Faraday Future Crossover Could be the Fastest Accelerating Electric Vehicle

Faraday Future Crossover Could be the Fastest Accelerating Electric Vehicle

New American carmaker, Faraday Future, has released a video apparently showing its new crossover (although still under wraps) beating several vehicles in acceleration tests, making it the world's leading electric vehicle on acceleration.

Faraday Future is expected to reveal its first all-electric, connected and customizable crossover at the upcoming CES tech show in Las Vegas, January 5 to 8, 2017.

To show off its speed, Faraday Future has tested the vehicle's acceleration against some of the most powerful and performance-topping cars on the market. First up is the Bentley Bentayga, the British brand's first SUV equipped with a 610Hp W12 engine (0-60mph in four seconds). Next comes the Ferrari 488 GTB with its 670Hp V8 twin turbo engine (0-60mph in three seconds).

Finally, and perhaps more importantly, comes the Tesla Model X P100D in "Ludicrous Speed" mode, Faraday Future's real rival and a reference in the field, reaching 0-60mph/h in just 2.9 seconds.

Also read: An Electric Car That Lapped the Nurburgring in a Little Over Seven Minutes

Also read: Fisker Automotive to Return With an All-Electric Car, Should Tesla Worry?

In each of the tests, the Faraday Future crossover performed best on acceleration. And, as if that's not enough, the manufacturer promises more torque to come for even more spectacular performances.

It's as yet unclear whether the vehicle will be fully or partially self-driving. The manufacturer has already revealed that it's working in the field and has been granted permission to carry out real-world tests on public roads in California.

Faraday Future also happens to be a partner of Chinese firm LeEco, which manufactures electronic devices (smartphones, TVs, etc.), and also previewed a fully autonomous concept car called LeSEE. The two firms could one day pool their knowledge and resources to build a vehicle that's both 100% electric and 100% self-driving.

Also read: The Electric Car Revolution Is Real, But Won't Be Here Until 2025

Note that Faraday Future burst onto the scene at the 2016 edition of CES, causing a sensation with a spectacular concept car called the FFZERO1, a 1,000Hp single-seater with a top speed of 199mph.

Check out the Faraday Future acceleration tests in this video: youtu.be/rm_CCR5tnRQ

RANKED: The 18 best car innovations of 2016

RANKED: The 18 best car innovations of 2016

Rolls-Royce vision 100Rolls-Royce

Cars are becoming more computer-like everyday.

We're not just talking about advancements in self-driving tech, either. Automakers know that cars today have to be smart and easy to use.

A lot of these innovations can still only be seen in concept cars, but they offer a glimpse of how companies are working to radically change the car of the future. Scroll down for a closer look.

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Drool Over the 7 Most Eye-Popping Concept Cars Of 2016

Drool Over the 7 Most Eye-Popping Concept Cars Of 2016

[unable to retrieve full-text content]The crop of concept cars in 2015 was amazing, but 2016 was another great year for unbelievable future rides, perhaps none more incredible than the Rolls-Royce Vision Next 100 concept. But we saw wonderful concepts from automakers in Europe, America and ...
BMW to display dashboard of the future

BMW to display dashboard of the future

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For as long as there have been science fiction movies, there have been fascinating glimpses of what cars of the future could be like. Some have been nothing more than fantasies while others have become realities decades later (although the flying car is still to appear in showrooms). Concept cars have also shown us what we may drive in the next decade or what our children may drive in 2030.

The BMW Group has long provided glimpses of what it might appear in its cars in future through its many concept models. And next year, at the Consumer Electronics Show (CES) 2017 in Las Vegas, the company will provide another glimpse into the interior of the future with a selection of concepts and revolutionary technology.

BMW HoloActive Touch

The BMW HoloActive Touch system, for example, will be making its debut at the show. This innovative interface between the driver and vehicle acts like a virtual touchscreen; its free-floating display is operated using finger gestures and confirms the commands with what the driver perceives as tactile feedback.

BMW HoloActive Touch is part of the BMW i Inside Future study, which will give visitors an impression of the mobility experience set to be offered by seamlessly connected and autonomously-driving cars in the future. It brings together the advantages of the BMW Head-Up Display, BMW gesture control and direct touchscreen operation, and adds extra features to create a unique form of user interface.

For the first time, the functions can be controlled without any physical contact with materials, but the technology still enables the visible and tangible driver-vehicle interaction familiar from conventional touchscreens. BMW HoloActive Touch also allows the user to access the wide variety of services provided by BMW Connected. The seamless integration of the personal digital mobility companion is highlighted even more vividly by the extremely intuitive interaction.

