : 100kW Battery : 24kW Motor 120kW 291 lb.-ft. of torque 100kW 221 lb.-ft. of torque 0 to 60 mph 9.5 seconds 12.5 seconds Range 370 estimated 265 miles ＊ All NEXO specification and technologies mentioned above may vary according markets ＊ All NEXO specification and technologies mentioned above may vary according markets

It may not be the electric Pacifica we were hearing about last month, but Chrysler does have an electric minivan concept that will be debuting later today at the Consumer Electronics Show. Meet the Portal concept which Chrysler describes as "created by millennials for millennials." The Portal does look like something from the set of Blade Runner with an interesting front end, massive wheels, and a set of huge double-sliding doors. The Portal rides on a 118.2 wheelbase, making it slightly smaller than the Pacifica. Inside, the seats are mounted on rails that allow them to move fore and aft, fold flat, or be removed completely. There is also a prominent LCD screen that runs the length of the dashboard, along with a touchscreen mounted in the center. Finally, there are 10 docking stations for various smartphones and tablets. A single electric motor provides the motivation for the front wheels. Under the floor lies a 100-kWh lithium-ion battery pack that can provide an overall range of more than 250 miles. When plugged into a 350-kW fast charger, the Portal's battery pack can be recharged to have a 150 mile range within 20 minutes. Like most concepts being shown now, the Portal boasts autonomous driving technologies; in this case, Level 3 tech. This means a driver can let the vehicle drive on its own under certain conditions on the highway. Chrysler says the technologies in the Portal can be upgraded to feature such things as facial recognition and voice biometric technologies. Source: Fiat Chrysler Automobiles Press Release is on Page 2 The Chrysler Portal concept is designed to keep the driver and passengers connected – to each other, to the vehicle and to the surrounding world. Starting with today’s widespread use of the Internet and social media for communication and information, the FCA User Experience (UX) team, and an internal UX Tiger team from the Panasonic Automotive Advanced Engineering function, jointly picked a blend of emerging and future technologies to engage the next generation of vehicle users. “When our teams began imagining the user experiences inside the Chrysler Portal, we set out to identify a long-time supplier partner who could help push the limits of customization and personalization,” said Scott Thiele, Chief Purchasing Officer for FCA NV and Head of Purchasing and Supplier Quality for FCA – North America. “Working with Panasonic Automotive on this concept vehicle is just one example of how FCA is engaging strategic suppliers early in the development phase to bring to life innovations that can become industry benchmarks.” Tapping the Panasonic Cognitive Infotainment (PCI) platform as the foundation of the UX feature set, the Chrysler User Experience team matched future consumer needs (life, finances and new technology) to those new technology solutions now exhibited in the Portal concept. “Working together, FCA and Panasonic Automotive are showing a more cognitively enhanced set of technologies that can give drivers and passengers a superior, more accurate, just-in-time in-vehicle experience,” said Tom Gebhardt, President, Panasonic Automotive Systems Company of America. “In fact, we are so delighted by the partnership, Panasonic has created a complimentary technology exhibition to further showcase our joint interests in UX, software, hardware, and cloud services specifically featuring a unique e-commerce retail use case.” The battery-powered Chrysler Portal concept electric vehicle was unveiled today at CES 2017 in Las Vegas. Facial recognition, voice biometrics provide a seamless, personalized experience For members of the millennial generation, the target audience for the Chrysler Portal concept, technology is more than a tool – it’s an integral part of their lives. The hub of this technology is the mobile phone. The Chrysler Portal concept is engineered to seamlessly detect and connect with passengers’ mobile devices, expanding the social canvas. Recognition and user authentication is the next level of personalization and a primary driving factor for the user experience. Facial recognition and voice biometric technologies work together to provide a seamless personalization experience. As a result, all passengers can set up individual and group settings for an enjoyable, customized experience. For example, facial recognition tells the Chrysler Portal who is in the vehicle and how to automatically configure preferred settings, such as music, lighting, vehicle temperature, heated or cooled seats, etc. Internet cloud-based technologies, combined with facial and voice recognition, keep those preferred settings in sync should a passenger move to another seat. Accessing technology inside the vehicle is naturally intuitive using a blend of voice controls with familiar touch controls. With an array of microphones inside the Portal concept, voice control is available to all occupants. Advanced speech software can identify who is speaking to accurately determine an action, such as which display screen to access. Embedded interior and connected portable device cameras also facilitate conversations and interactions. Want to play music tailored for an individual, such as a child? Simply say, “Play Johnny’s ‘Naptime Favorites’ playlist.” Personalized audio zones enable each passenger to listen to their own