Category: General
Nissan And Mitsubishi Partner To Create Self-Driving Cars!
Posted by Group1 Nissan on 18 Dec 2024
Self-Driving-Cars
In an exciting move, Nissan and Mitsubishi have announced a new partnership to develop self-driving cars. It sounds like something out of “Back to the Future”, but the future seems to be on its way at rapid speed thanks to this collaboration, which is a major step towards a world where cars not only drive themselves but are also smarter, safer and better for the environment!
By combining their expertise in automotive technology, these two companies are paving the way for a new era of intelligent transportation.
Let’s take a look more closely.
What Are Self-Driving Cars?
Self-driving cars, also known as autonomous vehicles, are no longer confined to science fiction. These vehicles are equipped with advanced technologies that allow them to sense their surroundings, process data and make decisions in real-time, all without human intervention.
The Society of Automotive Engineers (SAE) defines six levels of automation. Nissan and Mitsubishi are working towards higher levels of autonomy, aiming to create vehicles capable of revolutionising our roads and cities.
Driving Sustainability Through Innovation
This shift towards autonomous mobility aligns with the broader global push for sustainability. The transport sector, responsible for nearly a quarter of energy-related CO2 emissions, is undergoing a revolution, thanks to international pressure.
The transition toward cleaner, technology-enabled systems is not just necessary — it’s urgent. Autonomous vehicles are central to this transformation. They promise a future where traffic is optimised, emissions are reduced and energy use is more efficient.
Electric vehicles, already at the heart of the global effort to reduce emissions, are a natural fit for autonomous technology. By 2030, it’s projected that there will be over 300 million EVs on the road, accounting for 60% of new car sales.
A Safer Future
Autonomous vehicles are not just about sustainability — they’re also about safety. Self-driving cars, with their ability to process hazards, detect pedestrians and avoid collisions, will make roads that much safer.
At the same time, they open up new possibilities for people with limited mobility, offering greater independence to individuals who may not otherwise be able to drive.
Challenges To Overcome
While the potential benefits of self-driving cars are immense, challenges remain. Public trust in autonomous systems needs to be earned, and regulatory hurdles must be addressed.
The infrastructure required to support autonomous vehicles, from intelligent traffic systems to widespread EV charging networks, will require significant investment.
Cybersecurity is another major concern, as connected systems are vulnerable to hacking and data breaches.
Nissan and Mitsubishi will need to address these challenges head-on as they develop secure and resilient systems that consumers can trust.
Driving Toward The Future
The partnership between Nissan and Mitsubishi represents a significant leap forward in the evolution of transport. It’s about more than just building cars — it’s about reimagining the future of automation.
By embracing advanced technologies and committing to sustainability, these companies are helping to create a future that is cleaner, safer and smarter.
For more Nissan-related updates, news and promotions, make sure to follow us on Facebook and stay connected as we move into this exciting new era of transport.
The post Nissan And Mitsubishi Partner To Create Self-Driving Cars! appeared first on Nissan Blog at Group1.
Nissan’s Groundbreaking Innovations In The Automotive Industry
Posted by Group1 Nissan on 09 Dec 2024
How Nissan Is Leading The Way In Automotive Innovation
Nissan has long stood at the forefront of automotive innovation, consistently pushing boundaries and setting new industry standards. From pioneering electric vehicles to developing cutting-edge autonomous driving systems, Nissan’s commitment to innovation has helped shape the future of mobility.
In this exploration of Nissan’s technological journey, we’ll dive into their groundbreaking achievements and latest vehicle innovation developments.
Electrification And Electric Vehicles: Leading The Charge
TheNissan LEAF, launched in 2010, marked a pivotal moment. As one of the first mass-market electric vehicles, it democratised electric mobility and has become one of the world’s best-selling EVs. This vehicle demonstrated that electric cars could be practical and accessible to everyday consumers.
Building on this success, Nissan’s innovative e-POWER technology represents a unique approach to electrification. Unlike traditional hybrids, e-POWER uses an electric motor for driving while employing a small petrol engine solely for charging the battery. This system delivers the smooth, instant acceleration of an electric vehicle while eliminating range anxiety.
Pioneering Autonomous Driving Technology
Nissan’s ProPILOT system is a testament to the company’s commitment to safer, smarter driving. This advanced driver assistance technology helps maintain distance from other vehicles, keeps the car centred in its lane, and can even navigate stop-and-go traffic. Available in models like the Nissan Rogue and Leaf, ProPILOT makes advanced autonomous features accessible to everyday drivers.