BMW TechnologyHead-Up Display and AirTouch technologies are already available in production BMW models

BMW has developed a track record for presenting pioneering advances in the field of display and operating concepts at previous editions of the CES. The BMW gesture control technology unveiled at the show in 2015 is now available in both the new 7-Series and new 5-Series models. And the AirTouch system showcased at CES 2016 took things a step further; here, the user employs simple gestures made with an open hand to activate control pads on a large panoramic display in the dashboard without having to touch the control interface.

Goodyear tyresBMW HoloActive Touch takes operating these functions and interacting with the vehicle to another level. Similar to the Head-Up Display, the image of a full-colour display is generated by clever use of reflections – but now in free-floating form within the interior rather than through projection onto the windscreen. It displays flexibly configurable control pads and is visible to the driver next to the steering wheel at the height of the centre console.

A camera detects the driver's hand movements within this ergonomically user-friendly area, and registers the position of their fingertips, in particular. As soon as a fingertip makes contact with one of these virtual control surfaces, a pulse is emitted and the relevant function is activated.

It sounds like something out of that movie 'Minority Report' and going by how concepts shown by BMW have appeared in production models, we could well see HoloActive Touch in a new model before the decade ends.

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CES 2017: Magna Will Use Holograms To Demonstrate Innovative Car Of The Future

CES 2017: Magna Will Use Holograms To Demonstrate Innovative Car Of The Future

Magna is all set to attend the CES 2017. The company will be giving a reality based view of the inside and outside of its futuristic and innovative car that will be produced later on.

The company will showcase the concept of this car through hologram technology. For this purpose, Magna will be using Microsoft's mixed reality HoloLens in the event.

The ADAS simulator will make sure that the company gets the right kind of profiling for the car's interior and exterior done for the audience to see too. According to company they are actually investing in the technologies that are going to be the means of safety for customers.

The company is going to introduce the concept of its innovative car with the help of HoloLens and ADAS simulator technology. CES has been hyped a lot due to the fact that many car makers are turning towards the show in order to showcase their technology.

CES being the most famous electronics show of the year certainly has gained immense popularity among the automakers who are inclined to produce latest technology for their users.

This is the reason that Magna is also considering to bring about the technology to CES 2017 which will start from 4th January 2017. The attendees will get the unique experience of driving the car and sitting inside it through the HoloLens technology.

The technology ensures a mixed reality and virtual based view which gives one almost accurate results of the original prototype. The technology used will make use of LiDAR system, radar system, seat sensors, aerodynamic system that will be of high quality and various powertrain to be focused as well.

"We pride ourselves in pushing the boundaries of technology and innovation. We do this by identifying the forces impacting mobility and creating solutions that support the shift in the automotive landscape," said Swamy Kotagiri, Chief Technology Officer, Magna International.

"We are excited to be at CES 2017 to showcase our capabilities and commitment to investing in new ideas that make the driver experience safer and smarter."

Magna's booth at CES is located at Magna booth #5936, North Hall LVCC, from Jan. 5-8, 2017.

Hyundai Motor advances development of connected car operating system

Hyundai Motor advances development of connected car operating system

Hyundai Motor advances development of connected car operating systemHyundai Motor advances development of connected car operating system - ImageNEW DELHI: South Korean automaker Hyundai Motor is accelerating development of its advanced ccOS (connected car Operating System), the core platform technology for its future connected cars.

The automaker informed in an official statement, "The highly sophisticated software will optimize the high-speed transmission and reception of data within the vehicle to support increasingly complex features that will lead the connected car market."

"Installed at the heart of the vehicle, ccOS will control and operate the key aspects of connected car infrastructure; In-Vehicle Framework, Infotainment Framework and Connectivity Framework, to ensure connected cars can adapt to new innovations in safety, comfort, convenience and security."

The first ccOS-installed vehicles are set to be available in 2020 under the concept 'Hyper-connected Intelligent Car', after conducting substantial simulation tests to ensure compatibility.

As for the new ccOS-installed concept vehicle, Hyundai Motor is to explore a variety of applicable connected car services such as OTA (Over-The-Air) software update with which customers can wirelessly update their vehicle's infotainment system, without the need to visit a service center in person.

Connected cars: Driving the future

Connected cars: Driving the future

By Andrew Till, vice president, technology, partnerships and new solutions, Harman Connected Services

Of all the day-to-day aspects of our lives, transport looks set to experience some of the most dramatic changes as the Internet of Things progresses.

