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The wait is over, Volkswagen has finally revealed its newest crossover/SUV, the T-Roc. As such, we now know what to expect when it hits showroom floors. Meant to slot below the Tiguan, VW’s latest offering sports looks that are a combination of several different models.

Built on the same modular transverse matrix (MQB) archtecture as the Atlas, the T-Roc is said to offer 445 litres of cargo space when the vehicle is fully occupied. There’s also the option of folding down the rear backrests in a 60/40 split allowing for that space to be increased to 1,290 litres.

It is the first SUV from the company that will feature a two-tone paint scheme, which include the roof being painted in a colour that best contrasts that of the rest of the bodywork. It’s prominent louvered grille stretches from edge to edge and integrates with the projector headlights quite nicely to form a unified look.

Judging from the side and rear, the T-Roc seems to have taken quite a bit of its design inspiration from the Mk7 Golf, which isn’t a bad thing. The proportions, especially when it comes to the rear, are car-like and seem to complement the sporty look even further. The placement of scuff plates for the front and rear allow for better offroad functionality.

Inside, you get the usual meticulously neat array of dials and switch gear that we are used to seeing from VW. But the The interplay between the Active Info Display and the specific infotainment system provide for a digital and interactive cockpit.

Another noteworthy feature that is being offered with VW’s latest model is the “Security & Service” package (including Emergency Service, Automatic Accident Notification and Roadside Assistance). This may seem like a Godsend especially if you live sketchy parts of town.

Marketed as a five-seat SUV, the T-Roc will be made available with a front-wheel-drive or four-wheel-drive configuration. The latter is called the 4Motion AWD and will feature the 4Motion Active Control as standard.

Complementing these systems will be the choice of three different petrol and diesel turbocharged engines. As for transmissions, buyers can choose between a manual or the 7-speed dual clutch DSG gearbox.

And like most other VWs, the T-Roc will come with a whole load of safety tech which include, Automatic Post-Collision Braking System, the active lane keeping system (Lane Assist) and the Front Assist area monitoring system with Pedestrian Monitoring and City Emergency Braking.

Also available as optional extras are systems such as adaptive cruise control (ACC), Rear View reversing camera, Lane departure system including Rear Traffic Alert, Blind Spot Monitor, Lane Assist, Park Assist, Traffic Jam Assist and Emergency Assist.

Common to a number of sporty VWs is the adaptive chassis control (DCC) and progressive steering that alter vehicle drive ability based on the selected mode. This feature has become increasingly useful in recent years because owners want their vehicle to be the Jack-of-All-Trades.

The German automaker has yet to announce when production for the T-Roc will commence and has also chosen to keep mum on when we can begin to see these new VWs roll onto showroom floors. All we know at the moment is, that the T-Roc will be on public roads, eventually.

BMW, in collaboration with Electronic Arts’ Need for Speed gaming franchise, has chosen to unveil the latest M5 concurrently with its installment called Payback. A marked improvement over its predecessor, the new car features more elegant lines and curves that overshadows the car it replaces.

Under the hood is a 4.4-litre V8 engine that is outfitted with BMW’s M TwinPower Turbo technology. Power is rated at 600bhp and an incredible 750Nm of torque. Due to the immense power at its disposal, the car is able to sprint from 0-100km/h in just 3.4 seconds and reach a limited top speed of 249km/h.

The engine is mated to an 8-speed tranmission which sends power to the wheels via the M xDrive AWD system that works intelligently by shifting power based on which wheel needs it most. In normal conditions, the M5 behaves like a rear-wheel-drive car, its only when the rear wheels reach their traction limit does power get diverted to the front ones.

Shifting characteristics can be altered through the gearbox’s Drivelogic shift lever located on the gear selector. Doing so, will adjust shift times according to the set limits. Drivers can still shift gears on their own by selecting manual mode and engaging the paddle shifters.

Damper settings can be altered by choosing between three driving modes: Comfort, Sport, SportPlus. There’s also electronically controlled shock absorbers and M Servotronic steering with modes that are named identical to that of the damper settings. The steering is able to adapt based on steering input and is said to offer decent feedback to the driver.

Should the driver engage the M Dynamic mode (MDM, 4WD Sport), the car’s characteristics are altered to a reveal an M5 that has a sharper throttle response and is more agile around corners. More torque is sent to he rear wheels, allowing the car to break traction and execute playful drifts while ensuring that the driver maintains adequate control.

