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Throughout its 67-year life, the original Land Rover Defender was offered only with petrol or diesel engines. That’s not unusual since it was developed from a product of the late 1940s, long before the era of zero emissions and greater consciousness to preserve the environment. Its powertrains were robust, as required by customers, and had been improved to deliver better performance and meet progressively stricter emission control regulations.

However, when it came to developing the successor, the world had become a very different place. From the 1970s onwards, air pollution – blamed largely on exhaust emissions from motor vehicles – persuaded governments to introduce regulations forcing carmakers to reduce emissions. These regulations, especially in the more developed countries, kept getting tougher and tougher. And with rising fuel prices, there was also a need to reduce fuel consumption even if there was indifference to concerns about fossil fuel supplies diminishing and running out at some point in the future.

2019 Land Rover Defender

Electrification the way to go
For Land Rover, as for other carmakers, it was clear that there were limitations to engineering the internal combustion engine to meet toughest regulations. The better solution was to use electrification, an approach that had become increasingly viable since Toyota and Honda introduced hybrid powertrains in the late 1990s. Pure electric powertrains remain expensive due to the high technology costs but hybrids are now into the mainstream and almost every carmaker has adopted the technology.

So for the new Defender, it was clear that while less developed markets would still require conventional engines, the future dictated that there must be a hybrid powertrain under the bonnet. This led to the development of Mild Hybrid Electric Vehicle (MHEV) technology that is available from launch while a Plug-in Hybrid Electric Vehicle (PHEV) powertrain will join the range next year. This will offer silent zero-emissions driving in EV-mode, giving Land Rover owners an entirely new experience off-road.

MHEV

MHEV with 48V system
A key feature of the Defender’s MHEV is its 48-volt battery pack consisting of 14 x 8Ah lithium-ion pouch cells that can store up to 200Wh of electricity. The MHEV system is not new to Land Rover, having first been used in the Evoque and has been further refined. Separate from the normal vehicle battery, it generates up to 142.5 Nm of torque which enhances acceleration.

A DC/DC converter installed at the back provides energy to the battery pack as well as the vehicle’s conventional battery. There’s also a Belt-Integrated Starter Generator which ‘harvests’ electrical energy while driving. Whenever the driver lifts off on the throttle pedal, electricity is regenerated to the battery pack where it can be utilized.

2019 Land Rover Defender
The new Defender’s platform has been engineered for conventional petrol and diesel powertrains as well as hybrid powertrains.

The in-line 6-cylinder 3-litre Ingenium petrol engine features both a conventional twin-scroll turbocharger and an advanced 7 kW electric supercharger. In combination with the other advanced technologies, total output is 400 ps/550 Nm with a claimed 0 – 100 km/h time of 6.1 seconds. Fuel consumption is claimed to be 10.4 kms/litre.

Software updating – without going to the service centre
The extensive array of electronic systems in the new Defender mean that ‘future-proofing’ is necessary and software updates can be sent over the air periodically. Up to 14 onboard electronic control modules, more than any previous Jaguar Land Rover vehicle, can receive updates, without the need to visit a Land Rover service centre. In this way, the Defender will get better with age. Customers in remote locations can still get the updates – all that’s required is a data connection via a satellite-phone.

2019 Land Rover Defender

2019 Land Rover Defender

Although electronic systems installed in motor vehicles these days are ‘hardened’ and able to withstand the harsh conditions during daily use, they have to endure even more severe and extreme conditions in a vehicle like the Defender. Given that many owners will go off-road and over the roughest terrain on the planet, Land Rover engineers had to conduct rigorous testing all over the world and in the most extreme conditions. Serious attention was given to electrical connections and the effects of impacts on components like the battery pack. Even in the 21st century, the original 4×4 reborn has to maintain as well set new standards for toughness and capability.

Click here to read more about the New Land Rover Defender

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♦ Lewis Hamilton finally gets a win after 4 races and increasing assurance of another world championship title, possibly being confirmed in Mexico.

♦ Controversies again in the Ferrari camp led to Sebastian Vettel retiring with engine problems and Charles Leclerc losing his lead due to the virtual safety car being deployed.