It will impact everything from the driving experience to the very concept of car ownership. And with those changes comes a huge amount of opportunity for car manufacturers, cloud providers and telecommunications companies.

The potential that the IoT holds for the automotive market is only going to increase as new technology reaches the market. It's set to come into its own once we see vehicle-to-vehicle (V2V) communications systems and cars with true "hands off" autonomous driving capabilities hitting the road, but even now the fundamentals are in place. 

Andrew Till, Harman Connected Services

Andrew Till, Harman Connected Services

We expect to see around 150 million connected cars on the road globally by 2020. By that point, some 90 per cent of all new cars should support the major connectivity protocols and enablers for the IoT. It has all the makings of a digital gold rush.

Bringing cars into the IoT is a lot more complicated than just providing an internet connection, though. We're talking about the car evolving into a rolling sensor platform, which taps into numerous social opportunities via big data and the cloud.

One of the principal enablers for IoT in the car are the cloud platforms, which connect the cars together and exchange information. From there, the auto makers can provision new services to open up new value chains.

They will be able to offer subscription services and allow the customer to purchase new services using over the air (OTA) updates. We also expect there to be a lot of interest in usage data – gathered anonymously and with the customer's permission.

That will help the OEMs to better understand their customers, allowing them to create promotional campaigns, brand loyalty programmes and vehicle-centric services.

This will see the relationship between the auto maker and the customer extend way beyond the purchase of the car. Car companies are already starting to embrace subscription services and there will be numerous other ways to monetise the IoT.

Cultural shift

According to recent figures, millennials make 54 per cent of their purchases online. Among some subsets of that demographic – particularly at the younger end of the spectrum – that figure is thought to be a lot higher still.

There's currently a disconnect between this trend and the way that most people buy cars, but that may be about to change.

As car ownership becomes a digital experience it will hand some of the power back to the auto makers, rather than the dealers. This then continues right the way through the product lifecycle.

For instance, drivers will be able to check the health of their car in real-time, by enabling the manufacturers to diagnose potential issues via remote access. For the manufacturers it provides a direct means of managing the servicing operation and for the car owners it provides early warning of preventative maintenance.

For that matter, they needn't actually own the car. Personal leasing is becoming far more common and we see consumers looking at cars in a similar way to how they might currently view a cell phone.

They don't want to invest tens or hundreds of thousands in a product that will spend 90 per cent of its lifetime stationary not being used.

They want to pay for actually using it and accessing it, in much the same way as they might do with Netflix or Spotify. With that in mind, shared usage schemes along the lines of Zipcar or Uber may become the norm.

We can expect to see a lot more personalisation of the driving experience too. Soon, cars will recognise individual users' preferences and habits via an app on their smartphone.

As soon as the car is unlocked – using the app – it could automatically adjust to things like the user's preferred seating position, climate control settings and media playlists.

This is part of the shift that sees the car industry moving towards a digital model – one where the car's software and services account for a far greater portion of its value than they do currently.

And these services could move with the owner, much like transferring a social media account from one smartphone to another.

Even the fundamental specification of the car could change, with users on higher tariffs able to unlock features such as a higher power output or greater battery storage capacity.

Connecting cars to the cloud – and in particular, connecting cars to each other – also allows you to see what's over the horizon. If a car brakes suddenly up ahead or detects an obstruction, this information can be sent to those behind to warn of a potential hazard.

This also opens up opportunities for new services. For instance, here at Harman International, we're working with a weather data supplier that's trialling a service that locates rain showers.

Using this data – combined with knowledge of the car's position – the navigation system might suggest that the driver could stop at a nearby coffee shop for five minutes and wait for the rain clouds to blow over.

Consumers may take it for granted that these services are free, but there is an exchange taking place in the background. We're seeing new suppliers entering the automotive value network, including POI [points of interest] data suppliers such as Yelp and Here. This is partly to enhance the user experience, but also to present things like special offers.

Of course, it's vital that privacy is maintained. So far, most of the initiatives surrounding vehicle-to-vehicle connectivity and the communication exchange between vehicles are voluntary.

In the United States, however, we do see some proposed legislation to govern what sort of data can be collected about the users and how that can be employed.

In some cases it may be left to informed consent, where services are provided in return for anonymous use of the customer's data.

The connected car market is at a very early stage and there's a degree of uncertainty in some areas, but there's no doubt it will revolutionise the way we drive.

Consumers – given the experience they have from their smartphone – now have a very clear idea about the sort of services they'd like to see in their next car. It's now up to people like us to make that happen.