content isolated to their seat without the need for headphones. Facial recognition enables the Chrysler Portal concept to track the driver’s directional gaze, as a result, the intensity of the high-mount display screen can automatically dim or increase to help reduce eye strain. If the driver is looking at a specific location on the display and a critical notification occurs, such as an oncoming emergency vehicle, a message pop-up in the area where the driver is looking helps reduce reaction time. Turn road trips into social memories Social media plays a large role in the lives of many Millennials. In the Chrysler Portal concept, sharing content between passengers is as easy as a swipe to the right. A personal tablet or mobile device becomes a community display screen via a docking station in the Chrysler Portal’s headliner, making it easily viewable by second- and third-row passengers. Media such as music, images and videos from personal devices can be shared with a simple upward swipe to the display screen. The community display is ideal for road trips with family and friends. At a glance, infographics show the progress of the vehicle to the trip destination. The Chrysler Portal concept also takes into consideration each passenger’s media preferences and enables them to contribute to the road trip experience. Using predictive intelligence, passenger preferences can be merged to create an overall community setting that can help the group find destinations and plan the best route, select a restaurant, and play music and videos everyone can enjoy. Once a route is set, it can be added to the community display so all passengers can monitor the trip’s progress. At the lunch break, passengers can use the technology in the Chrysler Portal concept to order from a quick service restaurant via voice or touchscreen without rolling down the window or leaving the vehicle, a real convenience in inclement weather. If someone is not sure what to order, the system’s intelligence can offer suggestions based on the passenger’s personal settings. With ecommerce, there is no need for cash or a credit card as the payment can be securely transacted from the vehicle while in transit. Once at the destination, interior and exterior cameras can capture the moment with a selfie, which is then automatically downloaded to everyone’s personal device and can be shared via social media. Affordable, upgradeable technology designed to be added as needed Keeping the user experience affordable, the Chrysler Portal concept’s in-vehicle technology is designed to be adaptable and upgradeable. Cost-conscious consumers are able to decide what technology they want to add and when they want to integrate it into their vehicle, such as adding technologies to meet the ongoing needs of a new family. For example, the vehicle’s short-range wireless network enables parents to connect a baby monitor camera to a seat, with the image appearing on the high-mount display. Another way consumers could integrate their personal devices is by using the Chrysler Portal Concept Companion App. Once downloaded to a mobile device, the companion app has the ability to customize vehicle lighting, control vehicle and home settings, lock/unlock doors and operate other functions from any location. Advanced driving assistance A key element of the Chrysler Portal concept’s user experience is the graphic-rich, high-quality information available to the driver. The hub of this information is the high-mount display, located above where a traditional instrument panel would be placed. Active Matrix Organic Light Emitting Diode (AMOLED) technology in the display makes the screen brighter and sharper. The technology embedded in the Chrysler Portal collects a wide spectrum of visual, sensor-based and infrastructure data; organizes and configures the information for display; and tailors the presentation to keep the driver’s attention on the highest priority functions. The display, which spans nearly the entire length of the instrument panel, is positioned higher intentionally for greater visibility and to aid the driver keeping his/her eyes on the road. Maintaining visibility with the horizon helps reduce the possibility of motion sickness while interacting with the 3-D graphics, especially if Level 3 autonomous driving mode is engaged. The length of the screen enables three zones of information. The first section of the screen, located in front of the driver, offers traditional vehicle information, such as speed. The middle section displays a 360-degree situational awareness view, such as surrounding vehicles, GPS information and points of interest, and can be viewed by other vehicle occupants. The third section can be used for media sharing, status updates of passengers, such as their seat temperature, music or videos being played and a view of them. During Level 3 autonomous driving, the display communicates the status of the vehicle and the surrounding environment. Should the vehicle come to a stop or perform a quick maneuver, the viewable display makes it clear to all occupants the status of the vehicle. The Chrysler Portal concept is constantly using Vehicle-to-X (V2X) communication that enables the vehicle to “talk” with the public infrastructure, Internet, and other vehicles via an array of sensors. For example, if an approaching ambulance is out of sight, V2X systems will notify the vehicle that the ambulance is approaching. Graphics on the high-mount display will communicate the oncoming ambulance by simulating its approach and direction, and the audio system will provide cues that the vehicle is approaching.

