BMW Design: The Significance of X2 & Lessons from Paris

Prior to the unveiling of BMW's much anticipated X2 compact crossover in Paris recently, most of us were expecting it to look like a slightly swoopier X1 or a downsized X4. What we (including yours truly) got, was something much braver…

Besides having the opportunity to view the X2 up close and in the metal (after the crowds had dissipated), I was also afforded the rare opportunity to speak to BMW Group's head of design, Adrian van Hooydonk about the significance of the X2, as well as the challenges his team currently faces, specifically on the hot topic of the "digitalization" of the automobile. 

This is what we learned.

The X2 concept won't be "watered down" for production


Though technically still a concept, the X2 previews a very similar production version.

Concept cars are interesting and occasionally lovely things, but they can also be frustrating – way too often the reality (production car) fails to live up to the promise of the shiny concept. According to Van Hooydonk, however, the X2 won't fall in the same trap. "We don't like to over-promise and under-deliver," he says. "It's very close (to the production car)." Of course some of the showcar details won't make it to dealership floors on all models – the over-sized wheels with their chunky tread patterns, for example. "The tyres might become smaller," says Van Hooydonk, "but for the ride and smoothness that is probably a good thing!"

The X2 marks a change in BMW's design philosophy


BMW Group's head of design, Adrian van Hooydonk.

When the X2 first rolled onto the display floor in Paris, the sense of collective surprise was palpable. Those in attendance were expecting just another of BMW's crossover coupes – simply a smaller version of the X4, which in itself resembles a smaller version of the X6. That journalists present on that day in Paris could feel capable of predicting a new BMW design is the result of having such a strongly – some may say "rigidly" – defined brand design language. The X2, however, is an indication that BMW might be willing to allow greater individuality in its products going forward. 

"The silhouette of the X2 is not like the X4's and X6's," Van Hooydonk says. "I think that if people were expecting a specific type of X2, they probably got a different one… with a different roofline," he continues. "But we felt (that) with the proportions of the vehicle we were working on, this would be a better way." 

Then, crucially, Van Hooydonk added the following; "Today we see each new car as an opportunity to further the design language of the brand. It's also necessary because the competition, of course, is very strong, to do a very good and distinct design in each segment. The X2 is an opportunity for us to inject some freshness – youthfulness possibly – into the BMW brand." 


The first BMW with an inverted grille was the classic 507 roadster (above).

A major point of debate in any discussion of the X2's design is always its grille. BMW's iconic "kidney grille" is an important part of its heritage, so major changes are quite rare… or so I thought. 

"If you look into our heritage, this is not the very first time that we've done this inverted grille," Van Hooydonk points out. "It may surprise you, but the 507 had it as well. If you look at the history of our grilles, you see everything from oblong, to very wide… this way and that way." 

And then comes the moment when Van Hooydonk truly sums up the importance of the X2 best; "What it (the X2's grille) tells you is not necessarily what all the grilles for the brand are going to look like, but that it's one point in case by which we are showing that we are working towards a brand, that you can still recognise as such, but where each of the vehicles have a more distinct character. Each of our cars have to do better in their own respective segments. People buy a car in a particular segment because they want that size and that price range, and they don't necessarily care if the 5 or 7 Series looks the same or not."

I interpret this as an indication that BMW design will allow for greater differentiation between individual product lines going forward.

Van Hooydonk did, however, add the following, too; "Obviously, to be a premium brand, you have to have consistency in your design language, so we will do that. But that doesn't mean that we use, say a mould, and then simply rubber stamp similar elements on all the cars."

Heritage remains important


Featured here on the 3.0 CSL Hommage concept, the badge on the C-pillar could become a production reality.

As far as being a platform to showcase some of BMW's more precious design elements, the X2 is not an obvious choice. After all, it's the first X2 that BMW will make and it's not exactly positioned as a glamorous sports car that "channels" an iconic predecessor such as the 2002, 3.0 CSL or 507. Nevertheless, it appears to do just that.

The inverted grille harks back not only to the 507, but it's also deeper, so as to remind of the shark-nose BMWs of the past. Then there is the presence of the BMW badge on the C-pillars. This was a much-loved feature of the immortal 3.0 CSL, and also recently appeared on the Hommage concept car (shown above).

Are these details merely there for effect, or will BMW use them in production? Van Hooydonk cleverly side-stepped the question with a strong; "Why not? I feel it adds character," when asked whether the badges on the C-pillars would make it onto the production X2…

Digitalization, not Electrification, is driving design change

Walking the Paris Motor Show this year highlighted the focus on so-called autonomous vehicles as well as "connectivity". A few years ago electrification was the buzzword, but in Paris, this year, it was not the focus. 

