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McLaren Hyper-GT prototype reaches 403 km/h at Kennedy Space Centre

The dynamic development programme for the fastest and most technically advanced McLaren ever ended with McLaren chief test driver, Kenny Brack, taking the new Speedtail up to its maximum speed of 403 km/h at the Kennedy Space Centre in Florida, USA.

McLaren Speedtail Hypercar — *The final high-speed tests were done on the runway that the space shuttles landed on.*

The final high-speed tests in the ground-breaking hypercar’s extensive engineering validation process saw Speedtail prototype designated ‘XP2’ reach its maximum speed more than 30 times on the space shuttle landing runway. The exercise concluded a programme of high-speed running carried out at multiple test facilities worldwide, including Idiada in Spain and Papenburg in Germany.

“It’s fitting that the Speedtail’s high-speed test programme concluded with multiple maximum-speed runs at a location strongly associated with pushing the boundaries of extreme performance and engineering excellence,” said McLaren Automotive CEO, Mike Flewitt. “The Speedtail is a truly extraordinary car that epitomises McLaren’s pioneering spirit and perfectly illustrates our determination to continue to set new benchmarks for supercar and hypercar performance.”

Blending sleek and seamless beauty with pioneering technologies and truly remarkable performance, the Speedtail sits at the pinnacle of the McLaren Ultimate Series. At almost 5.2 metres long, the carbonfibre-bodied 3-seat Hyper GT is the most aerodynamically drag-efficient McLaren ever and a showcase for the brand’s expertise in lightweight engineering.

1,070 ps, 1,150 Nm, 0 – 300 km/h in less than 13 seconds
The Speedtail’s petrol-electric hybrid powertrain delivers the greatest power and torque of any McLaren road car, with a combined 1,070 ps and 1,150 Nm. The straight-line acceleration and maximum speed of the car set new benchmarks for McLaren, with 0 – 300 km/h achieved in less than 13 seconds and a maximum speed reached of 403 km/h.

The McLaren-developed battery pack has a power density of 5.2 kW/kg, said to be the best power-to-weight ratio of any automotive high voltage battery system. The batteries constantly self-charge when the Speedtail is driven – there is no ‘plug-in’ element – however, a wireless charging pad that trickle-charges and maintains the battery’s status when the vehicle is not in use is also included as standard.

The first of 106 Speedtails that will be hand-assembled to customer order has now commenced at the McLaren Production Centre in the UK, with deliveries scheduled from February 2020. Each customer will pay more than US$2.25 million (equivalent to RM9.32 million today) which is the base price for the car before personalisation.

Four generations of hybrid power and still moving forward with technology

Throughout the 1980s, Toyota’s engineers worked hard to develop a hybrid system which could be commercialised and used in mass production. They succeeded by the end of the decade and the carmaker introduced its first model with a hybrid electric powertrain – the Prius. Since then, Toyota has continued to make ever better hybrid powertrains as new technology has been developed and more importantly, battery technology has also made much progress.

The hybrid concept is an ingenious marriage of an internal combustion engine and an electric motor. Their performance – in unison or individually – is governed automatically and seamlessly by an intelligent system that draws power from the appropriate source to maximise efficiency, or performance.

Electric power is generated by the engine while the car is being driven and is also converted from the kinetic energy produced when braking or slowing down. Power is stored in a high-voltage battery pack that needs no ‘plug-in’ recharging.

It started with the RX 400h
Lexus, Toyota’s premium luxury brand, has also been collaborating in the development of hybrid powertrains, apart from drawing on the development work done by Toyota. Years of R&D culminated in the RX 400h, the first self-charging hybrid Lexus and world’s first luxury hybrid vehicle, launched in 2005. On the outside, it looked little different from the familiar RX 300 SUV but, under the skin, things were very different. Yes, there was a 3.3-litre petrol V6 engine under the bonnet, but this was just one element in the all-new self-charging hybrid electric system.

The development of the Lexus Hybrid Drive brought ‘full’ hybrid technology to motorists. It meant the vehicle could run on electric power alone, with zero emissions and fuel consumption. Initially, this was limited to low-speeds and relatively short distances due to limitations in technology, especially battery capacity. But as the technology was developed, the capability increased significantly. Today, Lexus hybrids can travel up to 50% of the time in congested urban environments without the petrol engine running.