Before the Consumer Electronics Show kicks off in Las Vegas next week, Ford has unveiled the second-generation self-driving Fusion Hybrid test vehicle. The most noticeable change is cosmetic. Gone are the tall cylinder sensors mounted on the roof. In their place are a set of roof rails featuring new LiDAR sensors that give the vehicle a more targeted field of vision. This allows Ford to only use two sensors which provide the same amount of data if they were using four. Other improvements over the previous test vehicle include more computational and electrical power; computer vision and machine learning technologies; and highly-detailed 3D maps. "The Virtual Driver's responsibilities can be slotted into three tasks: sensing the surrounding environment, using that perception to make decisions on the road, and controlling the car. The Fusion Hybrid's autonomous brain is located in the trunk, where the equivalent of several high-end computers generate 1 terabyte of data an hour - more than the average person would use in mobile phone data in 45 years," wrote chief program engineer Chris Brewer in a post on Medium. These improvements plus an expansion of their test fleet to 90 vehicles should help Ford reach its goal of having a Level 4 autonomous vehicle - designed to perform safety-critical driving functions and monitor conditions during the trip - by 2021. Source: Ford, Medium Press Release is on Page 2 FORD DEBUTS NEXT-GENERATION FUSION HYBRID AUTONOMOUS DEVELOPMENT VEHICLE; CAR TO FIRST APPEAR AT CES AND NORTH AMERICAN INTERNATIONAL AUTO SHOW IN JANUARY Ford Motor Company is introducing its next-generation Fusion Hybrid autonomous development vehicle, just in time for CES and the North American International Auto Show in January. The new vehicle uses the current Ford autonomous vehicle platform, but ups the processing power with new computer hardware. Electrical controls are closer to production-ready, and adjustments to the sensor technology, including placement, allow the car to better see what’s around it. New LiDAR sensors have a sleeker design and more targeted field of vision, which enables the car to now use just two sensors rather than four, while still getting just as much data. The new vehicle also evolves the two main elements to creating an autonomous vehicle – the autonomous vehicle platform, which is an upgraded version of the car itself, and the virtual driver system. The next-gen Fusion Hybrid autonomous development vehicle follows the company’s current generation, which hit the streets three years ago.

Fiat Chrysler Automobiles will not be debuting any new products Detroit Auto Show, instead announcing that it will be debuting a vehicle at the Consumer Electronics Show in Las Vegas. “As with any international auto show, sometimes product cycle launches do not coincide with show dates,” said Rod Alberts, NAIAS executive director to the Detroit Free Press. Stephanie Brinley, senior analyst at IHS Automotive agrees with Alberts. FCA is right in the middle of developing the 2018 Jeep Wrangler and next-generation Ram 1500. Both models are expected to be revealed within the next 12 to 18 months. “Not having a car in Detroit is much more about FCA's product development life cycles than anything else. I am certain it's not a decision that was taken lightly," said Brinley. This isn't the first time that Chrysler skipped debuting a new vehicle at the Detroit Auto Show. Back in 2010, the company was beginning to recovery from bankruptcy. FCA isn't saying what they'll be showing at CES, but sources tell Bloomberg that it will be an electric vehicle based on the Chrysler Pacifica. Source: Detroit Free Press, Bloomberg Pic Credit: William Maley for Cheers and Gears

It was last January at the Detroit Auto Show when GM surprised everyone with the Chevrolet Bolt concept. Here was an electric vehicle that came with a 200 Mile range and would be affordable. Since then, GM has been hard at work getting a production model ready and at the Consumers Electronic Show tonight, the company unveiled the production Bolt. As we saw in spy shots last month, the production Bolt mostly looks the same as the concept. The front is similar to the Volt with a brushed grille and LED headlights wrapping around the front fenders. Around back, the LED taillights are integrated into the tailgate. The Bolt's interior features seating for five and a large 10.2-inch screen with the latest version of Chevrolet's MyLink infotainment system. Interestingly, the Bolt will come with "Gamification" features that will pit Bolt drivers against each other for green driving awards or rankings as a way to improve efficiency. Unfortunately, details about the electric powertrain and expected range are still being kept under wraps. Production of the 2017 Chevrolet Bolt will begin at the end of 2016 at GM's Lake Orion Assembly. Source: Chevrolet Press Release is on Page 2 CHEVROLET INTRODUCES 2017 BOLT EV LAS VEGAS – Chevrolet is introducing the 2017 Bolt EV at the Consumer Electronics Show, fulfilling its promise to offer a long-range, affordable electric vehicle for the masses. The Bolt EV, which will go into production by the end of 2016, will offer more than 200 miles of range on a full charge. It also features advanced connectivity technologies designed to enhance and personalize the driving experience. “It was less than a year ago that we revealed the Bolt EV concept and promised to deliver a long-range electric vehicle attainable by the masses,” GM Chairman and CEO Mary Barra