Three-cylinder engines in cars are nothing new; Daihatsu popularized the engine configuration in the late 1970s with its Charade and then it was widely used by Perodua. Since the 21st century began 20 years ago, manufacturers have been downsizing engines as one way to reduce fuel consumption. However, unlike those older small engines, today’s downsized engines have a lot of advanced technology to help them develop high outputs and run even more efficiently.
The HR10DET engine in the all-new Nissan Almera Turbo is a good example. It has a displacement of 1 litre but can generate up to 100 ps with 152 Nm. This is comparable to a 1.5-litre engine so the driver enjoys the benefit of a smaller displacement which will consume less fuel – without sacrificing performance, which was the case before.
Some of the features which helps the HR10DET engine, which has 3 cylinders, achieve its high output are 4 valves per cylinder for better breathing efficiency and two overhead camshafts in the cylinder head (DOHC).
Boost from turbocharger
A major contributor to the power output is the use of a turbocharger. Once found only in high-performance engines, the turbocharger is now commonly used for small engines to boost output and response. In the case of the Nissan engine, maximum torque is available between 2,400 and 4,000 rpm, a range that is frequently used in daily driving. With maximum torque available, overtaking can be done quickly and safely.
The turbocharger has an Electronic Wastegate which operates far more efficiently than a conventional mechanical wastegate. A sensor monitors compression levels and enables the wastegate to activate whenever necessary, allowing turbocharging to be maximized. As a result, turbo lag is virtually eliminated for strong acceleration when needed.
Cooling down the air
For a turbocharger to operate at its best, the air flowing through needs to be cool so it can be compressed as much as possible, maximizing the charge. For this reason, an intercooler is installed behind the front grille and effectively cools down the air.
Technology from GT-R engine
Friction robs an engine of power and engineers work hard to find ways to bring internal friction down. For the HR10DET engine, they drew on the Mirror Bore Coating technology from the legendary Nissan GT-R. Mirror Bore Coating technology can raise energy efficiency by reducing the friction significantly inside the engine.
Rather than inserting a cylinder liner, the technology uses molten iron sprayed onto the surface of the cylinder bore to form a layer of iron coating on the walls inside. This achieves a mirror-like finish that is exceptionally smooth, thereby bringing down friction levels.
Normally, the cylinder liner is 2 mm thick but with Mirror Bore Coating technology, the layer is just 0.2 mm thick, saving weight. The extremely thin layer allows better heat conduction which results in enhanced cooling performance and less engine knocking. The efficiency of the engine as a whole is improved, and fuel economy as well as engine power are enhanced.
D-Step Logic System
The powertrain of the Almera Turbo also includes a next-generation XTRONIC CVT with D-Step Logic System to improve shift feel and responsiveness. The D-Step Logic System is a computer program that uses dynamic inputs such as vehicle speed, accelerator pedal position and application speed to determine ideal gear ratios needed to provide smooth, constant acceleration.
Drivers will feel the shifting being like a conventional automatic transmission with a torque converter (which we can confirm after our short test drive) and with the flexibility and smoothness of a CVT. A Sport mode is available to gain stronger acceleration when required.
“The all-new 1-litre turbo engine is designed to meet our customers’ needs. It provides the highest level of fuel economy – up to 18.4 kms per litre – which can provide up to 650 kms on one full tank. The CO2 emission level has also significantly been reduced by 18% compared to its predecessor. making the All-New Almera Turbo even more environmentally friendly,” said Christopher Tan, Sales & Marketing Director of Edaran Tan Chong Motor.
Selected Nissan showrooms around the country are offering test-drives of the new model so you can experience for yourself the performance of the car. Visit www.almeraturbo.com.my to locate a showroom and by the way, when you take a test-drive, you could also win an Apple iPhone SE worth RM2,199.
For those who are planning to buy the new Nissan Almera Turbo, Edaran Tan Chong Motor (ETCM), has announced the availability and pricing of Optional Accessory Packages that consist of items customised for the new model.
There are 3 packages, priced from RM400 to RM2,750, and all the items come with a 3-year/100,000 km warranty. Even better, the cost of the package can be included in the H-P loan taken, so you pay for it in instalments as well.
The packages are shown below and include Protection Packages as well:
Combination leather upholstery with dark grey accents can be specified when ordering the new Almera Turbo.