The second generation
The second generation of the Lexus Hybrid Drive showed significant progress. Not surprisingly, it was first offered in the brand’s new flagship sedan, the LS 600h, in 2007. As the first hybrid system to feature a V8 engine – a 5.0-litre unit, the most technically advanced Lexus had yet built – it delivered the kind of power and performance typically associated with a V12. The system delivered 445 bhp and 520 Nm of torque, giving acceleration from standstill to 100 km/h in just 6.3 seconds.

When it came to emissions and fuel economy, the LS 600h also broke new ground in its class. It could achieve official combined cycle fuel economy of 10.8 kms/litre and its comparatively low emissions earned it SULEV (Super Ultra Low Emission Vehicle) status in the USA.

A sportier dimension
A sportier aspect of hybrid power was also seen in the GS 450h sports sedan. A 2-stage motor speed reduction planetary gear was used in both the GS and LS models but for the LS 600h, the hybrid transmission was upgraded. The nickel-metal hydride battery produced 280V, but a boost converter could ramp this up to 650V.

The GS 450h and the RX 450h, which superceded the original RX 400h in 2009, were equipped with a new 3.5-litre V6 engine. Thanks to the use of an electronically-controlled power split device, the transmission operated like a continuously variable transmission (CVT) but with the benefit – for the first time in a hybrid – of a manual shift mode and AI-Shift that used artificial intelligence to adapt performance to the driver’s style and the driving conditions.

More efficient, more responsive
The third generation of Lexus Hybrid Drive made advances both in efficiency and responsiveness. The revised system was first seen in the IS 300h, the first IS to feature hybrid power, which entered the market in 2013.

Central to the improved performance was a new 2.5-litre Atkinson cycle petrol engine, equipped with D-4S direct fuel injection, Dual VVT-i intelligent variable valve-timing and a high-efficiency exhaust gas recirculation system. Combined with the hybrid transaxle, this gave class-leading, sub-100 g/km CO2 emissions and fuel economy from 23.3 kms/litre.

With further refinements, this system was also adopted for the Lexus NX, the company’s first midsize crossover, and the RC 300h coupe, both of which joined the range in 2014.

The Multi-Stage Hybrid System
While the styling of the LC Coupe has earned it high praise and awards, the LC also marked a new era in hybrid electric technology. The breakthrough was the Multi-Stage Hybrid System, a new transmission device that retains the hybrid’s efficiency, but which takes the driving experience to a higher level.

The LC 500h is equipped with a 3.5-litre V6 engine that revs all the way to 6600 rpm, and benefits from detailed engineering features to promote both performance and efficiency. The Multi-Stage Hybrid System allows its potential to be exploited to the maximum by amplifying the output of both the engine and the electric motor. In this way, performance can be optimised at all engine speeds.

For the driver the rewards are more responsive and direct acceleration, greater dynamic performance and all-round driving pleasure – the ‘even sharper’ character that Lexus sought to achieve. With total system output of 359 bhp and 0 to 100 km/h acceleration in a claimed 5 seconds, the new powertrain fully justifies its place in a performance model, yet can go up to 12.3 kms/litre. Since its introduction in the LC, the Multi-Stage System has also been used in the LS 500h.

Aiming higher with fourth generation
Today, Lexus is leveraging its technology leadership with a fourth generation of Lexus Hybrid Drive that achieves even better fuel efficiency, responsive emissions and low emissions. Featured in the new ES 300h sedan and UX 250h compact crossover launched in early 2019, it combines the benefits of an all-new, ultra-efficient Atkinson cycle engine with a new electric motor that’s lighter, more compact and more power dense.

No effort was spared in this powertrain’s development, with 60 prototypes built and more than 10 million kilometres of road testing carried out. The result is the most thermally efficient engine yet to be installed in a production vehicle – rated at 41%. This means more of the power potential of every drop of fuel is captured to drive the wheels. This has been achieved with fast-burn combustion technology that ensures more power is gained without increasing emissions or fuel consumption.

Proven, robust and reliable technology
Lexus hybrids proved themselves to be intrinsically quiet, smooth and refined and, as the years passed, they also demonstrated exceptional reliability. This is not a fragile technology, but a robust and highly durable solution.

Within 15 years, Lexus has made the hybrid concept central to its brand, extending its reach from a single model in 2005 to a range of up to 10 vehicles in some regions today, covering many different bodystyles and performance levels. Worldwide, cumulative hybrid sales have passed 1.6 million units, while in Western Europe hybrids now account for 99% of all the new Lexus vehicles sold in the region.