♦ Red Bull’s two drivers – Max Verstappen and Alexander Albon – started the race in poor form, the former having been given a penalty and the latter having had an accident in qualifying. But they managed to finish 4th and 5th (Albon moving up from 20th at the beginning) to collect points for the team.

♦ Poorly planned pit stop saw Kimi Raikkonen’s Alfa Romeo immobile longer than necessary and dropping way down the field to end 13th. He must miss the lightning-quick and precisely planned pit stops at Ferrari.

RUSSIAN GP RESULTS

(Provisional results)

F1

DRIVERS 16

Alfa Romeo F1

CONSTRUCTORS 16

Next race in Japan (Suzuka) on October 13

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Dodge//SRT is going all out for their 2020 Dodge Charger line-up with the introduction of eight different variants for the US market. With the new line-up, the American-built performance sedan manufacturer offers something for everyone looking for the right balance in a powerful sedan. (more…)

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It’s a very serious offence to be driving while under the influence of alcohol (or ‘DUI’ as they refer to it in America). In some countries, it is not just alcohol but the offence includes drugs and even medicines that cause any effect which can make driving unsafe. Generally, motorists only give attention to alcohol and make it a point to consume amounts that do not exceed the limits, or are responsible enough to avoid driving home themselves if they have taken too much.

How medicines can affect driving
Many motorists give less thought to the times when they have taken medicines for an illness and while the effects vary from person to person, there is a risk that some may be affected seriously enough to make their driving dangerous for themselves and other road-users. It depends on how much medicine you are required to take. Factors such as gender, age, weight and dose all play a part in how the medicine affects you.

The effects can affect concentration and usually, the effect is strongest in the beginning of treatment and when the dose is increased. Therefore, it is the responsibility of the doctor to warn you or you should ask about the effects and declare that you will be driving or riding a motorcycle.

The effects of medicines
Some medicines can affect your driving for a short time after you take them. For others, the effects can last for several hours, and even till the next day. Sleepiness or drowsiness may be one of the effects but some people may also feel dizzy, weak, nauseous or even have their reaction time slowed down (which can be dangerous as they may not be able to avoid an accident in time).

For allergy sufferers, medications containing antihistamines can help relieve many different types of allergies. But these medicines may interfere with driving as antihistamines can slow your reaction time, make it hard to focus or think clearly, and may cause mild confusion even if you don’t feel drowsy.

While it is best to go home and rest (and remain on medical leave if allowed), you can also ask a doctor to help minimize the side effects by adjusting your dose, adjust the timing of when you take the medicine, or change the medicine to one that causes fewer side effects for you.

If you find that you can’t concentrate because you have just taken medicine, it imay be better to pull over rather than continue driving.

It should be noted that even if you have not taken medicines but are sick, your condition can also put your driving at risk. Depending on the illness, you may be more tired than usual, less able to concentrate or even experience pain in certain parts of your body that could cause you to drive dangerously. If you find that you are extremely affected, you should pull over to the side and park safely, and notify someone who can come and help you get home.

Even sneezing can be dangerous!
One of the most dangerous aspects of driving while sick is sneezing, believe it or not. In fact, there are studies that have shown that sneezes cause over 2,000 accidents in the UK per week! When you sneeze, your eyes usually close, usually for about 600 milliseconds. In that span of time, if you are travelling at about 100 km/h, the car would have moved 17 metres forward – while your eyes were closed! That could result in ramming a vehicle ahead or worse, knocking down a pedestrian.

Accident
A sneeze or a cough when you are ill could result in a collision.

The same risk could probably occur when you cough, especially if it is a cough that is ‘strong’ and causes you to momentarily stop having control of other actions. You may also cough a number of times at one go, again affecting your ability to control the car.

Mazda Lane Keep Assist
The Lane Keep Assist system, available in some of the new models, acts when the car moves out of its lane.