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  • Nevada Approved $335 Million Faraday Future Deal With No Knowledge Of The Company's Finances

    Nevada Approved $335 Million Faraday Future Deal With No Knowledge Of The Company's Finances

    At the time of this deal, we all expected Faraday Future to show a production car at the upcoming (now last year's) CES. Instead they showed this FFZERO1 concept car. Photo Credit: Getty Images

    Since Chinese-backed electric automotive startup Faraday Future burst onto the scene about a year ago with lots of hype but little to show for it, one big question has lingered: how did FF secure a $335 million deal with the State of Nevada when no one knew how much money the company really had? As it turns out, the Nevada State Legislature had no idea either; they bought into Faraday Future sight unseen, according to state officials who spoke to Jalopnik today.

    While Faraday Future swears that a production version of its supposedly Tesla-slaying (and supposedly very fast) electric car is coming to CES in Las Vegas next month, work has stopped on the Nevada factory where Faraday Future got $215 million in tax credits and abatements and $120 million for infrastructure improvements. But on the strength of what?

    Nevada's State Treasurer Dan Schwartz, who has emerged as a major skeptic of FF, told me today that his department and the Nevada State Legislature—which signed off on the deal—were in the dark.

    "The Treasury was not in any hearing," Schwartz said. "Faraday Future gave financials to Steve Hill [Director of the Governor's Office of Economic Development], but he didn't give them to the legislature."

    Hill did not respond to calls or emails seeking comment from Jalopnik. A Faraday Future spokesman said, "As a private company we do not comment on the details of our finances."

    The news of this lack of information was something of a shock, and it seemed extraordinary that neither the State Treasury nor the State Legislature voting to approve the deal got to see any proof of Faraday Future's financial health. "That's exactly right," Schwartz concurred.

    "The financials of the company were marked confidential and not shared," Schwartz noted. "We [at the Treasury] asked for a financing plan, but have never seen it," Dan furthered. "And that was a year ago."

    Ira Hansen, one of the four State Assembly members who voted no on the Faraday Future deal at the time, also backed up Dan Schwartz's account.

    "We got nothing," said Hansen, a Republican who represents the state's District 32. "All we got was a rosy scenario."

    Photo Credit: Faraday Future

    It is indeed very surprising to hear Nevada gave so much to a company about which it knew so little, but it's important to understand the context how job-desperate Nevada is to understand how the FF deal went through with so little scrutiny.

    This was also before Faraday Future disappointed the world at this year's CES. After months of hype, the world expected Faraday Future to show a production-ready vehicle. Instead it showed a nonfunctioning dream car that cost the company $2 million, the FFZERO1, pictured at the top of the article.

    Only now is there any indication that Faraday Future will finally show their intended production vehicle at the upcoming 2017 CES, but things look rough from inside the company, and they don't even have an operating factory at the moment.

    Hansen explained that he asked Hill, the Economic Development director, about the health of Faraday Future about a month ago as more and more grim assessments about the company and its Chinese tech mogul backer Jia Yueting made the news.

    "I sent emails to Steve Hill when I heard contractors weren't getting paid," Hansen said, saying he asked for the Faraday Future financials he never got back in December. "He told me he would not provide them because they were marked confidential."

    Hansen also noted that the deal itself was "ramrodded" by the Governor's Office and that the legislature "basically rubber-stamped it." He added, "this is a disaster waiting to happen."

    "The governor is not very open on the subject," Schwartz said.

    If you have any information on Faraday Future, please email me at raphael at jalopnik dot com.

    Better security and customization when your car recognizes you

    Better security and customization when your car recognizes you

    Continental will be showing off its latest in-car tech at CES 2017

    Although big name concept car launches often steal the spotlight, the Consumer Electronics Show (CES) in Las Vegas also hosts a set of smaller reveals and demonstrations from original equipment manufacturers that, arguably, are more relevant to everyday buyers. CES 2017 will play host to a new set of biometric scanning tools from Continental, opening the door for smarter security and customization systems in future cars.

    Fingerprint scanners are commonplace on smartphones and laptops, but they don't really feature in modern cars. Continental wants to change that with its fingerprint-enabled start button. Having entered the car using a regular keyless entry system, owners would need to scan a finger for the car to start. Not only would this make it harder for thieves to break in, it would also prevent teenagers or children from nicking mum's keys and going for a joyride.

    Biometric tech could also be used for easier in-cabin personalization. Using a facial recognition camera, the car can move the mirrors, seating position, climate control and radio to match individual preferences as soon as a particular driver sits down in the seat.