Items can also be purchased separately
For those who prefer to buy just some of the items and not take a whole package, ETCM will also sell them separately although there are savings of up to 31% if you take them as a package. The individual items available are shown in the chart below:
The new Almera Turbo, with a small but advanced HR10DET turbocharged engine, is very different from the model it replaces. ETCM believes it can ‘Challenge All Beliefs’ with innovative technologies and features that will be appreciated by today’s buyers.
If you test-drive the new model (at selected Nissan showrooms), you could win one of 15 iPhone SE (128GB) smartphones worth RM2,199 each. To find out which showrooms have an Almera Turbo for viewing and test-drive visit www.almeraturbo.com.my.
Many of today’s electric vehicles (EVs) have a battery pack that can store a considerable amount of energy. The energy is used to power the electric motors that move the vehicle, but the battery packs can also be used as mobile power supply units in areas that have experienced natural disasters.
Nissan is exploring such an idea with the RE-LEAF, a working prototype based on its current LEAF EV. The RE-LEAF can be driven into a disaster zone and provide a fully mobile power supply for machinery or other equipment on-site used by rescue teams.
Electricity for all kinds of devices
Alongside modifications to navigate roads damaged or covered in debris, the RE-LEAF has weatherproof plug sockets mounted directly to the exterior of the vehicle. These can be connected to 110V to 230V devices which can be supplied electricity from the car’s high-capacity lithium-ion battery pack.
The integrated energy management system can run medical, communications, lighting, heating and other life-support equipment.
“We’re constantly exploring ways that electric vehicles can enrich our lives, beyond just zero-emission transportation,” said Helen Perry, Head of Electric Passenger Cars and Infrastructure for Nissan in Europe. “Concepts like the RE-LEAF show the possible application of EVs in disaster management and demonstrate that smarter, cleaner technology can help save lives and provide greater resilience.”
Real-world applications
Nissan developed the RE-LEAF to demonstrate the potential of electric vehicles in disaster recovery. Although it’s just a working concept, the technology is already being used in the real world. In Japan, Nissan has used the LEAF to provide emergency power and transportation following natural disasters since 2011, and the company has formed partnerships with more than 60 local governments to support disaster relief efforts.
Natural disasters are the biggest cause of power outages. A 2019 World Bank report found natural shocks and climate change caused 37% of outages in Europe between 2000 and 2017, and 44% of outages in the U.S. over the same period.
When a disaster hits, the time for electricity supply to be restored is typically 24 to 48 hours, depending on the severity of the damage. During that period, EVs can provide zero-emission mobile emergency power.
Portable power station
Acting as a portable power station, the latest LEAF e+ model with a fully charged 62 kWh battery pack can provide enough electricity to power the average European household for 6 days. As a disaster recovery vehicle, it can power multiple devices simultaneously for a period of up to 24 hours.
Some examples which use 230V power are an electric jackhammer, pressure ventilation fan, 10-litre soup kettle, intensive care medical ventilator, and 100W LED floodlight.
Once electricity is restored to the area, the EVs can then be recharged and provide zero-emission transport – up to 385 kms for the LEAF e+.
Nissan EVs can also act as mobile storage batteries to supply homes and society with electricity during non-emergency situations through Nissan Energy Share, creating a distributable energy model that can be used to help stabilize supply and demand.
“Electric vehicles are emerging as one of the technologies that can improve resilience in the power sector,” Perry said. “By having thousands of EVs available on standby, either as disaster support vehicles or plugged into the network through Vehicle-to-Grid, they’re uniquely capable of creating a virtual power plant to maintain a supply of energy.”
The latest Nissan LEAF EV is available in Malaysia. For more information, visit www.nissan.com.my.
The epitome of what driving pleasure is all about – the sportscar – will never go away. In spite of periods when the numbers declined and many carmakers decided that they could not afford the luxury of making such cars, the voices of the enthusiasts around the world (and also within the company) have brought back sportscars.
The Nissan Z is one such example. An icon among sportscars, it was among the first from a Japanese brand and it made a tremendous impact, especially in America where the biggest number has been sold in its 50-year existence.
The Z Car – past and present (top), and the future.