said. “The Bolt EV is capable of using the latest mobile app technology to enable car sharing, advanced GPS routing and gamification, all designed to enhance the ownership experience now and into the future.” Connectivity Simplifies Ownership Experience The Bolt EV benefits directly from the suggestions and ideas of Volt owners and features technologies that make owning a long-range electric vehicle easy. The Bolt EV’s connectivity innovations will provide smart, personalized solutions for managing the driving experience. For example, in the future an accurate driving range projection will be based on the time of day, typography, weather and the owner’s driving habits. Bluetooth low-energy – designed specifically for the Bolt EV to minimize energy draw – seamlessly connects a smart phone to the car while the owner approaches the vehicle. Many of the Bolt EV’s driver-focused technologies are supported by OnStar 4G LTE, which turns the Bolt EV into a Wi-Fi hotspot, giving owners easier access to apps and services via a high-speed wireless connection. Other connectivity and infotainment features include: 10.2’’ MyLink color touch-screen displayCustomizable, widget-based “flip-board style” operation [*]Rear Camera Mirror Rear-facing camera provides a wide-angle view of the environment behind the vehicle. [*]Surround Vision Provides a bird’s-eye view of what’s around the Bolt EV for improved safety during low-speed driving and when parking. [*]All-New MyChevrolet Mobile App: Combines important owner and vehicle information and functions, such as: Vehicle charge status OnStar Map service Remote start Cabin pre-conditioning Owner’s manual information Dealer service scheduling [*]EV Navigation Mapping EV-specific navigation capability that designs routes to maximize range and provide locations of nearby charging station locations if needed. [*]Gamification In the future, Bolt EV owners will be able to “compete” by comparing driving styles to determine who is driving most efficiently. The Bolt EV will be built at GM’s Orion (Mich.) Assembly facility, near Detroit.

This isn't the Microbus you are looking. Despite many hoping Volkswagen would introduce a modern version of the iconic 60's van, what we got with the BUDD-e that debut at the Consumer Electronics Show last night is a cross between a Scion xB and a Volkswagen Eurovan. But let us move on because the BUDD-e has something that will be appearing in Volkswagen models in the near future. The BUDD-e is the first vehicle that is built on the Modular Electric Toolkit (or MEB). This new modular platform according to the automaker will have the range, utility, and cost needed to become the primary vehicle for many people. For the BUDD-e, the platform allows a 101-kWh lithium-ion battery pack under the floor to provide the power. Electric motors power the front and rear axles. Volkswagen says the BUDD-e has an overall range of 373 Miles in the New European Driving Cycle, a top speed of 93 MPH, and can be recharged to 80 percent in 15 minutes. Interestingly, Autoweek reports during the presentation, chairman Dr. Herbert Diess said the BUDD-e is rated at 233 Miles by the EPA. No explanation was given to the large disparity between the two ratings. The interior is a showcase of future technologies. The driver faces 12.3-inch Active Info Display screen that displays navigation, trip information, charging information, and entertainment. The steering wheel boasts a touch interface with haptic feedback, allowing the driver to interact with the menus on the Active Info Display. There is a larger 13.3-inch screen in the dash that provides more information for passengers. The pièce de résistance of the BUDD-e concept? A number of the BUDD-e's functions can be operated by gesture control, even the rear sliding doors. Source: Autoweek, Volkswagen Press Release is on Page 2 CES 2016: ELECTRIC VOLKSWAGEN BUDD-e CONCEPT BRINGS THE MICROBUS INTO THE 21ST CENTURY Jan 5, 2016 New Concept showcases new MEB electric platform and offers a glimpse of next-generation connectivity and infotainment concepts First VW based on the new Modular Electric Toolkit (MEB)Features 101 kWh battery that enables up to 373** miles of pure electric range New interfaces signal next-generation display and ergonomic conceptsBUDD-e becomes integral part in the Internet of Things and links Smart Home and Smart Car technology Gesture control 2.0 enables intuitive operation of interior and exterior featuresBold design captures brand’s heritage while providing a hint at future design direction Las Vegas, January 2016 —Building on the momentum from the brand’s first appearance in 2015, Volkswagen is opening a new gateway to the future at the 2016 Consumer Electronics Show (CES) in Las Vegas. The time machine in this case is a zero-emissions, avant-garde van dubbed BUDD-e. This is the first vehicle based on the all-new Modular Electric Platform (MEB) that is designed specifically for plug-in vehicles. With a range of up to 373 miles coupled with a charismatic, iconic design, this vehicle successfully incorporates Volkswagen’s heritage while providing a glimpse into the brand’s future. Completely and thoroughly networked, BUDD-e is a mobile interface which connects the vehicle with the world around it. With the BUDD-e Volkswagen has developed a vehicle that is more thoroughly connected with its surroundings than any car before it. An integral automotive component in the Internet of Things (IoT), BUDD-e is capable of seamlessly communicating with your Smart Home