"Obviousy we are working on vehicles for 2019, 2020 and beyond by now and in that time period there will be lots of technological changes," Van Hooydonk predicts. "Not so long ago we thought that electric mobility would be the big game changer. Now that has become fairly normal, even though it is not yet completely pervasive, but we see it simply taking its course. Soon, let’s say in 10 years, all cars will be able to do some distance electrically. A bigger game changer is around the corner," he cautions. "Vehicles will become more intelligent, and this digitization will change the way we use the car, and the way the car looks, probably even more than the electrification."


As futuristic as this may appear, expect cabin designs to be radically affected by new tech, sooner rather than later.
 
"I see this as huge opportunity for design," Van Hooydonk says. "I feel… and that’s also been my experience, that when you have bigger technological change, there is more creative freedom. You see the same thing in racing. When the regulations are the same for a number of years, all vehicles become alike beause they go to a certain optimum. And when the rules changes it is open for interpretation and I think that’s very much where we’re at in the industry. So I like that. There’s a lot to be defined right now."

"I’ve told my team that my job was never boring, but I feel that the past 23 years have been good training, the real match starts now."

Software updates and lifecycles


How we communicate with our cars will change quickly in the next few years and is increasingly a focus area in the design process.

A major area of concern has been that with the rapid pace with which technology is moving, lifecycles would become much shorter and consumers would be stuck with obsolete products more often. Van Hooydonk has a different view on this matter, though acknowledges that there are challenges. 

"It won't necessarily in our view change the lifecycle of the product. But there’s one important aspect, of course, that is changing and that is that the lifecycle of what you could call the digital aspect of the car is much, much shorter. We’re looking at 2-year lifecycles, but that will happen over the air, in updates," he says when referring to remote/cloud software updating. "In the future a lot of the computing power will be off-board of the vehicle, so you can increase computing power without touching the vehicle," he continues. "So these are things that are beginning to be resolved. Still, of course, the shape of the dashboard, at some point, you have to freeze."

"We are also in design responsible for what you see on the screen and the way you navigate through all this information, and that in fact has been a growing part of my team, so we’re setting ourselves up to do all these things in one team, but on very different time scales. Let’s say the hardware side is still on the 7 year cycle, but the software side is on the 2-year cycle. That’s the way we want to set this up.

As always, the automotive designers of today still have to try and imagine what the world will look like in 5 to 10 years, but Van Hooydonk says this is not so easy on the digital front. "In terms of some of the (digital) services that we use now, on a daily basis, 3 years ago they were non-existent. That’s the hardest part. If you talk to computer people about what they think will happen in the future, they start talking. So you ask them 'when', and they say June next year! Then you say 'no-no, I mean, in 5 years', and they say they don’t know, that it's not possible to say. So this still is quite a challenge. But by uncoupling this hardware and software sides of a car, we can solve it for the most part.

Conclusion

So, how does a brand that has such a proud history and motorsport heritage as BMW embrace a future that can be seen to demand a shift away from its core principle of "Sheer Driving Pleasure"?

"I don’t see a contradiction in that," Van Hooydonk responds. "I’ve been with BMW for almost 24 years, and I know the heritage, I like the racing, and that to me is just another example of a technological challenge. The company has always sought to gain a competitive advantage. It brings out the best in the engineers. Sometimes the solution is simple, sometimes it is really complex, but somehow it is in BMW’s blood, our DNA you could say, to do this type of thing, to be competitive in our road cars and in racing. So let’s say the future holds bigger technological changes or challenges. BMW sees this as a competitive challenge. I don’t see a disconnect there at all. In design we will always ask to go as far forward as possible," he concludes.

Further Reading;

BMW previews X2 crossover at Paris Motor Show
The sci-fi of BMW's Vision Next 100 Concept
BMW 750i Design Pure Excellence (2016) Review
A day at BMW Classic's Headquarters

BMW and Nissan switch on first coastal recharge stations

2016 Kinsey Report: The Cheapest Cars to Service and Repair

Which are the cheapest cars to service and repair? The annual Kinsey Report is out now!