Other than a short break in the early 2000s when Nissan was recovering from financial difficulties, the Z has had a presence in the Nissan range with the generation on sale since 2009 being the sixth one.
Soon a seventh generation will be launched and it will be a totally new design with new technologies, as would be expected after a lapse of some 10 years. Nissan gave an online preview of the model – referred to as the ‘Z Proto’ for now – today from its base in Yokohama, Japan, with a clear promise that ‘the new Z is on its way’.
It wasn’t difficult to understand the excitement and passion of the original Z and earlier generations as many people involved in the project had memories of the sportscar and even owned it, including Nissan CEO Makoto Uchida, who introduced the Z Proto.
Past meets future
The design of the Z Proto was done largely in Japan and while feedback was considered from many markets, Hiroshi Tamura, Chief Product Specialist of the Z Proto, admitted that the comments of the Z community in America were influential simply because it is where the most Zs have been sold.
Given the heritage of the car, it’s only expected that the designers would constantly look back at past generations, especially the very first one, for inspiration and guidance. The long-nose silhouette, in particular, is a must for the Z but the retro theme is also combined with projected futurism.
“Our designers made countless studies and sketches as we researched each generation and what made them a success,” said Alfonso Albaisa, Head of Design at Nissan. “Ultimately, we decided the Z Proto should travel between the decades, including the future.”
Headlight with cover on the original Z (left) and the PROTO Z headlight (right) which mimics the reflections.
The shape of the bonnet and the canted, teardrop-shaped LED headlights are both unmistakable reminders of the original Z. “The LED headlights have two half-circles that hark back to the Japan market-only 240ZG of the 70s,” Albaisa explained. “The ZG had clear dome lenses over the headlight buckets, which under light give off two circular reflections over each headlight. We liked that unique characteristic and discovered that it naturally fit with the Z’s identity.”
The rectangular grille’s dimensions are similar to the current model with the addition of oval grille fins to offer an updated modern look. However, the link to the original Z is most striking when viewing the Z Proto from the side. The roofline flows from the nose to the squared-off rear to create a distinctive first-generation Z profile whose rear edge was slightly lower than the front fender height giving the Z its unique posture. The signature transition from the rear quarter glass to the low-slung position of the rear tail adds to the effect.
The rear takes inspiration from the 300ZX (Z32) taillights, reinterpreted for the modern world. Set within a rectangular black section that runs across the rear and wraps around the outer edges, the LED taillights convey a sharp glow.
Sharp-eyed readers may notice that the badge on the rear says ‘Fairlady Z’ and this could be a bow to the original legendary car. It might also be used for the future domestic model since the name does have a historical connection to the Japanese fans and owners.
Vintage touch, modern feel
The Z Proto’s cabin blends modern technology with vintage Z touches. The interior design team sought advice from professional motorsports legends to create an ideal sportscar cabin, both for road and track.
This can be seen in the Z’s instrumentation, a 12.3-inch digital display with all the information the driver needs to have. The tachometer is the dominant item with a digital speedometer and vital information is arranged to help the driver grasp it at a glance, such as the redline shift point at the 12 o’clock position.
It’s difficult to replicate the original steering wheel of the Z due to safety requirements but the designers have still tried to keep some vintage aesthetic. It is deeply dished and the driver has quick access to controls with switches on the left and right spokes.
Although digital display screens can be designed to provide the driver with all kinds of information and free up space on the dashboard, the designers have still retained that old-school sportscar look with three small round meters placed on top of the dashboard. In the Z Proto, these show boost pressure, turbocharger rpm and voltage although the ones in the production car might show other information.
Yellow accents are found throughout the cabin, including stitching on the instrument panel. The seats feature special yellow accenting and a layered gradation stripe in the centre of the seats to create depth. Incidentally, the bright yellow pearlescent paint of the exterior is a tribute to a popular paint scheme on both the first generation Z and the 300ZX (Z32).
6-speed manual gearbox lives on
Although the Z is about more than power increases, each new generation has nevertheless had a more powerful engine and the new Z can be expected to continue to provide punchy performance. “Z is a balance of power and agility,” said Tamura. “It is a vehicle that creates a connection with the driver not just on the physical level, but emotionally, and responds to the driver’s impulses.”
For this reason, Nissan will continue to offer a 6-speed manual gearbox. There’s usually not much to say about a manual transmission, unlike automatic transmissions which have constantly improved with advancements in electronic control technologies.
