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Formula 1 is considered the pinnacle of competitive Motorsports and is the platform that established manufacturers use to display their engineering prowess. This isn’t its only purpose though, because technology that’s developed for F1 cars, especially those that help improve stability and driver management, eventually make their way into mainstream vehicles.

Such is the case with Mercedes-AMG. The company’s F1 team, which has proven to be an unstoppable force these past few seasons, has enjoyed a string of victories because they’ve developed a car that is blindingly fast, agile around corners and pretty reliable too.

Now, the company has decided to bring the same technology and magic of this F1 car, into a road going car. Called the Mercedes-AMG Project ONE, it’s a two-seater supersports showcar that will showcase the brands capabilities.

Slated for reveal at the International Motor Show (IAA) in Frankfurt, the car is said to encapsulate the very latest and efficient, fully-fledged Formula 1 hybrid technology for the road. It’s a high performance supercar that will be powered by a hybrid powertrain that is able to output more than 1000bhp.

According to the automaker, the car is expected to have a top speed exceeding 350km/h and will offer the best of both worlds. Meaning, it will combine exceptional racetrack performance with sensible day-to-day practicality.

Little else is known at the moment, and the only proof we have of the car’s existence is a rather vague image of it’s front end. Based on what we have gathered, it draws quite a bit of design inspiration from the brand’s past race cars, which is a good thing. Stay tuned and will let you know more about the car as soon as we find out.

Ariel, the boutique sports car maker that was responsible for the lightweight supercar killer known as the Atom, is currently developing a new vehicle called the P40. Unlike the outrageously fast Atom, the new vehicle isn’t primarily aimed at track day enthusiasts.

Rather, its for those who want a performance car that can be hooned about on a circuit for a brief period of time. After about 15 minutes of on track action, the P40 will require about 30 minutes for it to recharge its battery pack, which hampers the hopes of practicality, somewhat.

According to a report by Autocar UK, Ariel’s newest superstar will have a very different propulsion system compared to its current crop of vehicles. Touted as an electrified vehicle, it will feature electric motors and a turbine range extender that will help supply electricity when it’s battery pack is depleted of charge.

Built on an aluminum chassis, the car will be offered as either a rear-wheel-drive or 4×4 model with the former being the less powerful of the two. The latter is said to have nearly 1200bhp and 1800Nm of torque. This is ludicrous for a vehicle that weighs a relatively light – 1600kg.

Thanks to torque vectoring and traction control, the power that is sent to the wheel should be manageable. But that is still a colossal amount of power that Ariel expects to reach the road via four narrow strips of rubber that it calls – tyres.

The rear-wheel-drive P40 will be powered by two electric motors and a 56kWh battery. Oddly enough, the more powerful 4×4 model will have four electric motors with juice being supplied by a smaller centrally mounted 42kWh liquid-cooled battery pack.

The logic behind this is still unclear but we suspect that it may have to do with weight distribution and making the car as light as possible. Like Lotus, Ariel resort to extreme methods when it comes to saving relatively small amounts of excess wight.

Their vehicles are built with the concept that, less is more. This is extacly why the Atom has a chassis that closely resembles that of crudely put together bits of scaffolding. Though functional, one can’t help but wonder whether the lack of bodywork on the sides were really necessary.

Slated for release in 2020, the P40 should be a highly anticipated vehicle when launched but we would like to reserve judgement till we witness the turbine range extender function under real world conditions.

Source: Autocar UK

Honda has released a concept sketch of its upcoming 10th generation Accord. Based on what we can see, the new car should have a more muscular and sporty stance compared to the previous generation, which is a very good thing. Though the overall design language doesn’t detract much from that of its predecessor, the changes provide the silhouette more depth and the curvature of the front-end give the car a menacing look.

The all new 2018 Honda Accord will make its global debut in Detroit on July 14 and the Japanese automaker boasts that it will be the most ‘fun-to-drive, premium looking and dramatically styled Accord ever made’. Earlier in the month, it was revealed that Honda would be offering the car with two new direct-injection turbo engines that would be paired with either the new Honda-developed 10-speed automatic transmission, CVT or a 6-speed manual transmission. The hybrid variant should feature the company’s next generation two-motor hybrid powertain technology.

Honda says that it will reveal full details regarding the performance of these powertrains as well as the new design and technology at the launch event, state side. North America is an important market for the Japanese company because for the past four years, it has seen the Accord top the sales charts in the midsize sedan segment. And in the first five months of 2017, it has held the title of segment leader in sales and is the best-selling passenger car overall after the new Honda Civic.

Expect more details regarding the car very soon as Honda prepares to reveal the highly anticipated 10th generation Honda Accord for the global market next month.

Volkswagen has embraced the future and is looking at augmented reality to pursue the designs of its future models.The company is currently testing this methodology with the use of the Microsoft “HoloLens” augmented reality googles. Unlike Virtual reality ones, HoloLens blends virtual reality with the real world enabling better understanding of shapes and figures in real time. The technology is said to be beneficial to a number of fields and automakers like VW believe, that it will help them shorten the timeframe of their design work.

Hooked up to a mobile computer, Microsoft’s HoloLens can project virtual content onto a physical object through gesture control and voice commands. Ostermann, who heads one of VW’s Engineering Labs uses this technology to help create, mix and match colour schemes and remove any part of a vehicle in real time. he only needs to point his finger and HoloLens makes the changes. Demonstrating this tech with a R-Line Golf, Ostermann was able to change different aspects of the vehicle such as, use different wheels and modify the fenders, turning the vehicle into a very different variant of the original one.

Ostermann’s lab is one of six being operated by Volkswagen Group IT in Wolsburg, Berlin, Munich and San Fransciso. The latest has recently begun operating in Barcelona and together with the other locations, teams will collaborate on the digital future with research institutions and technology partners.

“At Volkswagen, we have been using augmented reality and virtual reality for some time, mainly to obtain a three-dimensional view,” says Ostermann. “We are now taking a major step forward at the Virtual Engineering Lab. We are transforming this technology into a tool for Technical Development. This will allow Volkswagen engineers to work on a virtual vehicle, to change its equipment as they wish and even to design new components virtually. They will be able to see the results of their work immediately.”

HoloLens doesn’t just project objects onto real ones, it also enables teams from different parts of the world to collaborate on the same project, making for a more efficient working environment as changes can be made in instant and be viewed by all members of the team.

The tech is said to still be in the testing phase but in the future, VW hope to be able to call up the entire brand portfolio and make changes no matter how extensive in order to build their best vehicles for the mass market.

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