The Kinsey report for 2016 has been revealed. The report aims to give the consumer an idea as to how much it costs to service or replace parts on your vehicle. Winners in each category are determined by costs of servicing parts (filters, spark plugs, wipers and brake pads), repair parts (cam belt, shocks, clutch plate, flywheel and fan belt) and finally crash parts (doors, fenders, bumpers, glass, lights and wheels etc.). The winner is the cheapest in the 3 categories combined. While the report does its best to provide the consumer with accurate information, it does state that shopping around for parts can be beneficial. The Kinsey report sources prices from dealers around the Durban area over the course of a single month.

2016 Kinsey Report winners

City cars and entry-level cars

Position Datsun Go 1.2 Lux Nissan Micra 1.2 Visia + VW Polo Vivo 1.4 Trendline hatch
Servicing parts R2 033.57 R3 297.13 R3 380.10
Repair parts R7 241.74 R7 694.16 R10 547.71
Crash parts R33 917.93 R44 080.19 R43 041.13

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Compact hatchback

Position Peugeot 208 1.2 Active Renault Sandero Turbo Dynamique VW Polo 1.2 TSI Comfortline
Servicing parts R4 726.15 R3 016.40 R3 279.77
Repair parts R16 182.73 R19 135.01 R14 539.99
Crash parts R58 781.74 R61 631.98 R72 341.96

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Family cars

Position Toyota Corolla 1.6 Quest Toyota Corolla 1.6 Prestige Mazda 3 1.6 hatch Dynamic
Servicing parts R5 638.36 R5 530.52 R5 063.25
Repair parts R16 852.05 R15 992.24 R13 272.13
Crash parts R50 168.93 R54 744.67 R79 007.86

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Toyota Corolla Quest enhanced for 2016
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Compact crossovers

Position Citroen Cactus 1.2 Feel Toyota Avanza 1.5 SX Renault Duster 1.6 Dynamique
Servicing parts R4 801.38 R4 072.97 R2 748.62
Repair parts R15 977.61 R13 146.62 R16 364.56
Crash parts R66 643.89 R72 841.22 R72 495.84

More on the Cactus here

Citroen C4 Cactus (2015) Review
Citroen Cactus M Concept Is The Coolest Car for Summer

SUVs

Position Toyota Fortuner 2.8 GD Auto Chevrolet Trailblazer 2.8 D LTZ Auto Hyundai Tucson 2.0 Premium Auto
Servicing parts R4 955.49 R5 442.02 R5 038.95
Repair parts R11 884.14 R8 729.92 R9 286.65
Crash parts R74 410.65 R84 403.01 R100 395.69

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Large SUVs

Position Toyota Prado 3.0 DT TX Auto Volvo XC90 D4 Momentum Range Rover Evoque SE SD4
Servicing parts R7 579.29 R5 143.20 R6 518.60
Repair parts R12 978.78 R12 813.60 R13 035.32
Crash parts R136 293.91 R161 606.40 R209 269.33

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Toyota Land Cruiser Prado Review

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Double-cab bakkies

Position Tata Xenon XT 2.2 Evolve Toyota Hilux GD6 Raider GWM Steed 6 2.0 VGT Xscape
Servicing parts R4 811.79 R5 325.51 R2 291.66
Repair parts R16 279.31 R22 187.99 R13 214.88
Crash parts R46 732.38 R48 761.32 R76 848.59

More on the Xenon

Limited-edition Tata Xenon Evolve in SA

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Single cabs

Position Nissan NP200 1.6i Chev Utility 1.4 Spaza Edition Nissan NP300 2.0
Servicing parts R1 992.21 R3 019.64 R2 189.04
Repair parts R10 219.38 R6 606.51 R11 744.30
Crash parts R31 756.17 R44 721.74 R44 201.49

More on the NP200 here

Refreshed Nissan NP200 Bakkie Rolls Out
Three Unusual Reasons Why The Nissan NP200 Stealth Is Awesome (Video)

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Executive sedans

Position Volvo S60 T4 Momentum BMW 320i Auto Jaguar XE 2.0 D Prestige
Servicing parts R4 656.90 R6 952.08 R6 023.04
Repair parts R8 527.20 R9 191.33 R15 315.53
Crash parts R100 638.60 R118 486.78 R133 410.11

More on the S60 here

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Turbo Engines Are Taking Over – As They Should!

Is it time to send the old naturally aspirated engine to an early grave as modern engines adopt the turbocharger?