However, 12 years ago, Nissan did draw a lot of attention to its manual transmission in the new 370Z which had the world’s first synchronized downshift rev-matching system. Known as SynchroRev Match, the system blips the throttle just prior to downshifts and upshifts to match engine speed to the next gear. The result is a smoother transition which used to be only possible by drivers who knew about ‘heel-and-toe’. This feature should still appear in the new Z.
Will it be called ‘400Z’?
50 years ago, Yutaka Katayama – regarded as the ‘father of the Datsun Z’ – bravely removed the ‘Fairlady’ badges on the cars that arrived in America. The man in charge of Nissan’s subsidiary in America understood that ‘Fairlady’ (which was the chosen by Nissan’s President after he saw ‘My Fair Lady’, the play) was just not right for such a sportscar. So he chose something from the internal coding (Z432) and used just ‘Z’ to designate the new car. Which worked superbly and started a legendary line of sportscars.
The new Z will have the model code ‘Z35’ to follow the sequence that began in 1984 with the 300ZX. Rumours are that it will be badged ‘400Z’. Nissan does have a version of the VQ engine with a 4-litre displacement but this is designed for SUV applications so the ‘400Z’ would likely have an updated 3.7-litre unit as Nissan confirms it will be an ‘enhanced V6 twin-turbocharged engine’. Production is set to start next year so it would probably be in showrooms sometime in the second half of 2021.
With the environment so competitive, distributors need a regular flow of new models to keep drawing customers to showrooms. Those that don’t get new models after some time have to create ‘special editions’ to sustain interest after a few years and that can be challenging. Edaran Tan Chong Motor (ETCM) has been facing that sort of challenge for a long time as Nissan has been able to offer only a limited number of models for this market.
This year, that ‘dry season’ ends with a brand new Almera to replace the one that has been around for a long 8 years. The all-new generation is the fourth for the nameplate though in the Malaysian market, it is the second. Designated ‘N18’, it first appeared as the Versa in America in the third quarter of last year, and then in Thailand by the end of the year. Perhaps we would have got it earlier had it not been for COVID-19 shutting down the country for a few months, and forcing everyone to postpone their launches.
Pay more but get more for your money too
The new Almera Turbo is assembled at the Tan Chong plant in Serendah, Selangor and deliveries will start in October. ETCM is accepting bookings now for the model which will be available in three grades – VL, VLP and the VLT at the top – with estimated pricing between RM8X,XXX and RM9X,XXX. This is higher than the current 2-variant range which starts at RM66,000 and goes up to RM75,000+ (with exemption of 10% sales tax).
The increase in the price range would be justified by the amount of new tech that has been put into the Almera Turbo. Even though it is the entry-level model to the Nissan range in Malaysia, the list of equipment and features is impressive, particularly the driver assistance systems.
ETCM declares that the Almera Turbo VLT (the top version) for the Malaysian market is the best equipped in the region, which was not the case before. For instance, the cars sold in Thailand don’t have LED headlamps and their wheel size goes up to only 15 inches, whereas the Malaysian version is 16 inches with 205/55 tyres.
Joining the family in looks
The new car’s overall looks retain the profile of its predecessor but looks much more modern. At the front, the signature V-motion grille design unites the latest model with the rest of today’s Nissan family. The boomerang-shaped LED headlamps are also a familiar signature on Nissan models these days, providing another element of brand identification.
The styling treatment on the C-pillar follows that of the LEAF EV, creating a ‘floating roof’ sort of appearance. The rear end takes on a modern look with LED lighting units and for the top version, there’s also a discreet spoiler which helps lower the Cd to 0.284.
Dimensionally, the Almera Turbo is a bigger car than before – 70 mm longer and 45 mm wider – with a wheelbase that has been extended by 20 mm. This would improve interior space which was one of the strong points of the Almera when it was previously launched. The boot volume is 482 litres and the divided rear backrests can be folded down to expand the capacity by extending the length of the floor.
Intelligent and safe
Promoting Nissan Intelligent Mobility and Nissan Safety Shield 360, ETCM has packed more safety features into the Almera Turbo. All three variants get Intelligent Forward Collision Warning and Emergency Braking which can not only reduce accidents but should a collision occur, the pro-active action can help to reduce the damage.