Some of the new car models today have driver assistance systems which can detect when the car weaves out of its lane. This can indicate that the driver may be losing concentration and not guiding the car properly, perhaps due to being ill or being on medication. Such systems will alert the driver of the situation and also exert forces to turn the vehicle back into its lane. However, these systems are still not standard features like seatbelts so the majority of motorists would not be able to enjoy their safety benefits.

NOTE: This article has been presented in good faith for general information of the public, especially motorists. PISTON.MY accepts no responsibility for any loss or effect arising from following the advice and information given.

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Race starts at 2:10 pm in Russia/7:10 pm in Malaysia

Ferrari F1

GRID

Mercedes-AMG

SOCHI AUTODROM

DRIVERS 15

CONSTRUCTORS 15

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In conjunction with the 900,000th unit milestone, Honda Malaysia decided to celebrate its massive success here in the country by organising a special two-day ‘Road to 900,000th Unit Milestone Campaign’ carnival filled with fun activities for the whole family at the Bukit Jalil Stadium open car pack. (more…)

Subaru Tecnica International (STI) has introduced a limited-edition STI S209 and it’s the first-ever S-line STI product produced exclusively for the US market. As an S-line product, the STI S209 encompasses upgrades in power, handling, aerodynamics and driver engagement, and undergoes final assembly in Japan, where it receives engine modifications and bodywork alterations. These changes, in total, have required the variant to be specially homologated for the US market by STI; thus, the S209 is considered the first ‘STI-built’ Subaru sold in the U.S.

The S209 carries on a high-performance tradition that dates to STI-built models that were exclusive to the Japanese domestic market – the 2000 S201 through the 2018 S208. Only 209 units of the STI S209 will be built.

2019 Subaru WRX STI S209

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Tech from Nurburgring Challenge racing car
The S209 draws inspiration and tech transfer from STI’s most formidable track machine – the WRX STI Nurburgring Challenge racing car. Like the Nurburgring Challenge car, the S209 has expanded wide-body exterior treatment which extends the vehicle’s overall width compared to a standard WRX STI.

The bulging fenders accommodate wider front/rear tracks and 265/35 Dunlop SP Sport Maxx GT600A tyres wrapped around lightweight 19×9 forged BBS alloy wheels. The all-new tyres, developed exclusively for the S209 by Dunlop, are said to be a significant contributor to the car’s tenacious maximum lateral grip of over 1.0g.

2019 Subaru WRX STI S209

Vents on the front fenders provide additional engine cooling, while vents on the rear fenders rectify air turbulence to reduce drag and increase downforce. Brembo brakes, with cross-drilled steel rotors and 6-piston monoblock front calipers and 2-piston monoblock rear calipers, provide stout stopping force, thanks in part to upgraded high-friction pads that deliver improved fade-resistance.

Underneath the S209’s broader body are specially developed Bilstein dampers, stiffened coil springs, a 20 mm rear stabilizer bar and pillow-type bushings for the front/rear lateral links. The S209 incorporates reinforcements to the front cross-member and rear sub-frames and, like the Nürburgring car, a flexible front-strut tower bar and flexible front/rear draw stiffeners. Other Nurburgring tech that has been passed to the S209 include front, rear and side under-spoilers; front bumper canards; and carbonfibre roof panel and rear wing.

2019 Subaru WRX STI S209

2019 Subaru WRX STI S209

2019 Subaru WRX STI S209

More powerful EJ25 Boxer engine
A reworked version of the legendary EJ25 2.5-litre turbocharged Boxer engine uses an STI turbocharger manufactured by HKS. This boosts output to 341 bhp at 64,00 rpm, thanks in part to a larger turbine and compressor as well as maximum boost pressure that has been increased to 18.9 psi (16.2 psi for WRX STI). There’s also a notable bump in midrange torque to 447 Nm at 3,600 rpm, delivering higher corner exit speeds when driving on track.