or office. Featuring next-generation infotainment technologies and offering an advanced new method of operation and information processing, BUDD-e turns travel into a fully interactive, intuitive experience. Utilizing the latest in user interface innovation, touch and gesture control merge seamlessly and result in the removal of switches and buttons inside the cabin, individual displays that blend into large infotainment panels, and digital screens instead of analog mirrors. The convergence of these new, interactive infotainment and operating systems provides a view of potential applications in Volkswagen products in the next decade. MEB: The new architecture for Volkswagen’s electric vehicles With BUDD-e, Volkswagen demonstrates what electric mobility could be like by the year 2019. Volkswagen’s new MEB platform will enable a series production car to have pure electric range that is on par with today’s gasoline-powered cars by the end of the decade. The time required to charge the batteries to 80 percent of capacity is anticipated to be reduced to about 15 minutes by then, marking an operational breakthrough for EVs. BUDD-e is the first concept car developed by the Volkswagen Group that is underpinned by the new Modular Electric Toolkit (MEB). This architecture heralds a fundamental change in electric cars and ushers in a revolution in automotive technology, leaving today’s fossil-fuel powered internal combustion engines and drivetrains in the past. This significant innovation will lead to huge changes in the development of electric-powered Volkswagens in the years to come, from body and interior design, to packaging and drive characteristics. The new platform is designed to have the space for electric drive components and large batteries while maintaining interior space and driving dynamics. MEB will allow for spacious interiors with the smallest possible footprint to enable easy and nimble transportation. In addition to their space, MEB vehicles will offer high levels of functionality and networking thanks to the new vehicle architecture, instrumentation, and operating systems. New and enhanced assistance systems will provide passengers with safer transport. Dynamic performance is, and will remain, a key part of Volkswagen’s DNA, and MEB vehicles will be no exception. With a focus on optimal balance, future VW vehicles based off the platform will offer the kind of agility, strong acceleration and handling that VW customers have come to expect. New battery and electric drive componentry will enable inexpensive access to e-mobility: a much longer purely electric range will allow these vehicles to become the primary transportation in many consumers’ households. The new MEB delivers a drivetrain architecture that is specifically tailored for the integration of compact electric motors and high-performance, highly-efficient batteries. The 101 kWh battery is flat, to save space, and integrated into almost the entire vehicle floor. It powers two electric motors, one to drive each axle. The front and rear motors power all four wheels and enable a top speed of 93 mph. The total range of up to 373 miles is achieved on a full charge, putting the BUDD-e on a level playing field with today’s gasoline-powered cars. Like today’s electric vehicles, the BUDDE-e offers several levels of plugged-in charging with the added benefit of cordless inductive charging. Another benefit of the new MEB is entirely new packaging opportunities, highlighted throughout the BUDD-e concept. One significant enhancement is illustrated by the arrangement of the heating and air conditioning unit. For instance, the innovative new heating and air conditioning unit has been completely integrated in the front end of the car which allows for significantly more available space, improves air quality (thanks to larger and more robust filters), and results in a reduction of fan noise inside the cabin for excellent acoustics. The concept van is 181 inches long, 76.3 inches wide and 72.2 inches high, placing it between two very successful Volkswagen models sold in Europe, the Touran and the Multivan T6. Due to its generous width, relatively long wheelbase (124.1 inches), and very short overhangs (27 inches at the front and 28.9 inches and the rear), the BUDD-e’s proportions are very appealing. Exterior design Inspired by the iconic charm of classic Volkswagen vans, the BUDD-e’s design focuses on the aesthetics of functionality. Practical, clean, innovative, powerful and appealing, the concept has a two-tone color scheme, with its body painted in “Nevada White” below the window edge, and the roof in “Phoenix Copper.” The front end design of the BUDD-e is unmistakably Volkswagen. The area around the VW logo can be backlit by integrated LED modules in a number of different ways, creating an external ambient light that tapers towards the sides, and a narrow stripe that continues all the way around the van. The main headlights, which also use LED technology, are placed high up, while transparent surfaces to the left and right of the headlights house integrated LED indicators that carry into the vehicle’s silhouette. Viewed from the front, the V-shaped design of these styling cues resemble elements from the original Volkswagen Microbus and Beetle, with a futuristic flare that provides an entirely new interpretation of the brand’s design DNA. The van’s silhouette is characterized by a flat and elongated roof line, long windows with glazed A-pillars, 21-inch aluminium-alloy wheels, and light modules that