I love a good naturally aspirated (NA) engine, especially on a high-performance model. The high-revving nature of the motor and the unfiltered sound from the exhausts are addictive, but non-turbo engines may have had their day… 

A naturally aspirated engine has fewer moving parts than a turbocharged motor, therefore many will expect its proven technology to hold the edge in terms of reliability. What's more, a century's worth of engine efficiency development and driver education has rendered the free-breathing engine economical to operate as long as a measured driving style is the order of the day. However, despite improvements in engine technology, such as the introduction of variable valve timing, to name but one example, naturally aspirated (petrol) engines cannot match their turbocharged (petrol) counterparts in terms of delivering maximum torque at low rpm. And it's an impression borne from driving turbo- and non-turbo vehicles randomly, as we motoring journalists do.  

My average daily drive features a mix of start/stop traffic. There's a hustle-and-bustle dual carriageway that requires ducking between stopped buses and taxis and a short stint on the freeway. I imagine this is not too dissimilar to most people’s average commute. I’ve driven hundreds of different cars down this stretch of road during the past 6 years and I can tell you I dread having to drive a car with a naturally aspirated engine, especially in short succession to a turbocharged (petrol) motor. Now, I’m not talking about high-performance naturally aspirated engines (such as those in Lamborghinis), those still have their place in sportscars and supercars (more on this later), what I’m talking about is the run-of-the-mill 1.2, 1.6, 2.0-litre and all the variants in between.


Even BMW M engines have moved into the realm of the turbo

Most people know that in order to keep fuel consumption down you need to change gears at low revs, use smooth throttle inputs and generally keep the engine rotating as few times per minute as possible. It’s very easy to do, shift early, maintain speed and become a pro at predicting traffic lights. Of course, you still have to compromise between how slow you’re willing to go and how late you intend to be. I try to maintain a decent compromise but, unsurprisingly, err towards the faster side of things, while trying to stay to the speed limit as best as possible. 

This is where the naturally aspirated engine is found wanting. Keep a low rpm and try and accelerate quickly and… nothing happens. Work the gearbox down a couple gears, get the engine spinning at mid to high rpm and you get some kick. It’s a hard graft having to do that over and over on a commute. It’s not much better on the freeway either, if you lose a bit of momentum behind another car, you’re back to working the box and revs to get back up to speed. It’s not just about having to work the gearbox – you can get an automatic to do that for you if you want, it’s the aforementioned vital torque statistic that lets it down as well. By contrast, a car with a smaller-capacity turbocharged engine can produce the same (or more) torque lower down in the rev range.

Here’s a quick comparison between a pair of small crossovers that we had in our fleet at the same time: the Suzuki Vitara's 1.6-litre naturally aspirated engine produces 86 kW and 151 Nm – a decent power output, but maximum torque is at 4 000 rpm. A 1.2-litre 3-cylinder turbocharged Citroen C4 Cactus produces 81 kW and 205 Nm of torque, where maximum torque kicks in at 1 500 rpm. That means, as long as you’re travelling in the teens in terms of engine speed (revs), when you put your foot down, you get maximum torque – without needing to shift gears or spin up the motor.


Citroen Cactus uses a 1.2-litre turbo motor

Then there’s the fuel economy factor. The official claimed fuel consumption figures of small-capacity turbocharged engines seem very optimistic and are usually better than those for similarly-powerful, bigger-capacity petrol motors, but I’m not a big believer in the former numbers. I’ve found that turbo-engined compact cars do tend to use more fuel than what their manufacturers claim, but in the case of the Citroen, the higher consumption (relative to the crossover's performance characteristics/general drivability) was quite acceptable. Let me explain: We reset test cars' trip computers when they arrive at our office and monitor the fuel efficiency readouts of their onboard computers (granted, this is another can of beans waiting to be opened) so that we can record readings upon completion of the tests. The Suzuki, after 3 800 km, averaged 6.7 L/100 km and the C4 Cactus, after 5 100 km, averaged 6.5 L/100 km.

It’s a reasonable comparison: both cars were driven by the entire test team on long and short journeys. The funky Citroen is 55 kg lighter than the more practically-packaged Suzuki and its indicated consumption figure is 1.8 L/100 km higher than what its manufacturer claims; the Suzuki proved anything but thirsty (we achieved a figure just 0.9 L/100 km higher than what the Japanese firm says it should be). However, given that the indicated consumption figures of the cars were within a whisker of one another, and the C4 Cactus offers more responsive and flexible performance, I prefer its engine to the Vitara’s.

Suzuki Vitara features a 1.4-litre turbopetrol motor in the UK. I have driven one and its engine performance is much perkier. 