V2X Technology: Connecting Cars To The Future
Vehicle-to-Everything (V2X) technologyrepresents one of Nissan’s most forward-thinking innovations. This system enables vehicles to communicate with infrastructure, other vehicles, and the power grid. Nissan has been particularly active in developing Vehicle-to-Grid (V2G) technology, allowing electric vehicles to serve as mobile power storage units that feed electricity back into the grid during peak demand periods.
Revolutionary Developments
Nissan’s innovative spirit extends beyond powertrains and autonomous systems. The company pioneered the Around View Monitor, a revolutionary 360-degree camera system that transformed parking safety. Their development of super-hydrophobic paint technology also demonstrated their ability to innovate in unexpected areas.
Through theirAmbition 2030 initiative, Nissan has also committed to an ambitious vision of sustainable mobility. This plan includes expanding their electric vehicle lineup and working toward carbon neutrality across their operations by 2050.
Towards the Future
From the groundbreaking LEAF to advanced autonomous driving systems, Nissan continues to drive innovation in the automotive industry. Their commitment to making advanced technology accessible while prioritising sustainability positions them as a leader in shaping the future of transportation.
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Nissan’s Formula E Journey: Driving The Future Of EVs
Posted by Group1 Nissan on 02 Dec 2024
Nissan Formula-E Car
For Nissan, Formula E isn’t just a sport – it’s a proving ground for the future. In a world quickly accelerating towards greener pastures, Formula E stands out as a thrilling showcase of technology, sustainability, and competitive spirit.
This innovative motorsport mirrors Nissan’s commitment to a sustainable, zero-emissions world while driving advancements in electric vehicle (EV) technology. Let’s explore why Formula E is a game-changer for Nissan and why South Africans should take note.
Pioneering A Sustainable Future
Nissan’s participation in Formula E aligns perfectly with its bold goal of achieving carbon neutrality across its operations and product lifecycle by 2050. Formula E serves as an ideal platform for testing and refining EV technologies, contributing to a sustainable future.
As the first global motorsport certified with a net-zero carbon footprint, Formula E reflects a shared commitment to tackling climate change – a cause that resonates globally, including here in South Africa, where the impacts of environmental degradation are keenly felt.
Driving Innovation Through Technology
Formula E is not just about speed; it’s about pushing boundaries. Nissan’s electric racing vehicles harness cutting-edge battery technology and energy management systems. The lessons learned on the track are directly applied to the production of consumer EVs, like the Nissan LEAF and Ariya. These advancements lead to more efficient, reliable, and enjoyable electric cars for everyday use.
For South African drivers considering the leap to EVs, these innovations promise practical solutions for our unique needs. From extended range to enhanced battery durability, Nissan’s Formula E research translates into real-world benefits.
The Heroes Behind The Wheel
Behind every race car are exceptional drivers who bring these machines to life. Nissan’s Formula E team features Sacha Fenestraz and Oliver Rowland, two talented drivers who push their vehicles to the limit. Fenestraz, a rising star, set the fastest-ever Formula E lap at the Cape Town ePrix in 2023—a moment of pride for South Africans as the country hosted this prestigious event.
Rowland, a seasoned driver, has racked up impressive podium finishes and continues to contribute to Nissan’s success. Their feedback helps fine-tune vehicle performance under extreme conditions, bridging the gap between racetrack challenges and the demands of everyday driving.
Racing With A Purpose
Unlike traditional motorsport, Formula E is a power play where strategy trumps brute force. Drivers must manage their vehicles’ energy reserves with precision, making split-second decisions to gain the edge. This strategic approach mirrors the energy-conscious mindset encouraged by EVs, showing that sustainable driving can be exciting and impactful.
The low noise levels of Formula E cars – just 80 decibels – also make the races more inclusive, drawing families and city dwellers closer to the action. For a sport often perceived as distant, Formula E brings fans right into the heart of the competition.
Leading With Mind And Machine
Nissan’s Brain to Performance program takes driver training to the next level. By mapping the unique brain structures of professional racers, Nissan crafts customised training programs that enhance decision-making and reaction times. This human-machine synergy underscores Nissan’s commitment to excellence, benefiting drivers on the track and inspiring new possibilities for technology-enhanced performance.
Why Formula E Matters To South Africa
While Formula E races take place on international circuits, their ripple effects are felt globally. For South Africa, Nissan’s involvement in Formula E signals a commitment to sustainable mobility solutions, a critical need as we face rising fuel prices and environmental concerns. The technology refined in Formula E directly influences the EVs that are slowly but steadily making their way into local markets.