start at the front and reach around the vehicle’s flanks. A narrow LED stripe, which runs all the way round the car, acts as a character line and delivers exterior ambient lighting. The silhouette comes across as especially clean, thanks to an absence of door handles and wing mirrors, as these components have been completely redesigned and replaced by electronic solutions. Flared D-pillars, which also contain the LED strip for the rear lights, accentuate the design further. At the rear, the BUDD-e’s aerodynamic design promotes airflow through the gloss black D-pillars, reducing aerodynamic drag and simultaneously optimizing rear downforce. Its clean and iconic design continues all the way to the rear, with a large tailgate, reminiscent of the original Volkswagen bus. LED taillight strips reach up into the D-pillars, and the circumferential ambient light give BUDD-e a unique design unlike anything on the road. Last but not least, a C-shaped LED signature surrounds the extractable Drop Box. Next generation human-machine interface The interior style of the BUDD-e is characterized by a completely new and innovative human-machine interface—the instrumentation and operating concept of the future. The design is extremely clean and intuitive to use. The technical architecture of the infotainment and control systems, as well as their design, make a quantum leap akin to the jump from flip phones to smartphones or from analog timepieces to smart watches. With BUDD-e’s interface design, Volkswagen eliminates the traditional distinction between the electronic instrument cluster in front of the driver and the center console infotainment system. In a move towards comprehensive digitalization and the individualization of the driver’s workplace, these two areas have been merged to form a single information hub. The idea behind the navigation panel is rooted in the car’s original function: driving. Behind the panel resides a sliding 3D navigation map with graphics, which becomes the matrix of an interactive human-machine interface (HMI). This is accomplished via two physically separate displays that blend into one, both optically and functionally. The first component, Active Info Display, is a freely programmable instrument cluster located in front of the driver; the second is a head unit which was once a separate screen for the infotainment system. Active Info Display captures the conceptual focus on drive information, while the head unit caters to the infotainment needs of all passengers on board. Both of these areas form a united visual and textual environment, as the navigation graphics and the arrangement of media content such as the display of Points of Interest (POI), playlists, apps (App-Connect) and online services (Car-Net) are freely configurable. In addition, the main points and content can also be swapped between the Active Info Display and the head unit. All of BUDD-e’s systems are operated intuitively by gesture control, touchscreen (displays and touch slider) or voice control. The driver can choose between various intuitive control modes (multi-modal interaction). For example, a simple “Hello BUDD-e” activates the vehicle’s voice control. The system also offers completely natural speech interaction. For example, if the driver asks “turn the heat up a bit, please”, the car will respond immediately and appropriately. The system is also able to locate the passenger giving the commands, and react accordingly. If, for instance, someone sitting in the left rear seat says “It’s too hot here”, BUDD-e can immediately lower the temperature in that passenger’s zone. The BUDD-e’s freely programmable instrument cluster is an evolution of the Active Info Display first introduced by Volkswagen in 2015. A 12.3-inch curved display with a surface consisting of three individually configurable sections is centrally positioned, right in front of the driver. Drive, control, consume. In Section I, “Drive”, the center of the Active Info Display, the current travel route is highlighted through a 3D map including buildings and points of interest (POI) as well as navigation instructions. The edges of the navigation image are simultaneously the background of the entire display. In Section II, “Control”, vehicle status and assistance system information is displayed, as well as the current trip data from the on-board computer, left of the Active Info Display. In Section III, “Consume”, infotainment content such as “Audio”, “Messages”, “Calendar” and “Weather” are displayed on the right. This layout, designed to concentrate on the route and primarily for driver use, is “Driving mode”. Alternatively, as previously outlined, there is a “Travel mode”, in which the details of the route are displayed on the head unit instead, allowing route guidance and planning by the passengers. The fuel consumption data (left), speed indicator (middle) and information on the energy reserves and range (right) are always displayed in a constant position at the bottom section of the display. The head unit, the part of the new HMI easily seen and used by front-and rear-seat passengers, is located in the middle of the dashboard. Its 13.3-inch display is linked to the Active Info Display, both graphically and via software. The head unit displays the extended 3D navigation map (including buildings) as a default setting. The top level of its surface consists of freely assignable tiles that are available in two different sizes. Up to eight tiles in total can be arranged next to each other. Through