It’s not like turbocharging is new. As far as petrol engines in South Africa are concerned, the technology went on hiatus for a couple of decades. However, whereas the turbopetrol motor was synonymous with performance in the '80s, these days it's the flagbearer for downsized efficiency, especially in compact cars. It started locally with the Ford Ecoboost 1.0-litre engine, then came the Renault 0.9-litre 3-pot and since then it has crept through to just about every manufacturer. Even the premium brands have adopted turbocharged triples: BMW has a 3-cylinder powering a 3 Series and Audi has a 1.0-litre A3.

What is apparent, however, is that the Japanese and Korean manufacturers have been less eager to introduce small turbocharged engines in their line-ups, especially on the local market. There are a number of factors to consider: those firms pride themselves on reliability/low warranty claims and turbocharged engines, which are more complex and mechanically stressed than their tried-and-trusted naturally aspirated counterparts, present a higher risk of failure (and would be expensive to fix if/when they break). The extra complexity adds to the production costs of turbopetrol motors and, therefore, the units in which they're installed. And, needless to say, the profit margins are tight in the as-much-spec-as-possible compact hatchback and small crossover segments.    

But the market never stands still. Hyundai and Kia have selectively rolled out the 1.6-litre turbocharged GDI motor, Honda recently introduced a 1.5-litre turbopetrol in the Civic sedan, Toyota (having introduced a forced-induction 2.0-litre in its Lexus line-up) has a 1.2-litre turbopetrol in the pipeline that might debut in the C-HR small crossover. Meanwhile, Mazda is sticking to its guns with its SkyActiv engine efficiency technology and as for Suzuki, the upcoming Baleno compact hatch may be offered with a 1.0-litre turbopetrol motor – at some point, but that remains to be seen.    


Audi's R8 V10 is possibly the last bastion of the naturally aspirated engine

Yes, not every single petrol engine needs to be turbocharged, but I would argue that most of them do. Just as technological advancements in smartphones (and the data networks through which they operate) have raised users' expectations of their handsets to such an extent that their consumption patterns are based on market activity rather than their actual needs, "the turbo era" is breeding a generation of motorists who want instant torque and good efficiency.

The disadvantage of a naturally aspirated engine is that although conservative buyers will duly expect excellent reliability from it, a test drive in a "free-breathing" car directly after one in a direct "turbo'd" rival will leave them feeling somewhat short-changed. Drivability/driving satisfaction may not be equally important to all consumers, I realise, but once naturally aspirated engines are in the minority, they will seem increasingly undesirable to car buyers who are all too happy to leave worries about reliability to the companies that underwrote the (often lengthy) warranties that come included with brand new cars.

I do believe naturally aspirated engines have their places. One is in bare-bones budget cars and the other is where they can deliver the maximum enjoyment and the fewest drawbacks – high-performance machines. A naturally aspirated motor that can be revved until it bounces off a limiter north of 7 000 rpm is a treat and, for a petrolhead, few sounds can match the V10s or V12s built by supercar producing firms whose wares can bring tears to grown men’s eyes. These "free-breathers" should either bring mobility to the masses or joy to enthusiasts. But in an everyday car or family car? No thanks, I’ll stick with the turbo.

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Would you do this to your Bentley Bentayga?

The Bentley Bentayga has its critics, but now, there’s an even more ostentatious model to cast your eyes on.

German car tuning company, Mansory, got their hands on a Bentayga and went to town on turning it into a pimp-mobile. The end result seems to be a far stretch from the prim and proper image the British brand is synonymous with.

Nevertheless, Bentley may be moving with the times. Many of its cars feature in rap videos and lyrics by the likes of 50 Cent, T.I and The Game. Mansory has gone above and beyond with this Bentayga and it will be officially revealed at SEMA later in November 2016.

The Mansory Bentayga features a seriously wide body kit with loads of extra bits of carbon fibre around the nose, front splitter, rear bumper and side skirts. Large 23-inch wheels are fitted with an option of 22-inch wheels if the ride is too jarring.

The Bentayga's performance has been beefed up somewhat with the addition of a new exhaust system and fine-tuning of the engine. Mansory has managed to crank out 515 kW and 1 050 Nm of torque from its 6.0-litre W12 biturbo engine.

The interior also has a few unique touches in the form of new leather upholstery, aluminium pedals and bespoke floor mats.

The Mansory Bentayga may not seduce the traditional Bentley enthusiast, but it may appeal to those who want to make a bold statement. Would you like to own this Mansory Bentayga? Share your thoughts with us…
 

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Volkswagen Polo Vivo Storm (2016) Specs & Price

The popular Volkswagen Polo Vivo has a new member in its family. Meet the eye-catching special edition Polo Vivo Storm!