There are up to 6 airbags installed at the front and sides and the usual Active Safety Systems – ABS, stability control, traction control, brake assist, etc – are present in all variants. ISOFIX points are also provided in the rear seats for two compatible childsteats.
For those who place safety as a high priority, what comes with the VL variant are features which were only on the more expensive Nissan and Infiniti models just 10 years ago. There’s Blind Spot warning (with the warning shown on the door mirrors as well as the instrument panel), Rear Cross Traffic Alert when reversing, and an Intelligent Around View Monitor.
The monitor gives a top-down view of the car to aid parking and it’s also possible to switch views to one of the four sides for a closer look at the surrounding. No more excuses not being able to park properly in a bay and getting photographed to be shamed! The system also has Moving Object Detection which alerts the driver when there are moving objects around the car.
Much of the information is shown on the instrument panel as well as the 8-inch full colour touchscreen in the middle of the dashboard. The new spacious ‘Gliding Wing’ instrument panel design has a combination of a conventional analogue speedometer on the right, and a variable display on the left. The driver can choose to show a tachometer, fuel consumption (average and historical) and warnings of other vehicles ahead or nearby. A coolant temperature bar can also be displayed for those who have concerns about the operating temperature.
The equipment list is as good as other rivals in the same segment and for the more expensive versions, ETCM has added leather upholstery, cruise control, leather-wrapped steering wheel and shift knob and automatic climate control. Pushbutton starting/stopping of the engine is standard and there’s also Apple CarPlay for smartphone connectivity.
152 Nm of torque from 1 litre
Under the bonnet is a Nissan HR10DET engine and this is a 3-cylinder unit with a displacement of 999 cc. This is big news because it’s a bold move for ETCM to choose a 1-litre engine (although they probably don’t have much choice as they must follow other ASEAN countries) instead of a bigger powertrain. The last time ETCM sold a 1-litre model was in the 1980s when it had the March hatchback.
Malaysians are still displacement conscious, never mind that with all the modern technology plus turbocharging, smaller engines now generate as much power – and even more – as larger engines. Many Malaysians still regard small displacement engines as being ‘weak’. Their first question would be ‘can go up Genting or not?’, the steep road up to the hill resort being a test of performance.
Perhaps it’s because of our fuel being priced low (with subsidies until early this year) that motorists don’t think too much of economizing on fuel costs. But in other countries, motorists are much more conscious and appreciate it when they can get lower fuel consumption and yet not have to sacrifice performance.
The 1-litre engine in the Almera Turbo produces 100 ps, just 1 ps less than the 1.5-litre engine of the outgoing model. But what is more impressive – and useful – is that it generates up to 152 Nm of torque which is 13 Nm or 9.3% more than the 1.5-litre engine. And where the maximum torque in the bigger engine was only available when it was spinning at 4,000 rpm, all 152 Nm is available from 2,400 rpm all the way to 4,000 rpm. This means that take-offs will be strong and overtaking will be quicker.
Over 40 years ago, when Daihatsu introduced the world’s first 3-cylinder, 4-stroke engine in its Charade, the 1-litre engine produced only 60 ps and 81 Nm. It was enough to give zippy performance with the light hatchback. Back then, fuel delivery was by a carburettor but today’s 1-litre engines have a turbocharger which boosts output significantly. The turbocharger in the Nissan engine also has an electronic wastegate, managing the high compression pressures efficiently to reduce turbo lag.
Multipoint electronic fuel injection (EFI) also helps deliver fuel more efficiently and while EFI, turbocharging and 4 vales per cylinder already boost output, the 67% higher output compared to a 1-litre engine in the late 1970s is also due to other technological advancements. For example, there is Mirror Bore Coating Technology – adapted from the mighty GT-R engine – which reduces friction internally.
So it’s really time to put away the negative perceptions about engine displacement and give attention to the output numbers instead. The displacement may be small but these modern engines like the HR10DET can provide performance comparable to bigger engines, and they will save you money.
ETCM claims that the Almera Turbo can go up to 18.4 kms per litre which means the full tank of 35 litres should be good for at least 650 kms.
First driving impressions
At today’s introduction to the new Almera Turbo, ETCM also offered the chance to get brief driving impressions around the Glenmarie area. It was certainly a welcome opportunity to check out the new engine powering the car.