this, passengers can display “Trip data“, “Audio” (playlist/song/cover) or “Messages” in “Driving mode.” “Travel mode” puts the emphasis on graphical representations of travel content. A Home button in the middle of the head unit takes the user straight out of each menu, back to the top level menu. Similar to smartphones, a menu tab is integrated at the top of the screen. Opening this menu permits quick and easy access to key functions and menu items. These include vehicle functions such as opening and closing the hatch or sliding door, and menu items like “Music”, “Places”, “Images”, “Phone”, “Connected Home”, and “Videos.” Information on basic functions such as climate control and seat heating is also shown at the bottom of the display, where the all-important button for switching between different modes also resides. An “inbox“ sited to the right of the display can be used to send passenger content to the head unit. The head unit is fitted with proximity sensors that detect an approaching hand and smoothly switch its screen from display to operating mode, allowing users to scroll through audio playlists and other functionality. Drivers can also toggle from “Driving mode” to “Travel mode” at any given moment. The Active Info Display will continue to focus on specific navigation information, while the representation of the current route is moved to the right onto the head unit, allowing it to correspond to points of interest, which are now shown in greater detail. This functionality makes it easier and more straightforward for anyone on board to locate POIs. Meanwhile, the default displays on the Active Info Display continue to provide the driver with the most important information for the journey. Switching between modes can be done by gesture control, using the Home button, or through the redesigned multifunction steering wheel. e-Mirror. This feature integrates the displays of the digital wing mirrors (e-Mirror). Images come from two external cameras, which feed into multifunction displays. When stationary, the driver and front-seat passenger can also use these panels to open and close the electric doors. The display on the driver’s side is 7.9 inches in size and the front-seat passenger has a 5.9-inch screen. Multifunction steering wheel 3.0. Volkswagen’s new multifunction steering wheel is completely switchless, operating via haptic feedback on its smooth surfaces. Individual functions are activated by pressure, or through a swipe gesture. Touching the surface gives the driver palpable haptic “pre-sensing” feedback, allowing them to localize the function. Upon activation of a function, there is another, stronger haptic reaction, making operation more intuitive than present day solutions. Operation is also no longer limited to the shift paddle, but extends over the entire surface of the operating stack. Raised patterns on the buttons make it easy to find one’s way around the wheel. The driver is also given visual feedback on the selected functions by the Active Info Display. For example, the cover of the song that is currently being played is displayed in the appropriate window. At the same time, icons appear at the edges of the square window—in all four corners. These four icons (scroll up or down, sound and menu) directly match the corresponding directions of the switches on the steering wheel’s operating area, making even the most complex operating sequences simple and intuitive. Functions such as volume control or zooming into the navigation display can alternatively be controlled through a new touch slider. This is a further enhancement of the system presented at CES in 2015 in the Golf R Touch concept. This new stage of development is characterized by higher sensor resolution, clearly noticeable for driver and front-seat passenger alike, due to the system’s optimized precision and performance. This enables the touch slider to recognize not only the number of fingers on the slider, but their motion as well. Gesture control 2.0. Volkswagen has significantly enhanced the gesture control system presented in the Golf R Touch at CES in 2015. In the BUDD-e, experts from the Body Electronics division have incorporated sensor technology already capable of recognizing people as they are approaching the vehicle. For the exterior, this is accomplished through the use of infra-red sensors. An intuitive hand gesture opens the BUDD-e’s sliding door. A simple foot movement of the “Virtual Pedal 3.0” opens the electrically operated tailgate, marking a further development of the “Easy Open” function. The gesture control system inside the BUDD-e’s interior is more intuitive than ever before, with the maximum operating distance having been significantly increased. Cameras are used to register if a passenger in the rear compartment wants to open the sliding door, for instance. Interactive displays and projections also assist the driver and passengers during operation. Gestures are recognized without the gesture control system needing to be explicitly activated—as was the case in the Golf R Touch—making it an integral part of operating procedures. Volkswagen has significantly enhanced the gesture control system presented in the Golf R Touch at CES in 2015. In the BUDD-e, experts from the Body Electronics division have incorporated sensor technology already capable of recognizing people as they are approaching the vehicle. For the exterior, this is accomplished through the use of infra-red sensors. An intuitive hand gesture opens the BUDD-e’s sliding door. A simple