Since its launch back in March 2010, the locally made Volkswagen Polo Vivo has been a runaway success. The Polo Vivo has been a top-selling passenger vehicle in South Africa and to date, nearly 220 000 Vivo's have been sold. To further the success of the Polo Vivo, VWSA has now introduced a special edition Storm derivative to the local market and its based on the Polo Vivo 1.4i Trendline. 

It looks much sportier than the standard Volkswagen Polo Vivo and features front foglights with chrome surrounds, black metallic 15-inch Tosa alloy wheels, glossy black side mirrors and black decals. Furthermore, the rear is completed with chrome-tipped double exhaust pipes. The cabin also receives a makeover and gets a two-tone dashboard, while the  steering wheel, gear gaiter and hand brake lever are all in leather with grey stitching. The seats are covered in three-tone trim while the roof lining is coloured in anthracite adding to the visual appeal of the interior. Nice-to-have features include a CD/Radio with Bluetooth connectivity, SD Card, USB port and six speakers as standard.

Volkswagen Polo Vivo Storm Price in South Africa

Polo Vivo Storm retails for R189 700, including VAT and emission tax (February 2017). 

Click here for the latest Volkswagen Polo Vivo pricing in South Africa 

Further Reading

Read a review of the Volkswagen Polo Vivo GTS

Read all the latest Volkswagen Polo Vivo news

Budget Car Comparison: Volkswagen Move up! Vs Toyota Aygo X-Play

Toyota Aygo 1.0 X-Play (2015) Review

Want to buy a VW Polo Vivo? 

Find a used Volkswagen Polo Vivo for sale

Which is better: Volkswagen Polo Vivo or the Volkswagen Up? 

 

2016 Chevrolet Trailblazer (2016) Specs & Price

The bakkie-based SUV market has been quite competitive since a new version of the Toyota Fortuner and an updated Ford Everest landed in South Africa. Not to be outdone, Chevrolet has facelifted its Trailblazer and adjusted the range's lineup. Here are the specifications and pricing of the new Chevrolet Trailblazer.

The Chevrolet Trailblazer is a 7-seater lifestyle SUV and for the 2017 model year, General Motors has reworked the range to now consist of five derivatives, including manual and automatic versions of the rear-wheel-drive 2.5-litre LT, rear- and four-wheel-drive automatic versions of the 2.8 LTZ and a new flagship in the shape of the Z71, which is a blinged-up version of the LTZ 4×4.

“The new Trailblazer brings together superior levels of refinement, styling, comfort and technology with class-leading performance and drivability to meet the versatile needs of increasingly discerning customers,” said Brian Olson, vice president vehicles sales, service and marketing General Motors Sub-Saharan Africa.

Quick facts

  • New 2.5-litre LT model is fitted with a 6-speed automatic transmission. Upgraded Duramax engine for this auto model rated at 132 kW and 440 Nm.
  • Improved management of noise, vibration and harshness (NVH) reduces cabin noise by more than half (4 decibels).
  • Driver aids such as lane departure warning and blind spot alert for LTZ trim level models.
  • Bolder front end treatment with new bonnet and headlights and redesigned lower valance, while retaining the distinctive horizontal bar that splits the upper and lower grilles.
  • Next generation MyLink 2.0 multimedia interface, fully compatible with both Apple Carplay and Android Auto.
  • Daytime running lights (LED on the LTZ) for heightened visibility.
  •  New LTZ Z71 flagship gets "blacked-out" wheels, door handles and mirrors along with a unique decal treatment.

Upgraded engines/technical specs 

The Trailblazer engine range consists of 2 motors; a 2.5-litre turbodiesel and a 2.8-litre turbodiesel. The 2.5-litre now delivers 132 kW and 440 Nm when paired with an automatic transmission in the LT model. Chevrolet is claiming the 2.5-litre automatic Trailblazer will consume 8.6 L/100 km and it will accelerate from zero to 100 kph in 11 seconds. It has a limited top speed of 180 kph. The standard 2.5-litre turbodiesel motor does duty in the 2.5-litre LT when paired with a 6-speed manual gearbox. It produces 120 kW and 380 Nm, will take 11.8 seconds to reach 100 kph and is claimed to consume just 7.6 L/100 km. 

The other engine is a 2.8-litre turbodiesel 4 cylinder with peak outputs of 144 kW and 500 Nm. Chevrolet claims that this 6-speed automatic Trailblazer will accelerate from zero to 100 kph in 10.4 seconds. 