The new Almera Turbo (front car) is larger and lower than the car it replaces.
I certainly remember what a 1-litre engine used to be like, having driven the old Charade back in 1977. Such small engines have also been used in Perodua models over the years and it is clear that they have improved, and with the Almera Turbo’s engine, the advancement is really quite impressive.
As expected, the car moved off the line with eagerness. The shifts were smooth with the next-generation XTRONIC CVT that uses a D-Step Logic System. This software-based system creates a feel of the CVT that is like a conventional torque converter transmission with linear progression. On occasions when the road slopes steeply, the transmission can be locked in low ratio for easier forward progress.
Although noise levels were reasonably low, that ‘motorboat sound’ typical of 3-cylinder engines could still be heard. It’s common with such engines and you get used to it. What’s more important is that the Nissan engineers have been able to overcome the vibration issues that are inherent in 3-cylinder engines. Even under hard acceleration, the engine was almost as smooth as a 4-cylinder unit.
Generally, the engine provides as much performance as most people would require. If you are law-abiding and do not venture over the highest national speed limit, 100 ps is fine. If you are in a hurry, you still have the high torque for safe and quick lane changes when there is a need overtake. There wasn’t a steep slope to check its climbing ability but I am sure that it will do ust fine. Definitely, this car will have no problems going up to the Genting Highlands resort.
If you want to find out yourself, ETCM starts the test-drive program for the public this weekend and next weekend at 18 showrooms around the country. And just for going on a test-drive in the Almera Turbo, you could also win a RM2,199 iPhone SE. To locate a showroom, visit www.nissan.com.my.
Nissan has been taking a beating in recent times, with its CEO being charged with financial wrongdoing and massive losses worsened by the COVID-19 pandemic. It’s getting to be like the 1990s when a steady decline in its business saw a debt of US$20 billion by 1999 putting it on the brink of bankruptcy.
The new management team is struggling to slash expenses worldwide, cutting at least 12,500 jobs globally by March 2023 and closing some factories. It’s almost like the early years of the Ghosn era when his ‘Nissan Revival Plan’ called for 5 factories to close with a termination of up to 21,000 jobs and 50% reduction in suppliers. Though criticised for his extreme measures, Ghosn turned Nissan around completely by March 2001 with a net profit of 331.1 billion yen.
Product development was naturally hampered by limited budgets; reduced sales could not generate enough revenue to effectively fund development of the next generations. But Ghosn kept morale high with the revival of the GT-R and also authorised continuation of the legendary Z sportscar, the former still a significant model 13 years after its launch.
Now, Nissan is doing the same thing with what looks like a new Z, and the prototype will be revealed to the world on September 15, 2020 at 7:30 pm in America (8:30 am on September 16 in Malaysia). The prototype could be the final form for the new sportscar which is rumoured to be designated ‘400Z’.
Typically, Japanese manufacturers show off a ‘prototype’ which is pretty much production-ready and then launch the new model within the next 12 months. If it was not something about to go into production, they would more likely call it a ‘concept car’.
Actually, Nissan already hinted at a new Z in May and a teaser video showed the silhouette of a sportscar (above). It had the characteristic long nose and as for what will be under the bonnet, probably a V6 from the current engine family that has won awards for years and years.
Remember the date: September 16 at 8:30 am in Malaysia.
Just as car models receive periodic refreshing and updates, so too do the brand identities and other elements of the retail side of the auto business. For authorised Nissan dealers in Malaysia, that time has come and dealerships are progressively switching to the new Nissan Retail Concept (NRC).
The latest is a Nissan 3S centre in Kota Bharu, Kelantan operated by newly appointed dealer, Edaran Nuri Sdn Bhd. With the new NRC, there is the promise of an improved customer experience and journey of Nissan brand. The exterior features iconic red Nissan tablet signage while the exciting ‘Nissan Drive’ sales and consultation areas greet customers with warmth and comfort.
Everything under one roof
The 3S Nissan Centre has a total built-up area of 12,260 square feet and its showroom can display up to 5 models simultaneously. Within the same site is a service centre with 3 bays which can handle up to 15 vehicles per day.