To know more about Lexus models available in Malaysia, visit www.lexus.com.my,

2020 Hyundai IONIQ gets better electric performance

When Hyundai Motor was developing its IONIQ model, it took a ‘safe’ approach by engineering the car to have multiple powertrain choices. At launch in 2016, it was available with either a hybrid, plug-in hybrid (PHEV) or pure electric powertrain. The move would allow the IONIQ to be sold in more different markets depending on the recharging infrastructure available.

It’s now been three years that the IONIQ has been in global markets and an updated version has been released. Apart from the usual cosmetic changes and feature enhancements, the significant change is in the all-electric powertrain’s performance.

Better electric performance
The battery pack now has 36% more energy capacity which enables the car to travel up to 273 kms before it runs out of volts. There’s a standard 7.2-kW on-board charger for Type 2 AC charging; using a 100-kW fast-charging station, the battery can reach 80% charge within 54 minutes. The IONIQ Electric’s e-motor generates 134 ps/295Nm.

The 2020 IONIQ Hybrid and IONIQ PHEV continue to use a 1.6-litre GDI 4-cylinder petrol engine delivering 104 ps/148 Nm. The IONIQ Hybrid’s permanent magnet electric motor can generated 32 kW/169 Nm, powered by a lithium-ion-polymer battery with 1.56 kWh of capacity positioned under the rear seats.

The PHEV’s electric motor generates 45 kW/169 Nm, powered by an 8.9 kWh lithium-ion-polymer battery. Total system output for the IONIQ Hybrid can be up to 139 ps with a maximum of 264 Nm of torque. The IONIQ PHEV offers a higher total system output of 156 ps and 264 Nm of torque. Drivers using the IONIQ PHEV can expect to travel at least 47 kms on just electric power alone with the fully-charged 8.9 kWh battery pack.

A Predictive Energy Management system, which manages charging and discharging of the battery in uphill and downhill situations to maximize battery usage. When a lack of battery state-of-charge is predicted driving uphill, the IONIQ PHEV and Hybrid increase internal-combustion engine operation to charge the battery. When a sufficient battery state-of-charge is reached during downhill driving, e-motor intervention increases to minimize fuel consumption and further energy is simultaneously recovered through regenerative braking.

Taking a cue from its similarly innovative Kona Electric, the latest IONIQ Electric adopts 1-pedal driving capability, allowing the driver to stop the car by simply holding onto the left paddle shift lever with often no need to engage the braking pedal. This maximizes the use of regenerative braking technology. Using Smart Regenerative Braking, the level of energy recuperation is automatically adjusted depending on the road incline and traffic situation in front when coasting.

SmartSense safety
All 2020 IONIQ models sold in North America will be equipped with a comprehensive Hyundai SmartSense technology package. This driver assistance system constantly monitors the environment around the car alerting drivers to potential hazards while on the road. This system includes standard Forward Collision Avoidance Assist, High Beam Assist and a Drivers Attention Warning. There are also new segment first features like Highway Driving Assist and Lane Following Assist to make long trips less stressful and more comfortable.

Eco-conscious materials
A key characteristic of the IONIQ line is its innovative use of recycled or ecologically-sensitive materials. The interior door covers are made of plastic combined with powdered wood and volcanic stone while providing the same quality appearance of typical materials but reducing weight by 20%. The softer, more natural feel is achieved along with less reliance on oil-based products.

Raw materials extracted from sugar cane are partly applied on the headliner and cargo area. In fact, sugar cane accounts for 25% of the raw materials used. Paint with renewable ingredients extracted from soybean oil is used to achieve lustrous metallic colours on key components.

Currently, only the IONIQ Hybrid is sold in Malaysia and local assembly at the Inokom plant in Kedah keeps its price down. Presumably, the updated version will be available next year as the model sells reasonably well with a price just under RM100,000.

2020 BMW X3 xDrive30e Plug-in Hybrid unveiled

BMW has unveiled its latest electrified model in the form of the 2020 BMW X3 xDrive30e plug-in hybrid. This latest addition to the Sports Activity Vehicle (SAV) premium segment offers ‘highest standards of driving dynamics and efficiency.’ (more…)

New Land Rover Defender’s Mild Hybrid Electric Vehicle system provides ‘future-proofing’

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.

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 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.

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 21^st 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

Koenigsegg Sets New 0-400-0 km/h World Record! (w/VIDEO)

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.