Moreover, South Africans had the unique opportunity to witness the 2023 Cape Town ePrix, placing the country on the global motorsport map and sparking conversations about electric mobility. This event wasn’t just a race; it was a reminder that we can be part of a cleaner, greener future.
A Vision For The Future
Formula E is more than a motorsport – it’s a movement. For Nissan, it represents a chance to redefine what vehicles can achieve. From reducing carbon emissions to inspiring EV adoption, the brand’s Formula E journey is a testament to its leadership in innovation and sustainability.
As South Africans, we stand to benefit from these strides. Nissan’s advancements promise a future where driving is not only eco-friendly but also exciting and rewarding.
Stay tuned to the Group1 Nissan blog for the latest updates on Nissan’s journey in Formula E and beyond. Here, we’ll keep sharing the exciting developments that make us proud to represent such an innovative and forward-thinking brand.
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Myths And Facts Surrounding EV Sustainability
Posted by Group1 Nissan on 28 Nov 2024
EV Model
Electric vehicles (EVs) are becoming more common in the car market today. Like any emerging technology, EVs have faced their fair share of criticism. However, the EVs on our roads today are significantly more advanced than those introduced five to ten years ago. Despite the progress in technology and infrastructure, outdated concerns about EV limitations are still being used as cautionary tales.
Let’s look at these misconceptions and see how car makers like Nissan are promoting sustainability to clarify the truths about EVs.
Myth: EVs Are Worse For The Environment Than Gasoline Cars
Fact: EVs Have A Lower Carbon Footprint Over Their Lifetime
A common myth suggests that EVs are more harmful to the environment than traditional gasoline cars. However, when considering their entire lifecycle—including manufacturing, usage, and disposal—electric vehicles (EVs) typically have a significantly lower carbon footprint.
Research published in ScienceDirect confirms electric vehicles generate much fewer greenhouse gases throughout their lifetime compared to internal combustion engine (ICE) vehicles.
For example, Nissan uses recyclable materials and renewable energy to actively cut emissions at every level of production. These efforts ensure that EVs are a greener choice from factory to road.
Myth: EV Batteries Are A Waste Problem
Fact: Batteries Can Be Recycled And Repurposed
Many people think EV batteries are thrown away after use, causing environmental harm. However, EV companies have created strong recycling and reuse programs. For instance, Nissan takes old EV batteries and puts them into energy storage systems, which gives them more use outside vehicles.
Moreover, new recycling technologies help recover important materials such as lithium and cobalt and cut down on waste and the necessity to mine for new materials. This approach supports a sustainable life cycle for EV batteries.
Myth: EVs Have Limited Range And Aren’t Practical
Fact: Modern EVs Offer Long Ranges And Extensive Charging Networks
For prospective EV purchasers, range anxiety—the dread of running out of charge—is a common deterrent. But this worry is getting progressively out of date. New EVs, like the Nissan LEAF, now have ranges over 320 km per charge, which works well for most daily drives.
Charging infrastructure is also evolving rapidly. Major economies worldwide are expanding their networks, and even emerging markets like South Africa are accelerating the rollout of EV charging stations. With fast chargers becoming more accessible, drivers can now recharge their batteries to 80% in under an hour. This means EV users no longer have to worry about running out of charge during long trips or getting stranded in remote areas.
Myth: EVs Are Only As Clean As The Energy Grid
Fact: EVs Are Cleaner And More Efficient Than Gasoline Cars
EVs depend on the electricity grid and some grids still use fossil fuels in certain regions. Nonetheless, EVs are generally more energy-efficient compared to traditional vehicles. According to Climate Champions, electric motors are better at converting energy than internal combustion engines which results in lower emissions.
As grids around the globe shift toward renewable energy, the environmental advantages of EVs will grow. Car manufacturers like Nissan are putting money into renewable energy for their production sites, which boosts the sustainability of making EVs. Upcoming technologies like the Vehicle-to-Grid (V2G) systems are set to further enhance the sustainability of Nissan EVs. V2G technology allows EV owners to return excess electricity back to the grid, potentially reducing annual charging costs by up to 50%. This innovation not only supports grid stability but also maximizes the use of renewable energy sources.
Prioritising a Sustainable Future
The false beliefs about EVs often stem from outdated information, but the facts tell a different story. As the automotive industry rapidly evolves towards sustainability, the gap between electric vehicles (EVs) and
traditional petrol vehicles is set to widen significantly. Nissan is at the forefront of this shift, demonstrating a strong commitment to electrification with its ambitious goal of becoming an all-electric automaker by 2030.