foot movement of the “Virtual Pedal 3.0” opens the electrically operated tailgate, marking a further development of the “Easy Open” function. The gesture control system inside the BUDD-e’s interior is more intuitive than ever before, with the maximum operating distance having been significantly increased. Cameras are used to register if a passenger in the rear compartment wants to open the sliding door, for instance. Interactive displays and projections also assist the driver and passengers during operation. Gestures are recognized without the gesture control system needing to be explicitly activated—as was the case in the Golf R Touch—making it an integral part of operating procedures. Personalized light. Volkswagen has demonstrated how the dominant color of the display illumination and matching ambient lighting can be individually adapted using the touch slider in the Golf R Touch concept. Now, this functionality also includes opening/start-up and parking/closing of the new BUDD-e. When the car is opened, cockpit and ambient lighting bring the interior to life: when parked, standby mode is initiated. The ambient lighting system implemented in the BUDD-e is a further development of this system. While the previous application was primarily influenced by the driver and the front-seat passenger, controls now extend to the entire interior of the car. It is the first car in which ambient lighting interacts with the gesture control system, and can also be adjusted to suit the surrounding environment. A car for the Internet of Things Not only does the BUDD-e’s completely new infotainment concept make travelling more interactive and media more tangible, it also creates a link between the car and the outside world. With BUDD-e, passengers will be able to access their homes and workplaces to perform tasks such as controlling the air conditioning, turning lights on or off, or simply looking to see if their kids are home yet. BUDD-e will not only provide a connection to an interconnected world, but create an interactive interface to its surroundings. It is conceivable that in the near future, consumables—such as windshield wiper blades—or other kinds of personal items could not only be ordered from the car, but also delivered to it using a “Drop Box” that is accessible from the outside. The vehicle “reads” an access code to open the Drop Box for authorized parcel delivery services, using a digital key, essentially making the vehicle a mobile mailbox. At home on the road. Most modern day smart home functions are controlled using smartphone apps, produced by various manufacturers. Volkswagen has found a solution that allows users to access smart home functions while remaining focused on the road ahead. With App-Connect—Volkswagen’s advanced smartphone integration platform—the BUDD-e makes it possible to control certain “Connected Home” functions from the car, while driving. In cooperation with Korean electronics firm LG, Volkswagen will show how it is possible to obtain information about a smart fridge from the BUDD-e. It’s also possible to put the whole house into an energy-saving sleep mode while still in the vehicle. In the future, the BUDD-e will also automatically turn on lights in and around the house as soon as it approaches through home net automation. At CES, Volkswagen will demonstrate, together with the German manufacturer Doorbird, how MirrorLink™ can be used in connection with the newly developed Home-Net Viewer. The interface can display images from cameras mounted in and around the house on one of the car’s multiple screens (a function equally conceivable with future Apple CarPlay® and Android Auto™ applications). If a visitor rings the doorbell at home, a picture of them, taken by the home camera, is sent to the screen of the infotainment system. The functionality even makes it possible to speak to the visitor using the car’s hands-free kit and, if desired, open the door for them. Don’t forget anything. BUDD-e can remind its occupants if they have forgotten anything in the car, via their smart watch and/or smartphone. You can also find things in the car using “Home-Net don’t forget”. Through an inventory list, the driver or passengers can see everything that has been put in the car, and if they are still there. The intelligent “Reminder” also informs when particular items should be remembered. For example, if rain is forecast, BUDD-e will notify the driver if there is an umbrella in the car. Relevant items are fitted with a transmitter (a small sticker) in advance, making it possible for the car to locate them. The “Home-Net don’t forget” app uses an encrypted wireless interface, meaning that it is impossible for the items to be located from outside the car, or by unauthorized users. Smart Gesture. Volkswagen plans to become one of the first manufacturers to integrate gesture control into affordable, mass production cars. BUDD-e demonstrates a broad range of what is possible in the future. Functionality will include in-car control functions which operate certain things at home. A good example of this is the familiar “Easy Open” function, where the BUDD-e can use a laser to project a virtual footprint in front of its hatch. If an authorized user kicks this position, the hatch opens automatically. Opening the door at home will work in the same manner: BUDD-e will project a footprint in front of the door and if the person who lives there puts their foot on it, the door opens—which is very handy if you have your arms full with groceries or children.