Another nifty feature, is the car’s head up display that is able to project vital driving information to drivers while on the move. Other worthy mentions include red lacquered buttons M1 and M2 next to the shift paddles on the M multi-function steering wheel that control the driving settings for xDrive, DSC, engine, transmission, damper and steering.

Drivers will be able to toggle between 4WD and 2WD modes depending on their preference. BMW boasts that its engineers placed great emphasis on driving dynamics during chassis development. And as such, the car is said to be extremely agile and rewarding to drive.

“The M is not only synonymous for the world’s most powerful letter, but has also become a synonym worldwide for the prototype of the Ultimate Driving Machine,” said Frank van Meel, President BMW M Division.

He later added, “While the M5 won’t be officially released until next spring, Need for Speed players can drive it first and exclusively in Need for Speed Payback. We at BMW M are really proud of this collaboration.”

Though many might consider the M5 in Payback to be a marketing ploy, BMW and Need for Speed have enjoyed a great partnership together dating back to 1999. The E39 M5 was featured in the first Need for Speed installment and remained a mainstay for all future editions of the game.

Though the M5 won’t be launched for quite a while, check out the picture gallery below as well as the game trailer featuring the M5 and let us know what you think of BMW’s latest chariot of the gods.

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 picked up another accolade in the US and this time, its for winning U.S. News & World Report’s 2017 Best New Car for Teens award in the SUV and Crossover category. The all new CR-V is a marked improvement over its predecessor sporting rugged good looks an better offroading abilities.

The vehicle comes with some of the latest suite of safety tech known as Honda Sensing, which is leaps and bounds better than what was used in previous generation vehicles that bore the nameplate.

The list of aids include Collision Mitigation Braking System (CMBS) with Forward Collision Warning (FCW), Lane Keeping Assist System (LKAS) and Road Departure Mitigation (RDM) with Lane Departure Warning (LDW), and Adaptive Cruise Control (ACC) with Low Speed Follow.

These features used to be reserved for high-end German luxury cars, but now are available with a plethora of more affordable models. And they are a Godsend because when activated, a vehicle that is equipped with this, could save you from embarrassing and costly fender benders throughout your ownership experience.

No stranger to snapping up awards, Honda has been on a bit of winning streak as of late, winning several awards from various different competitions. And in case you were wondering, this new CR-V has already been made available here in Malaysia. Click here to learn more.

Based on a recent report by Automotive News, Great Wall, a Chinese automaker has expressed interest in buying the American SUV maker, Jeep. Parent company Fiat Chrysler Automobiles (FCA), has so far denied the claims stating that it has not been contacted by said party.

Great Wall plans on becoming a global player in the SUV market and by snapping up Jeep, an establishment of 4×4 vehicles, will be able to realize that goal a lot sooner than expected. The Jeep has a wealth of knowledge and technology that have kept the company competitive in major markets in the US and abroad.

Reports say that Jeep is worth more on its own than FCA as a company who’s portfolio includes Fiat, Dodge, Chrysler, Alfa Romeo and Maserati. This is understandable considering the brand’s value and heritage that traces back to World War II.

Great Wall has already set up R&D centres in Detroit and Los Angeles to study trends in the US to help it plan its strategy on penetrating that market. Unlike most other countries, the demand for SUVs and pick-trucks in the US are significantly higher than that for regular econoboxes. This then is a prime area for the Chinese automaker to secure a beachhead.

This is purely speculative, but, if FCA chooses to sell Jeep to Great Wall, that would cause serious consequences for the brand as a whole. Granted, FCA has mulled over the idea of spinning Jeep off as a separate entity before, but that was to allow for better stability.

Whatever the case maybe, if FCA does cave and hands over the keys to its kingdom to Great Wall, that would weaken the American company further. And this will put homegrown automakers like Ford and General Motors on notice that the days of complacency are over.

Source: Automotive News

The late 1990s and early 2000s spawned some pretty unimaginative vehicles. They weren’t bad mind you, it’s just that many of them lacked attributes that would have made them memorable, years after their manufacturing were halted.

That was the case with the Pontiac Aztek. It was featured on famous Youtuber and automotive journalist, Doug Demuro’s channel where he dissects every intricate detail of the vehicle. Back when it was launched, the Aztek was considered the scourge of the automotive industry.