2019 Subaru WRX STI S209

2019 Subaru WRX STI S209

2019 Subaru WRX STI S209

The S209 comes exclusively with a close-ratio 6-speed manual transmission that routes power to a full-time Subaru Symmetrical All-Wheel Drive system with front/rear limited-slip differentials, a Driver Controlled Centre Differential, Active Torque Vectoring and Multi-Mode Vehicle Dynamics Control. A recalibrated SI-Drive system offers three modes: ‘Intelligent’ for better fuel economy and smoother power control; ‘Sport’ for optimized power balance between response and control; and ‘Sport Sharp’ for achieving the best acceleration times. STI engineers recommend ‘Sport’ over ‘Sport Sharp’ for circuit driving, as the less aggressive throttle map allows for greater driver control.

2019 Subaru WRX STI S209

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If you’re going to be out late tonight in Kuala Lumpur, you should be aware that there will be road closures and preparations for the KL Standard Chartered International Marathon 2019 which is to take place this Sunday, September 29, 2019.

At least 28 roads will be closed some time during the day, starting from 3:45 am on Saturday morning (September 28). The roads are: Jalan Raja, Jalan TAR, Jalan Sultan Ismail, Jalan Ampang, Jalan P. Ramlee, Jalan Raja Chulan, Jalan Bukit Bintang, Jalan Tun Abdul Razak, Lebuhraya DUKE, Lebuhraya AKLEH, Jalan Kuching, Jalan Tuanku Abdul Halim, Jalan Raja Muda Abdul Aziz, Jalan Raja Abdullah, Jalan Langgak Tunku, Jalan Dang Wangi, Jalan Tunku, Jalan Tun Ismail, Jalan Dato Onn, Jalan Sultan Salahuddin, Jalan Parlimen, Jalan Damansara, Lebuhraya Sultan Iskandar, Jalan Kinabalu, Bulatan Sultan Hishamudin, Jalan Cenderawasih, Jalan Kampung Pandan, and Jalan Pahang.

If you want to know the specific roads and times of closures, click here for a detailed list.

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The new Jaguar Design Studio at the company’s redeveloped Design and Engineering Centre in the UK lay claim to being the most technologically advanced design studio in the world. Built around a ‘Heart Space’, it puts people at the centre of the design journey, supporting a seamless workflow between creative and engineering teams.

How Jaguar achieves its design leadership has always been a closely guarded secret with work happening behind closed doors. But with Jaguar Design moving into this new purpose-built studio, a unique insight has been into the entire process of creating new models.

Jaguar Design

Across 6 stages of the design journey, the Exterior and Interior teams collaborate throughout a well-defined process that can move from inspirational first sketch to finished car in around 4 years. From start to finish, each project is overseen by a programme management team that ensures integration with all business functions at each of the 6 stages: Sketching – Clay Sculpting – Digitalisation – Colour and Materials – Design Technical – Model Manufacture.

Jaguar Design

Sketching done typically 4 years before reveal
Jaguar designers never stop sketching. Pen, pencil or tablet, the studio team is constantly generating new interior and exterior ideas for future products. Hundreds of sketches are produced each day. The design process for a future Jaguar starts with an internal competition. Designers – from across the studio – are tasked with producing their best sketches and creative ideas before entries are gradually whittled down through shortlist reviews.

Jaguar Design

On each project, up to 8 exterior key sketches will be taken through to the next stage, each demonstrating a different theme and approach to convey their own unique blend of Jaguar creativity and innovation. Computer-Aided Surfacing (CAS) specialists then create a digital version of the initial renders. This data is then used to accurately mill the clay models.

In the new Jaguar Design Studio, the teams can go from a sketch to a full-size clay model in only 2 weeks. Moving quickly into a physical 3-dimensional model is very important, because Jaguar Design has always had proportion and sculpture at its heart.

The designers who sketch the ‘winning’ initial ideas stay with the project from the first sketch to the production car, ensuring the creative spark behind the original vision is maintained and refined throughout the process.

During the sketching stage, one design is selected as the ‘vision’ which is used by the design and engineering teams to outline the feasibility of the proposal, its planned dimensions, aerodynamic requirements and any regulatory conditions. These constraints are then fed back to the other design disciplines to help progress the ‘vision’.

Clay sculpting
Clay sculpting is the lifeblood of the design studio with the sketches and engineering data turned into physical assets at this stage. An expert team of 46 sculptors, ranging from long-term employees to new talent coming through apprenticeships, add the human touch – quite literally – to bring the sketches to life.