Polestar 1 production underway in Chengdu, China

Having received its World Manufacturer Identifier (WMI) that makes it a recognised vehicle manufacturer, Polestar is set to accelerate ahead at its first production facility located in Chengdu, China. This new Polestar Production Centre sets a new industry benchmark in electric vehicle manufacture and will produce the Polestar 1 – an exclusive, carbonfibre-bodied Electric Performance Hybrid.

500 Polestar 1 cars are to be built per year, with a total of 1,500 planned over a 3-year production cycle. Construction of Polestar 1 in Chengdu will be followed by production of the fully electric Polestar 2 in Luqiao, China, in early 2020.

Most premium new energy vehicle
The new facility, which was completed on schedule, will produce cars for both China and global export markets with first customer deliveries expected before the end of 2019. The company presents the Polestar 1 as ‘the most premium new energy vehicle to be manufactured in China’. Included in the manufacturing process is a team of highly trained quality control auditors whom, with a minimum of 10 years of experience, apply some of the strictest monitoring and assessment procedures in the industry.

The Polestar Production Centre aims to be one of the most environmentally responsible car factories in China. Designed by internationally renowned architecture and design company, Snøhetta, the new production facility incorporates a customer experience centre including a test track and a glazed atrium offering a panoramic view over the factory floor.

New standards in manufacturing
“Designing Polestar’s first production facility has been a challenging and extremely rewarding project for us,” said Snøhetta’s co-founder, Kjetil Trædal Thorsen. “The innovative design of the interaction scheme aligns creative visionary processes with technical production requirements, setting a new standard for inclusive fabrication facilities.”

“We promised we would have our first production facility built in 2019; we promised cars would be delivered to customers this year, and we promised we would do things differently – once again, we are delivering on our promises. This is a hugely proud moment for the whole team at Polestar,” said Thomas Ingenlath, CEO of Polestar.

Click here for other news and articles about Polestar

Sian – Lamborghini’s first production hybrid super sportscar

It was not so long ago that hybrid models being introduced were vehicles with modest performance. The carmakers introducing them stressed on environment-friendliness more than performance since they did help reduce exhaust emissions. However, development of hybrid technology, which went into mass production in the late 1990s, accelerated as the major carmakers wanted to achieve economies of scale as quickly as possible and push costs down.

Within 10 years, the new hybrid models were faster and went further too. The advancement was timely since advanced countries were beginning to introduce strict emission regulations that requires ‘electrification’ of powertrains to meet. Fully electric powertrains are still expensive but hybrid powertrains offer a transitional solution that was acceptable.

You would think that where the supercar manufacturers are concerned, hybrids would be of no interest but Lamborghini will soon show that it can produce a super sportscar – like the rest of its range – with a hybrid powertrain. To be unveiled at the Frankfurt Motorshow this month, it will be called the Sian – the name meaning ‘flash’ or ‘lightning’ in dialect of the Bolognese region in Italy. This is in reference to the first electric application in a Lamborghini production car.

Fastest Lamborghini of all time
The Sian will be the fastest Lamborghini of all time, thanks to a unique new hybrid system which focuses on providing the highest power possible via the lightest solution. It has a V12 engine – huge for a hybrid powertrain – and a 48-volt e-motor. The 6.5-litre V12, which incorporates titanium intake valves and is uprated to 785 bhp at 8,500 rpm (the highest output ever from a Lamborghini powerplant) combines with the 34 bhp from the electric motor. Total system output is 819 bhp with a weight-to-power ratio claimed to be better than that of the Aventador SVJ, achieved through extensive use of lightweight materials.

The Sian has a claimed a top speed of over 350 km/h so it will be able to keep up with any other Lamborghini model. More significantly, it lays claim to having the fastest acceleration of any production Lamborghini ever – 0 to 100 km/h in less than 2.8 seconds.

Advanced and world-first technologies
The energy accumulation technology is a world-first. Rather than a lithium-ion battery, there is an innovative supercapacitor application. This technology was pioneered originally in the Aventador but has been dramatically developed to store 10 times the power. It is 3 times more powerful than a battery of the same weight and yet 3 times lighter than a battery producing the same power.