Meanwhile, the 2.5-litre manual has a tow rating of 2 515 kg, while the rest of the range can pull a braked trailer weighing up to 2 965 kg. The 4-wheel drive LTZ models are equipped low range transfer cases, with two-high, four-high, and four-low drive modes just a turn of a console dial away. Other changes include a new electronic power steering system, which is said to be smoother in feel and more responsive to inputs. 

New MyLink infotainment system

The new infotainment system comes in the form of a second-generation MyLink that is compatible with Apple CarPlay and Android Auto. This system allows smartphone connectivity as well as USB and Bluetooth connections. One great feature of this is that phone-based navigation such as Google Maps can be displayed on the screen, while top-spec LTZ models feature built-in satnav. 

Safety-wise, all derivatives are equipped with ABS with EBD and brake assist, HBFA (hydraulic brake fade assist), 7 airbags (including a driver's knee airbag), pre-tensioning seatbelts, ISOfix child seat anchors and front park assist. LTZ models benefit from the addition of Stabilitrak electronic stability/traction control, HDC (hill descent control), TSC (trailer sway control) and a rear-mounted camera parking assistance system, but now features forward collision alert, lane departure warning, blind-spot monitoring, rear cross traffic alert and tyre pressure monitoring too.

In terms of after-sales backup, every derivative comes with a 5-year/120 000 km warranty as well as a 5-year/90 000 km service plan.

Chevrolet Trailblazer prices in South Africa

Trailblazer 2.5D LT 4×2 MT               R464 000
Trailblazer 2.5D LT 4×2 AT                R481 800
Trailblazer 2.8D LTZ 4×2 AT              R552 800
Trailblazer 2.8D LTZ 4×4 AT              R613 200
Trailblazer Z71 2.8D LTZ 4×4 AT       R623 200

Further Reading

Read a review of the Chevrolet Trailblazer
Ford Starts Building Everest SUV in South Africa
Toyota Fortuner 2.4GD-6 (2016) Review
Toyota Fortuner vs Ford Everest (2016) Comparative Review [Video]
Comparative Review: Ford Everest 3.2 4×4 XLT vs Toyota Fortuner 2.8 GD-6 4×4 6At

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Is Mercedes-AMG Building a More Potent C63 Coupe? [Video]

Is Mercedes-AMG building a faster and more track-focused C63 Coupe in an effort to match the BMW M4 GTS? Check this video out.

The BMW M4 GTS is one very special machine. Take one standard M4 and imbue it with only the finest Motorsport kit, bolt on a mighty wing and crank up the power output, and the result is a devastatingly quick and agile track specialist's car. Right now it's peerless and for BMW's rivals, that just won't do. While Audi is some way away from launching an all-new RS5 Coupe, Mercedes-AMG has been developing a hotter, louder C63S Coupe at the Nurburgring. Rumours suggest it will have AMG C63 R designation, eliminating the possibility of a hardcore Black Series derivative. 

This prototype certainly sounds the part, and just look at that rear wing! Much like the aerofoil that's bolted to the BMW M4 GTS, it'll provide masses of downforce at speed, which in turn increases stability. Let's not forget that cool factor associated with big spoilers either… In terms of powerplant, we know that the 4.0-litre twin-turbocharged V8 motor can handle substantially more power as witnessed with the forthcoming AMG GT R. 

That green monster produces 430 kW, while the standard C63S has 373 kW. You can expect a power increase as well as a noise increase on this new model and, at this stage, we'd estimate that this hotter C63 R will produce just under 400 kW. It would be encroaching on the forthcoming E63 AMG if it is pushing 400 kW and besides, it's rivals' outputs haven't yet matched those of the standard C63S'.

If this vehicle comes to fruition, you're likely to see it at the 2017 Geneva Motor Show. 

Further Reading

Read a first drive report of the BMW M4 GTS here
Read a review of the Mercedes-AMG C63S
Meet the ultimate AMG GT R

Watch the video clip below:

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Volkswagen Tiguan 1.4 DSG (2016) Video Review

The local introduction of the second-generation Volkswagen Tiguan was eagerly awaited. So, now that we've driven it, how does the newcomer fare in terms of refinement, features and practicality? Over to you, Juliet…

Cars.co.za Consumer Awards guest judge Juliet McGuire has made another video for Cars.co.za. She gets to grips with the smart-looking Volkswagen Tiguan 1.4 TSI 110 kW DSG with an R-Line kit and does a thorough assessment of how it drives and what the interior is like.