Its rather peculiar styling coupled with lackluster performance and handling characteristics made for a very underwhelming crossover SUV. Launched in 2001, the Aztek was shunned by car buyers right from the get-go. It failed to appeal to the masses despite major price reductions too.

That said, now looking back, we can agree that the Aztek was a pretty advanced vehicle for its time. Great thought and engineering where put into the design and construction aspects. This is evident from the cooler style storage compartment to the removal of the rear seats and inflatable bed.

It also came with a tent that could be fixed to the rear hatch, which turned the Aztek into an actual camping ‘tent’. The tailgate opens in two sections, there’s the hatch and a door section that doubles as an outdoor seat.

Production of the Aztek seized in 2005 after many failed attempts by Pontiac and its parent company GM, to make the vehicle more appealing to the US car buyer. Now however, it seems to be gaining respect thanks to an appearance on Netflix’s exclusive series Breaking Bad.

Take a look at Doug Demuro’s video and let us know what you think of the Pontiac Aztek and whether it deserves to be considered a future classic.

BMW’s latest Z4 will be showcased in concept form at the upcoming Concours d’Elegance at Pebble Beach, which will take place soon. This is a sports car that is of significant importance to the brand. And compared to the previous Z4, this one is bound to turn heads.

It still has the same traits of its predecessor but this time, BMW has broken convention in terms of design. The new Z4 has an angular headlight design that stretches towards the car’s fenders. The twin kidney grilles are larger and are more pronounced than before as well as feature more complicated fin design.

This low-slung look give the front fascia more depth. As a result, the car’s silhouette seems to make an arc as it stretches towards the windscreen. The front splitter takes on a racing-like design with the centre carbon bit forming a v pattern that integrates with the front fascia’s side pods.

Based on the side profile, the Z4 has a simpler and more angular shape reminiscent of the Lexus LFA, which is a good thing. The creases at the top that stretch from the front fender and tapers towards the rear, they provide the illusion of a continuous single stroke design.

Then there’s the double bubble roll over guards that are both aesthetically pleasing and should offer a good amount of protection in the event of an accident. The colour complements that of the 20-inch alloy wheels which still retain BMW’s unique fork pattern.

As for the rear, it’s as minimalist as things can get. Long and narrow LED taillights flank both sides of the boot lid which also has an integrate boot spoiler. The rear bumper is quite large though and we doubt that this will actually be used for the production version.

As a whole, BMW says that it took various design elements from several of its more notable models including the Z8 and 328 Mille Miglia. And as such, the Z4’s design is a culmination of all the best lines and curves that have been penned by the automaker’s best designers.

On the inside, the cockpit incorporates the same basic design of current BMW sports cars but feature a more minimalist look thanks to an LCD meter panel and consolidated instrument panel that also houses the iDrive infotainment system.

No exact specifications have been revealed especially when it comes to the powertrain. But we won’t be surprised if BMW choose to include some form of electrification to help boost power yet retaining respectable fuel consumption figures.

Fans of the original VW Bus can rejoice because the automaker has decided to put the I.D. Buzz concept, a vehicle that’s loosely based on the ever popular people mover, into production. According to a recent article on Road and Track, The German automaker has seen it fit to give the project the green light.

The vehicle will utilise VW’s modular platform for electric cars or MEB and like Tesla, will have its battery pack stored underneath its floorpan. Interior space is said to be revolutionary with Volkswagen touting total volume to be similar to that of an SUV.

This was achieved through the clever use of space as well as the ability of the rear seats to be moved and adjusted to suit the occupants needs. Volkswagen will also be offering this people carrier as a cargo van too, which should make it a favourite among delivery companies.

As far as styling is concerned, the I.D. Buzz bears more than just a passing resemblance to the original Bus because the German automaker probably intends on the former being a reincarntion of the latter.

It sports the same tubular design with maximum emphasis placed on passenger and cargo space. Though the original had a rear mounted air cooled engine, the new one may have a central motor or individually mounted wheel motors.

Like most of the current line-up, the I.D. Buzz should feature a whole host of safety tech from pedestrian warning to emergency city stop systems. In addition to these, is the ability to drive without human intervention. That’s right, VW will be outfitting the car with autonomous driving.

If all this has you excited and anxious for its impending release, we’ve got bad news for you. Reports say that VW will only begin building it as late as 2022, which is still quite a long way off. But that said, we are thrilled that VW will eventually get around to building this amazing vehicle.