The Sian incorporates a highly advanced regenerative braking system developed by Lamborghini. Thanks to the symmetric behaviour of the supercapacitor, which contrary to normal li-ion batteries can be charged and discharged with the same power, the energy storage system is fully charged every time the vehicle brakes. The energy stored is an instantly-available power boost, allowing the driver to draw immediately on increased torque when accelerating away, up to 130 km/h when the e-motor automatically disconnects, improving the elasticity manoeuvres and making it more than 10% faster than a car without this system.

A design heading for the future
The Sian’s design is visionary and futuristic as would be expected of a car that takes Lamborghini into a new era. Taking futuristic inspiration from the Countach, the Gandini line is evident in its profile, while the silhouette introduces new features such as the characteristic aero wings, giving the Sian an unmistakable profile. The iconic Lamborghini ‘Y’ shape can be seen in the NACA air inlets on the doors, glass elements are included in the engine cover, and the diagonal line features in the front bonnet, as in the Countach.

In the roof, the ‘Periscopio’ tunnel that originally incorporated a rear mirror in the Countach adds a bold feature that links with the slats of the rear engine cover and important elements contributing to the car’s aerodynamic efficiency.

“The Sian is a masterpiece in possibilities,” said Stefano Domenicali, Automobili Lamborghini Chairman & CEO. “Not only does the Sian deliver a formidable hypercar design and engineering tour de force today, it augments the potential for Lamborghini as a super sportscar brand for tomorrow and for decades to come, even as hybridization becomes more desirable and inevitably essential. With the Sian, Automobili Lamborghini demonstrates its dynastic strength as a legendary super sportscar brand for the future.”

63 units at US$3.6 million each
Like the Aventador SVJ 63 Roadster which we wrote about earlier, Lamborghini will produce and sell only 63 units of the Sian. The number has been chosen to commemorate the founding year of the company – 1963. Each of the 63 customers who have already paid their deposits will spend upwards of US$3.6 million (about RM15.2 million), the final price depending on the degree of customisation.

Click here for other news and articles about Lamborghini on PISTON.MY

10,000th locally-assembled Honda hybrid model delivered

Although many carmakers had prototypes running with hybrid powertrains consisting of an electric motor and a small internal combustion engine, Honda was among the first to mass-produce such cars and popularize them. Its first model, launched in 1999, was the Insight, a futuristic-looking 2-seater model that showed how the hybrid powertrain could reduce fuel consumption as well as emissions.

From then on, Honda kept improving its hybrid technology as well as working hard to make hybrid cars more affordable. Moving hybrid powertrains into mainstream models would boost volumes, enabling economies of scale that would push costs down and make hybrid cars cheaper for even more people to buy. Today, after 20 years, that objective has been pretty much achieved and hybrid powertrains are no longer a novelty or add significantly to the cost (although the battery pack is still a high cost).

*The first hybrid model introduced in Malaysia by Honda was the Civic Hybrid in 2004.*

Civic Hybrid was first model introduced
In Malaysia, due to the high import duties for completely built-up (CBU) models, hybrid models were expensive. The early ones were estimated to cost close to RM200,000, which would be very unattractive for anyone to consider. However, in 2004, Honda Malaysia made a special effort to introduce the technology in Malaysia and managed to get the price down to RM118,888 for the Civic Hybrid after negotiations with the government. The company also donated two units of the model to the Malaysian police force.

8 years later, Honda Malaysia made the decision to assemble a hybrid model locally at its own factory in Melaka. The timing coincided with the government’s offer to exempt hybrids and electric vehicles from import tax and excise duties between 2011 and 2013. Honda Malaysia chose the Jazz Hybrid which became the first locally-assembled hybrid model to be sold in Malaysia when it was launched in 2012.

*Roll-out of the first locally-assembled hybrid model in Malaysia at Honda’s factory in Melaka took place in 2012.*

RM4,900 less than CBU model
The locally-assembled version of the Jazz Hybrid was priced at RM89,900, insurance included, which was RM4,900 less than the CBU model that had been sold a year earlier. Honda Malaysia’s CEO & MD at that time, Yoichiro Ueno, remarked that it was unusual for a hybrid variant to be cheaper than its conventional equivalent and this only occurred in Malaysia due to the tax exemption.

Yesterday, Honda Malaysia delivered its 10,000th locally-assembled hybrid model to a customer in Kuantan, Pahang. It was a white City Hybrid purchased from Macinda Auto Sdn. Bhd by Saddam Hassan Bin Abdul Salim.