Jaguar Design

The 6 to 8 projects that have been brought forward from the sketching phase, including the ‘vision’ proposal, have clay models created. Each of the designers is given half of a full-size exterior and is paired up with a clay team to bring their vision to reality. One sculptor will focus on the front, two on the side and another on the rear, though all sculptors are capable of working on any aspect of an exterior design. Following review, three different themes will be continued into a full clay with one final design signed off for further refinements to be made. Alongside the exterior models, individual parts like seats and steering wheels, and even full-size interiors, are also sculpted from clay.

Each full-scale clay model comprises an aluminium chassis, foam core and, finally, up to 90 mm of clay. The only part that is ‘real’ at this stage are the wheels. The clay is milled by machine using data from the CAS team before being ‘slicked’ and refined by the clay sculptors – this process can take as little as 2 weeks. Using carbonfibre and sprung steel splines, the tools used to precisely shape the clay, the team handcraft each clay to perfect their designs.

Jaguar Design

As designs are perfected, the clay models can be wrapped and painted to bring them to life. Jaguar Design utilises Virtual Reality to stitch a real-life 3D clay interior model into a digital world so designers and ergonomics experts can experience the look and feel simultaneously. On both exterior and interior clays, 3D rapid printed parts can be produced to help bring some of the beautiful details to life quickly and at an early stage.

Digitalisation throughout the design process
Digitalisation plays a pivotal role in Jaguar Design, and is integrated to every stage of the process from sketching through to launch animations. From the early conceptual stage, the Computer-Aided Surfacing (CAS) team convert the design sketches into digital 3D models, gradually evolving the designs as engineering and packaging data is released by the Design Technical team. This data is then used to create the clay models with real world refinements then scanned back into the CAS team for further mathematical adjustments. The CAS team then exports the surface data ready for the model to go into production.

Jaguar Design

The Jaguar Design Studio also has an in-house Design Visualisation and Animation (DVA) team, made up of experts from the world of television, film, advertising and gaming. These specialists work closely with designers and data teams to animate the 3D models into immersive films that help bring the design concepts to life in real-world environments.

Colour and materials
The car design process extends beyond exterior and interior appearance, with tactility of materials vital to Jaguar Design. Sitting between the Interior and Exterior studio is the Colour and Materials team – a position that reflects its significance to both disciplines. Its role is focused on developing innovative new interior and exterior materials and finishes and is made up of experts from the world of automotive, fashion, jewellery and product design.

The team is involved throughout the design process – from sketching all the way to engineering –and continuously works to innovate and bring new, exciting and relevant design solutions into future vehicles. They touch every customer-facing surface to deliver a true Jaguar user experience.

Jaguar Design

At the heart of its work sits Jaguar’s interpretation of ‘Britishness’ – an overwhelmingly positive and differentiating brand attribute –  with the Colour and Materials team constantly evolving how this is woven into new vehicles. Individual members of the team hail from countries such as Sweden, Latvia, France and Italy, helping Jaguar to communicate what contemporary ‘Britishness’ means to customers across the world. ‘Britishness’ is a dynamic concept and Jaguar Design embraces the innovative elegance and merging of past and future crafts and technologies to give its vehicles their unique character.

Design technical
Design Technical looks at creative ways to deliver the team’s vision by developing design-enabling technologies and solutions from the very beginning of the process. This group of creative engineers sits at the centre of the design function to support the entire studio – helping to make even the most ambitious design a production reality.

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The Advanced Design Technical (ADT) team work on whole vehicle layouts and architecture planning and form a key part of any project from the very outset. Their job is to make sure the designs are feasible, identifying physical and legislative challenges and finding creative solutions to them with the aim of making the transition from sketchpad to production a smooth one.

With the entire design function under one roof, within the same facility as the wider engineering team, the new studio is making the development process more fluid and organic at every step.

Model manufacture
Jaguar Design doesn’t just rely on clay sculpting to develop its vehicles; other full-scale models are created by the studio throughout the process. These interior and exterior models are used to evaluate size and proportion and are developed from initial concept sketches in the first six to 12 months.