Additional facilities include a cafe-styled customer lounge, free wifi and kids’ area. As taking delivery of a new Nissan is a special occasion, there’s an exclusive delivery bay for customers to receive their vehicles.
“Customer satisfaction is our main priority, and it is important that we work closely with our dealer to serve our customers better. The Nissan Retail Concept is our commitment in providing customers with high quality services and after-sales offerings from the minute they arrive,” said Mr Christopher Tan, Sales & Marketing Director of Edaran Tan Chong Motor, the distributor of Nissan vehicles for over 50 years.
SOPs observed
Mr. Tan gave assurance that, in line with government Standard Operating Procedures to curb Covid-19, Nissan showrooms and service centres nationwide carry out temperature checking and social distancing for all staff and customers. Nissan staff wear face masks, while face masks, gloves and hand sanitizers are freely available to customers, if required. Frequent disinfecting is carried out at the showrooms and service centres throughout the day covering every touchpoint including display and test drive vehicles, as well as all customer vehicles before and after service. During this period, contactless payments are encouraged.
For more information on the Nissan network in Malaysia, visit www.nissan.com.my.
After investigation conducted by Nissan Motor Co. Ltd, Edaran Tan Chong Motor Sdn Bhd (ETCM) has been informed that approximately 4,001 units of Nissan Serena S-Hybrid (C26) manufactured in Japan between September 2012 and November 2013 need to be recalled. The vehicles that were imported and distributed by ETCM require reprogramming of the CVT control unit.
According to ETCM, only the imported CBU units are affected and the locally-assembled Serena that was subsequently introduced in November 2014 does not have the issue. The current locally-assembled Serena S-Hybrid (C27) launched in May 2018 and other Nissan models currently on sale are also not affected.
The work will be carried out by Tan Chong Ekspres Auto Servis (TCEAS) which has outlets nationwide. The reprogramming will take approximately 45 minutes and owners will not be charged for anything related to the exercise.
Owners of the affected MPVs will be notified directly by TCEAS by letter, SMS or Whatsapp. Selected TCEAS outlets have extended hours of operation and will service vehicles on weekends and public holidays as they are open 365 days a year. Owners are advised to call the nearest TCEAS outlet to make an appointment beforehand.
As vehicle ownership of some vehicles may have changed over the years, ETCM advises current owners of the model to call the Nissan Customer Care Centre toll-free line at 1800-88-3838 to find out if their Serena S-Hybrid is among those listed for recall action.
ETCM and TCEAS regret any inconvenience caused to owners and reaffirm their commitment to ensure customers’ safety, service and satisfaction are of the highest level.
Even though the COVID-19 situation continues, the Nissan Pavilion was opened today in Yokohama, Japan. The 10,000 sq. metre interactive centre to show off Nissan’s products and technologies, located near the company’s headquarters, will be opened until October 23, 2020.
“The Nissan Pavilion is a place where customers can see, feel, and be inspired by our near-future vision for society and mobility,” said Nissan CEO Makoto Uchida.
With its leadership in sales of electric vehicles (EVs), Nissan will naturally be focussing a lot of EVs at the Pavilion. And in a global first, EV drivers will be able to discharge power from their car’s battery pack to pay for parking while visiting the Nissan Pavilion. The payment system is just one of the many innovations customers can experience at the Pavilion, built to show how Nissan moves people to a better world.
Showcase of EV technologies
Other examples of EV technology having synergies with society will be demonstrated at Nissan Chaya Cafe, which operates on power supplied by Nissan LEAF EVs and solar energy. Visitors can also enjoy virtual experiences that allow them to feel the thrill of Formula E electric street racing or go for a ride in the all-new Nissan Ariya EV crossover.
Other innovations on show besides Nissan Energy technologies include the ProPILOT advanced driver assistance system as well as Nissan’s Invisible-to-Visible (I2V) technology, which combines information from the real and virtual worlds to assist drivers.
A Mobility Hub offers various services such as EV car-sharing and rental bicycles. Offered by Nissan and the local community, these services aim to provide increased freedom of mobility.
Nissan Energy
Nissan introduced the world’s first mass-market electric car, the zero-emission Nissan LEAF, in 2010. Since then, the company has partnered with governments and businesses around the world to expand the uses of EVs. The company’s Nissan Energy Share and Nissan Energy Storage technologies allow electricity from EV batteries to be stored, shared and repurposed, for instance by powering homes or businesses.