*Malaysia is the only country outside Japan where the Honda hybrid powertrains use an intelligent Dual-Clutch Drive (i-DCD).*

Jazz Hybrid accounts for 60% of sales
According to Honda Malaysia, the Jazz Hybrid accounts for about 60% of the 10,000 units on the road, while the City Hybrid accounts for about 34%. The remaining numbers are made up by the HR-V Hybrid, a recent addition to the line-up.

“This year marks the 15th year since Honda introduced Hybrid technology in Malaysia. Starting with the Integrated Motor Assist (IMA) technology to the intelligent Dual-Clutch Drive (i-DCD), Honda continues to focus on introducing Next Generation Advanced Technology innovations to the Malaysian market,” said Honda Malaysia’s President & COO, Sarly Adle Sarkum.

“I am delighted to witness the positive acceptance of Malaysians towards Honda Hybrid vehicles. Our line-up of Hybrid models cater to the different needs and lifestyle of our customers. We are honoured to have reached this 10,000 units of Honda CKD Hybrid sales which is a significant achievement as we have not only offered advanced Japanese technology but also the fun-to-drive element while maintaining its affordability.” he added.

*Honda’s locally-assembled hybrid models currently consist of the City, HR-V and Jazz.*

To locate a showroom in Malaysia to view or test-drive a Honda hybrid model, visit www.honda.com.my.

Click here for other PISTON.MY articles about Honda.

Polestar chooses 6 countries for initial launch

Polestar, the electric performance brand that is a spin off from former parent company Volvo, will be introducing its first ever vehicle to a select number of markets. The car will be offered with a subscription service to the U.S.A., China, Germany, Sweden, Norway, and the Netherlands.

Outlets called Polestar Spaces, will be launched in these countries, serving as showrooms for the general public. The spaces are expected to open by the middle of 2019 in these 6 chosen countries due to the high initial demand for the vehicle. That said, eventually, the Polestar 1 will be introduced to more markets across the globe.

When it was introduced in October, interest in the car was so overwhelming that approximately one customer per minute was registering their interest in being one of the first to receive it. Other than its performance credential, what’s makes the Polestar 1’s presence so extraordinary is the fact that it will only be offered with a subscription service.

That means that owners won’t be able to buy the car outright, instead they will pay a monthly fee that covers insurance, depreciation, collection and delivery for inclusive servicing, and various on-demand benefits as-and-when required. This will negate the need for hefty deposits, down payments and complicated insurance and bank loan applications.

Production for the Polestar 1 is expected to begin by mid-2019 in the automaker’s new state-of-the-art, purpose-built Polestar Production Centre in Chengdu, China. The highly anticipated car is a 2+2 Grand Touring Coupé with a 600hp Electric Performance Hybrid powertrain. Once launched, it’s bound to cause quite a stir in the industry.

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hybrid

McLaren Hyper-GT prototype reaches 403 km/h at Kennedy Space Centre

Four generations of hybrid power and still moving forward with technology

2020 Hyundai IONIQ gets better electric performance

2020 BMW X3 xDrive30e Plug-in Hybrid unveiled

New Land Rover Defender’s Mild Hybrid Electric Vehicle system provides ‘future-proofing’

Koenigsegg Sets New 0-400-0 km/h World Record! (w/VIDEO)

Polestar 1 production underway in Chengdu, China

Sian – Lamborghini’s first production hybrid super sportscar

10,000th locally-assembled Honda hybrid model delivered

Polestar chooses 6 countries for initial launch

McLaren Hyper-GT prototype reaches 403 km/h at Kennedy Space Centre

Four generations of hybrid power and still moving forward with technology

2020 Hyundai IONIQ gets better electric performance

2020 BMW X3 xDrive30e Plug-in Hybrid unveiled

New Land Rover Defender’s Mild Hybrid Electric Vehicle system provides ‘future-proofing’

Koenigsegg Sets New 0-400-0 km/h World Record! (w/VIDEO)

Polestar 1 production underway in Chengdu, China

Sian – Lamborghini’s first production hybrid super sportscar

10,000th locally-assembled Honda hybrid model delivered

Polestar chooses 6 countries for initial launch

Archive

Hyundai Unveils “Pleos” Infotainment System, Taking Aim at Tesla

Proton to Launch Integrated Tyre Services in Collaboration with Continental Malaysia

Brabus Opens Flagship Showroom in TTDI, 900 Rocket R Introduced

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Get Lost Transforms Iconic Lotus Elise S1 into Rally-Ready Project Safari

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