Subscribe to our Youtube channel here 

Related content

5 Cool Things About the New Volkswagen Tiguan
Volkswagen Tiguan (2016) First Drive
Volkswagen Tiguan (2016) Specs and Pricing Announced
Full specs of the Volkswagen Tiguan can be found here

Interested in buying a Volkswagen Tiguan?

Find a new Volkswagen Tiguan here  
Find a used Volkswagen Tiguan here 

Lexus adds Local Updates to Range

Lexus will add a bit more spec to its current lineup with several models getting more standard equipment.

A few weeks ago, Lexus updated the specification offered on the CT, RX and LX models. Now it’s the turn of the remaining models to get the treatment.

First up is the Lexus ES which will get navigation as a standard feature from now on.

Pricing:

Lexus ES 250 EX R554 200
Lexus ES 300h R660 800

Looking for a used Lexus ES? Browse our stock here

The next model for enhancement is the medium SUV Lexus NX 200t F Sport which, will have a panoramic roof as standard.

Pricing:

Lexus NX 200t E R631 500
Lexus NX 200t EX R677 300
Lexus NX F Sport 200t R786 600
Lexus NX 300h EX R743 000

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The Lexus GS has had some safety additions with the GS 350 F Sport no available with lane change assist, blind spot monitoring and rear cross traffic alert.

Pricing:

Lexus GS 200t EX R745 200
Lexus GS 350 F Sport R854 700

Looking for a used GS? Browse for one here

The sporty-looking Lexus RC also gets a safety update with lane change assist and rear cross traffic assist as standard. There’s also a new wheel design for both models.

Pricing:

Lexus RC 200t EX R745 200
Lexus RC 350 F Sport R854 700

Looking for a used RC? Browse for one here

The final model to get an update is the range-topping LS. The update includes a heated leather steering wheel and adaptive LED headlights.

Pricing:

Lexus LS 460 R1 701 100

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Honda BR-V (2016) Specs & Price

Honda has augmented its crossover/SUV line-up in South Africa with the introduction of the BR-V. Here are specifications and pricing for the newcomer…

With more consumers opting for SUVs and crossovers to meet their familial needs, a flurry of new products are on offer and Honda has now expanded its SUV offering with the launch of its BR-V. Until now, Honda has offered the larger CR-V and the mid-size HR-V in South Africa and the BR-V will now slot in below the HR-V, offering seating for up to 7 passengers. The BR-V is built on the same platform as the Mobilio MPV and Brio hatchback.

Exterior & interior styling

The exterior styling of the new BR-V includes Honda’s familiar chrome cross bar on the nose, accompanied by sleek-looking headlights. Being a small SUV, the BR-V features a raised ride height as well as front and rear bumper trim for added ruggedness. The BR-V is fitted with roof rails and 16-inch wheels are standard.

On the inside, the BR-V features a third row of seating that takes the maximum passenger capacity up to seven. Access is made easy with split seats that can be tumbled at the pull of a lever. Buyers can configure seating positions according to their passenger and luggage requirements and the BR-V is offered with three trim levels to choose from including Trend, Comfort and Elegance.

The BR-V in Trend trim offers air-conditioning, front and rear electric windows, keyless entry, four-speaker sound system, USB port and Bluetooth as standard.

The BR-V compact SUV is available in four colours including White Orchid, Urban Titanium, Alabaster Silver and Carnelian Red.

Engine Power

All BR-V derivatives are powered by the same four-cylinder 1.5-litre engine with 88 kW and 145 Nm of torque on offer. In terms of transmissions, buyers can choose between a 6-speed manual gearbox or opt for the Continuously Variable Transmission (CVT). The CVT comes with steering-mounted shift paddles, allowing the driver to manipulate the CVT’s ratios.

Safety features for the BR-V include ABS and dual front airbags.

Look out for our Honda BR-V first drive report coming your way this week!

Honda BR-V – Price in South Africa

1.5 Trend Manual R238 900
1.5 Comfort Manual R252 900
1.5 Comfort CVT R268 300
1.5 Elegance Manual R272 900
1.5 Elegance CVT R288 300

Pricing includes a 5-year/200 000 km warranty and 3-year Roadside Assistance. Comfort and Elegance models benefit from a 2-year/30 000 km service plan with services set at 15 000 km. 

Related Honda content:

Spy Shots: 2018 Honda CR-V
Crossover Comparison: Honda HR-V vs Mazda CX-3

SUV Comparison: Ford Kuga vs Honda CR-V vs Subaru Forester
Honda HR-V Video Review and Comparison
Honda CR-V 2.0 Elegance (2015) Review

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