Jaguar Design Studio

The final model is the incredibly detailed Customer Design Reference Model – a full inside/outside driveable (low-speed) model created ahead of launch to showcase the vehicle before a full production version is available. It is built on a bespoke chassis with a body structure made up of a mix of carbon fibre and glass fibre, with fully functioning lamps, one-off machined aluminium wheels, and a fully trimmed interior complete with functioning displays.

Jaguar Design Studio

“Jaguar has a unique heritage as a design-led brand and this will always to be a central pillar of our DNA. The new facility brings the entire design team together in one hugely creative space. We truly believe that inspiration comes from interaction and collaboration. Our studio is fitted with the latest technologies but, just as important, is the diversity of human expertise and our passion for Jaguar which helps us design the extraordinary,” said Julian Thomson, Jaguar’s Design Director.

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With summer having receded and the cooler autumn season started, car companies are probably trying to finish off their test runs before it gets too cold. At the Rada military airfield deep in the forests of Sweden, Koenigsegg recently put a Regera to a 0 – 400 – 0 km/h run that took 31.49 seconds and set a new world record.

The time was 1.8 seconds faster than Koenigsegg’s previously unbeaten record, set by the Agera RS in 2017. CEO and founder Christian von Koenigsegg believes that the car can perform even better under the right conditions.

Actually, the conditions were perfect – sunny with almost no wind. The 2,000-metre long track was a disused military airfield at 70 metres above seas level. To have enough runway, a stretch of taxiway was used as the starting area in order to gain an extra length of around 300 metres to make the run long and safe enough.

Koenigsegg Regera
CEO and founder Christian von Koenigsegg (left) with factory driver Sonny Persson who set the new record.

More ideal times possible
The total distance used for 0 – 400 – 0 km/h was 2048.46 metres. In better conditions, a total length of under an unbelievable 2000 metres should be fully achievable with the Regera.

However, as the runway has been unused and dormant, the surface was not great for traction. Furthermore, it was not possible to drive in a straight line as some bumps had to be avoided. Low grip level, swerving around bumps and general unevenness therefore took away some milliseconds and better acceleration.

One-of-a-kind Direct Drive transmission
“This was a good opportunity to showcase the true capability of the Regera’s one-of-a-kind Direct Drive transmission. As the Regera only has one gear, we had to make use of it from standstill to the record top speed of 403 km/h limited by rpm,” he said, adding that the car was driven by Koenigsegg factory driver Sonny Persson.

Koenigsegg Regera powertrain
Regera powertrain

“Priority has been given to acceleration and drivability between 0 – 400 km/h – no more, no less. At any given time, the Regera can and will accelerate harder in that speed range than any other production car known to us,” von Koenigsegg said.

“What was really impressive was how incredible the Regera brakes – 8.62 seconds from 400 km/h to 0 km/h is just unheard of. It is a testament to the Regera’s balance, suspension, aerodynamics and of course its in-house design and built Koenigsegg brake calipers. The proven numbers now show the greatness of the Regera. Having said that, we know we can improve these already impressive numbers on a track with better conditions,” he said.

The car used for the run was a fully homologated production car with its luxurious fittings and seats still intact. The only modifications were a roll cage and a 4-point harness for driver safety.

“The car reaches its top speed like there is no tomorrow, but then there are no more gears. This actually suits the philosophy behind the Regera, which is ‘whoever gets to 400 km/h first wins.”

Christian von Koenigsegg

Twin turbo V8 with 3 motors
The Regera combines a powerful twin-turbo V8 combustion engine with three electric motors and cutting-edge battery power in a patent-pending powertrain technology called Koenigsegg Direct Drive. This revolutionary technology removes the traditional gearbox, making the Regera lighter, more efficient and more fun to drive than more normal hybrid solutions.

Almost two years ago, Koenigsegg set a new 0 – 400 – 0 km/h record using a production Agera RS in the US state of Nevada. That record was a fantastic 33.29 seconds and this time around, the Regera got to show what it is made of.

Koenigsegg Regera

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