In Japan, Nissan has also entered agreements with local governments to use LEAF EVs as mobile batteries that can supply energy during natural disasters. In another partnership, the company is repurposing used EV batteries to power streetlights.
Logos or emblems are important and established companies pay particular attention to them because they identify the brand. Some logos may be used for decades but eventually evolve as times change – as what has occurred with the Nissan logo. It is a reimagination of the iconic Nissan brand logo for a new chapter, serving as a digital and physical trademark for a new generation of Nissan models.
Company founder Yoshisuke Aikawa followed the motto ‘Shisei tenjitsu o tsuranuku’ (If you have a strong belief, it penetrates even the sun) with Nissan’s logo. While keeping this essence alive, Nissan’s new logo reflects the significant changes in society over the last two decades.
The new logo points to the future and at the same time looks proudly at its rich heritage, at the tradition shaped by innovations, at milestones and successes back. The company name remains in the centre of the logo and thus underlines the recognition value.
Nissan’s 20-year old logo (left) will now be replaced by a new one (right).
The design process
The development of the new logo began in mid-2017 when Alfonso Albaisa, Nissan’s Senior Vice-President of Global Design, began to study potential changes to Nissan’s logo and brand identity. He set up a design team led by Tsutomu Matsuo, Deputy General Manager of Nissan’s advanced design department, to study everything from a subtle evolution to a complete reinvention. Albaisa offered the keywords ‘thin, light and flexible’, and set Matsuo and his team on their journey.
“Inspiration was drawn from breakthroughs in science, technology and connectivity… how these have brought fundamental changes to our customers,” said Albaisa. “As you can imagine, visions of digitalization started swirling in our heads.”
Over the next two years, the team sketched and plotted several versions, always keeping Aikawa’s directive words in mind: “be passionate, be an innovator, be a challenger.”
The team needed to consider several variables, including an early decision for the logo to be illuminated on upcoming all-electric models. This presented technical challenges, such as gauging the thickness and contour of the logo’s outline to ensure a crisp impression when lit and, of course, compliance with government regulations for illuminated elements on cars. The logo also needed to make a strong impression when not illuminated, such as when it appeared digitally or on paper.
The result after countless sketches and several mock-ups was a logo with a two-dimensional character. It looks more designed than crafted and is therefore flexible enough for different areas of application. The Nissan designers first started three-dimensionally with the illuminated brand emblem before the 2D model was finalized.
Reflecting Nissan’s change
With the redesign, the edgy, industrial look was transformed into a finer, more familiar and digitally friendly model. This change also underlines the Nissan development from a traditional automobile manufacturer to a mobility service provider.
“The new Nissan logo communicates our guiding message, carried over from past iterations: If you have a strong, determined belief, it can even penetrate the sun,” said Matsuo. “At Nissan, this strong belief in the power of achievement has never wavered and can be seen in our pioneering efforts in electrification, driver assistance and digital connectivity. Our logo has to convey all of this in just a glance, to show our commitment to our customers, employees and society.”
Start of a new era
The new logo is introduced this month, both in digital and physical forms. All of Nissan’s electric vehicles will feature an exclusive illuminated logo lit by 20 LEDs (corresponding to the number of years between logo redesigns), a prominent visual reminder that Nissan is driving towards an electrified future. The first model with the new emblem is the all-electric Ariya crossover SUV unveiled recently.
New all-electric Ariya crossover SUV
This will be followed by the new logo being incorporated widely, from stationery letterheads and dealership signs to social media and digital advertising. Different versions allow flexibility for different communication needs.
In certain digital and video applications, the logo even becomes ‘alive’, ‘pushing’ itself against various backgrounds and pulsating. The logo thus reflects today’s constantly changing environment and the flexibility required to be exciting, relevant and fascinating stay.
At Nissan dealerships, the new logo will first appear on displays and screens. The conversion of the outdoor signs and the showrooms to the new visual identity of the brand will start in November 2020. The new Nissan logo will be visible on the outside on a simplified slim tablet above the entrance. The characteristic dark gray paint can only be found on the main facade and visible side facades and the signpost is no longer required.
Visit www.nissan.com.my to know more about the Nissan models available in Malaysia.