Source: Road and Track

Acura, Honda’s performance arm in the US, has taken the covers of its latest Daytona Prototype International (DPi) racer that will do battle in the 2018 IMSA WeatherTech SportsCar Championship. Named the Acura ARX-05 (Acura Racing eXperimental, generation 5), the car comes from a long line of prototype vehicles that the automaker has fielded since 1991.

Unlike Formula One, this racing series requires teams to use one of four approved prototype chassis, fitted with IMSA-homologated, manufacturer-designed and branded bodywork and engines. Acura uses the ORECA 07 chassis but with its own specifically designed bodywork and signature Jewel Eye headlights.

This particular Acura looks menacing and though much of the design is dictated by the formula governing the sport, The automaker has managed to make it unique thanks to design traits taken from its current production vehicles.

“We created a variety of initial sketches, then pared those down a handful of potential designs. Next came aero and wind tunnel model testing, and time for the engineers to have their say,” Marek recounted. “The design continued to be refined throughout the testing and evaluation process, until we came up with a final treatment that met our performance goals.”

The car is powered by a race-proven AR35TT twin-turbocharged engine, that is based on the production 3.5-liter V-6 that powers the Acura MDX, RDX, TLX and RLX models. This same powerplant has been instrumental in powering the automaker’s cars to victory at a number of championship series.

Examples of these include the 12 Hours of Sebring (2011-13), the 24 Hours of Le Mans and LMP2 World Endurance Championship (2012), American Le Mans Series LMP2 titles in 2012-13, overall winners at the Rolex 24, 12 Hours of Sebring and Petit Le Mans in 2016.

“At Acura, Precision Crafted Performance is at the heart of everything we do.” said Jon Ikeda, Acura vice-president and general manager. “Whether it is our production cars or a prototype race car, if you want to be a performance brand you need to perform.”

For the upcoming season, Acura Motorsports will be partnering with Team Penske organization to field a pair of Acura ARX-05 prototype race cars. One of those cars will be driven by former F1 driver, Juan Pablo Montoya and teammate Dane Cameron.

The season opener will take place at the Rolex 24 in January of next year. Expect some high level action as the American series goes into full swing for the 2018 calendar year.

Amid the controversy surrounding the diesel engine, Honda has revised its 1.6-litre i-DTEC oil burner to produce a new one that will perform well within the regulatory specifications. This engine will join the Civic range in Europe beginning from March 2018.

It also happens to be one of the first engines to be tested under the new Worldwide Harmonised Light Vehicle Test Procedure (WLTP) fuel consumption and emissions cycle, which should replaced the NEDC cycle as the standard fuel consumption test platform.

Unlike the New European Driving Cycle (NEDC) test, which uses a theoretical driving profile to determine a vehicle’s fuel consumption, the WLTP utilizes actual driving data. As such, it should be able to provide more realistic figures that are closer to that of real world driving conditions.

Besides this, it will also be one of the first inline to be tested with the Real Driving Emission (RDE) procedure, to validate NOx and particulate emission levels. There’s a new NOx Storage Converter (NSC) system with larger catalysts and a higher content of noble metals (silver, platinum and neodymium) that store nitrogen oxide gas until the regeneration cycle.

There’s also a soot sensor that is said to accurately detect when the regeneration cycle is required, which should help to extend exhaust components’ durability. Honda is hoping that with the new tech, it’s brand new powerplant will be as reliable and efficient as possible.

Despite inheriting quite a bit from its predecessor, Honda claims that the new engine is the product of heavy revision of the original powerplant. As such, it features a number of improvements that allow it to outperform the engine that it is based on.

They include reduction in cylinder friction, due to the fact that the pistons made from highly durable chromium-molybdebnum steel alloy, as well as ‘super plateau honing’ of the bores to enable smoother piston movement.

Honda has fitted additional cast ribs to the engine’s cylinder block to increase structural rigidity. This in turn will aid the improvement of the management of noise, vibration and harshness.

As it stands, the 1.6 i-DTEC engine produces close to 120bhp and 300Nm of torque, which allows the Civic to sprint from 0-100km/h in about 10.4 seconds. There will be an option to have this engine mated to a 9-speed automatic transmission, which should help strengthen the model’s appeal.

Honda will be manufacturing the engine in its Swindon, UK plant and will make it available with the four-door and five-door versions of the 10th generation Civic.

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