    Tesla has played around with this concept on the Model S, allowing drivers to save profiles in the infotainment system, but swapping between people involves diving into menus. If the Continental system works as advertised, it is a simpler and more user-friendly way to have the car set up for different drivers.

    All this tech will be on display at CES 2017, where New Atlas will be on the ground covering the action.

    Best concept cars ( 2016 )

    Best concept cars ( 2016 )

    The best concept cars of 2016, which we are preparing to leave behind soon, are in this listed.

    We are leaving behind a dreamy year for car enthusiasts. Along with the fairs and events organized since the first month of 2016, the producers came up with all their splendor in the concept designs of the automobile models that represent their future. In these promotional events which turned into design battles, automobile enthusiasts met with beautiful and futuristic concepts. In this list, we have brought together the most notable concept designs of the year for you. Here are the beautiful designs and their first described features that represent the future of their brands;

    Mercedes-Maybach 6 Coupe

    Mercedes Maybach 6

    The concept, which has one of the most distinctive designs so far, has a length of 5.5 meters with a rear-tapering design that resembles a classic coupé. Besides, the concept comes with 24-inch transparent rims. The Mercedes Maybach 6 is powered by 4 electric motors and can generate 738 horsepower in total, with groomed-like wings and superb aerodynamic aspect. The car, supported by an 80 kWh battery unit, can go 320 km on a single charge.

    Renault Trezor Renault Trezor

    In addition to the engine that will be developed along with the technology in Formula E, the car has an acceptable structure with a total of 1600 kg including 2 battery cells. Trezor has an electric motor with 350 horsepower and a 380-nm torque rating, and the acceleration time from 0 to 100 is expected to be less than 4 seconds.

    BMW Vision

    BMW Vision Next100

    Vision Next 100, one of the models developed to celebrate BMW's centuries-old past, had a dizzying array of features. What the concept offers is much more than three things: "more comfort, a better driving experience, and more technology." If we think that the concept is yet to be changed and that the change is clear, we should not hang out with the exaggerated exterior of the car. However, it should be noted that the body is very light, of good quality, and more important, it is personalizable and "deformable". Vision Next 100, which also reflects its intelligent features on its body, can communicate with other drivers and floats by changing colors according to the situation.

    Citroen CXperience

    Citroen CXperience

    CXperience, which took its name from the CX series produced between 1974 and 1991, has a hybrid motor. The concept model, with a power rating of 300 horsepower, is considered the face of the Citroen design language in the foreseeable future.

    Subaru Viziv-7

    Subaru Viziv-7

    With its design, Viziv-7 is among one of the most different models in Subaru's history, which is one of the cars about which we don't have many details. Subaru Viziv 7 Concept, with 5.199 mm in length, 1,859 mm in height (1,829 mm without ceiling jaws), 2.029 mm in width and 2,990 mm of axle distance, is Subaru's biggest car ever. The model is expected to be released on 2018.

    Generation EQ

    Mercedes Generation EQ

    EQ, which opened a new page in Mercedes' history with its design and technical values, came out as the first proof of Mercedes' future plans. The model, which has a 500km range with a single charge, will feature its own (Daimler) battery packs. With two electric motors inside and 405 horsepower, the Generation EQ will reach from 0 to 100 in as little as five seconds. The future models of the brand will be made out of steel, aluminum and carbon fiber components.

    BMW X2

    BMW X2

    BMW Sport Coupe, which's design opens a new page in the automobile design, has specs that is not yet announced. The LED headlamps on the front of the BMW X2 include tips for the future design language of the brand. The large front bumper and 3D-looking 21-inch wheels are among the biggest factors that make the BMW X2 look bigger than it is. Expected release date for X2 is 2018.

    Volkswagen I.D.

    Volkswagen I.D.

    Volkswagen'ın 0 emisyon stratejisinden hareket ederek hayata geçirdiği I.D, değişken sürüş karakterleri doğrultusunda 125 kW'lık (yaklaşık 168 beygir) elektrikli motoru ile 400-600 km arasında bir menzil değerine sahip.

    Materialized from Volkswagen's zero emission strategy, I.D. has a range of 400-600 kms with its electric motor of 125 kW (approximately 168 hp). One of the biggest features on the car is the cargo delivery system. If I.D. is not in the owner's house, it can receive incoming packages for delivery. The model is expected to be sold in 2020.

    DS E-Tense

    DS E-Tense

    It was announced that the E-Tense concept, which came as a reflection of the future of the French producer DS, has a weight of 1,800 kg. With 400 horsepower and 517 Nm of torque, the E-Tense can go from 0 to 100 in 4.5 seconds, while the maximum speed is 250 km / h.