Nissan’s strategy includes phasing out internal combustion engine (ICE) vehicles and expanding its electric offerings, aiming for 40% of its sales to come from electrified models by the end of the decade.
Want to stay updated on Nissan’s journey toward a more sustainable future? Follow us on our Group1 Nissan Facebook page for the latest news, innovations, and updates on their groundbreaking EVs!
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Will Chery Bust The SA Bakkie Market? It Seems Likely…
Posted by Group1 Chery on 15 Nov 2024
New Chery Tiggo 4 Pro!
South Africa’s bakkie market is an arena few brands dare to challenge. Dominated by stalwarts like the Toyota Hilux and Ford Ranger, it takes a unique blend of rugged reliability, style, and innovation to make a mark. Enter Chery, a brand that has already impressed South African SUV buyers and is now eyeing the bakkie segment with its upcoming Chery KP11.
But can this new bakkie truly compete in a market as bakkie-crazy as ours? Let’s delve into the story behind Chery’s bold entry and why this ambitious move could disrupt the SA bakkie scene.
Chery’s Bakkie Vision
Chery isn’t new to the South African market, with its Tiggo range of SUVs turning heads and winning over fans. This success has spurred the automaker to explore other high-demand categories, and naturally, the bakkie market is an enticing target.
The Chery KP11 bakkie concept was first unveiled at Chery’s International User Summit in Wuhu, China. Although its debut was somewhat low-key, the KP11’s sleek design and rugged build clearly signaled that Chery’s designers had one thing in mind: a bakkie that could take on South Africa’s best.
Ready For South Africa’s Tough Terrain
The KP11 looks every bit the part, with strong, angular fenders, robust wheel arches, and all-terrain tyres. These aren’t mere design elements—they’re essential for taking on South Africa’s diverse landscapes, from urban streets to gravel roads and rocky trails. The monocoque chassis, derived from Chery’s SUV experience, promises smoother handling and added comfort.
This design choice, however, may divide opinion in our market, where ladder-frame chassis are often favoured for heavy-duty off-roading. Still, with Chery’s attention to off-road features, including ample ground clearance and reinforced bumpers, the KP11 aims to hold its own in rugged conditions.
Powertrain Options To Shake Up The Segment
Powertrain options are where Chery’s approach could be a game-changer. Rather than offering traditional diesel engines, which dominate the SA bakkie market, Chery has hinted at petrol and plug-in hybrid (PHEV) options. This shift reflects the brand’s long-term vision, possibly aligning with global moves towards electrification. Imagine a bakkie that not only handles tough terrains but also offers a quieter, more fuel-efficient PHEV mode for city driving—an enticing prospect as fuel prices continue to soar.
While diesel may be absent, the KP11’s power lineup isn’t lacking. It’s expected that Chery will adapt its robust 2.4-litre turbo petrol engine for this bakkie, delivering solid torque and performance. The PHEV variant could be even more thrilling, possibly drawing from Chery’s in-house technology seen in other models, offering substantial horsepower and torque without the emissions of traditional diesel. The choice to go hybrid could be Chery’s ace in the hole, positioning the KP11 as a forward-thinking, eco-friendly alternative in the South African market.
The KP11: A Lifestyle Bakkie With Global Appeal
Chery has its sights set on the lifestyle segment, an area where consumers want their bakkies to be as comfortable on city streets as they are capable of off-road. With styling cues from Chery’s sleek SUV lineup, the KP11 is designed to stand out with a modern, almost luxurious aesthetic.
The dual-cab layout, along with innovative features like LED lighting and a high-tech cabin, gives the KP11 an upscale appeal. The spacious interior and potential tech offerings—such as dual screens and advanced connectivity—align with South Africans’ growing demand for multi-purpose, tech-savvy vehicles.
And while the KP11 is the main attraction, Chery isn’t stopping there. They’re also considering a smaller, Tiggo Cross-based bakkie aimed at urban drivers who still crave the utility and style of a bakkie without needing the full one-tonne capacity. This “passenger pick-up” concept could cater to those looking for a more affordable, versatile option, making Chery’s bakkie lineup accessible to a wider audience.
How Will The KP11 Fare Against The Competition?
It’s no secret that the South African bakkie market is fiercely loyal to certain brands. However, Chery’s recent success in the SUV segment shows that South African buyers are open to exploring new options—especially when the value proposition is strong.
The KP11’s mix of durability, modern tech, and hybrid power options could attract a diverse audience, from urban professionals looking for a stylish, fuel-efficient vehicle to adventure-seekers who need a bakkie with off-road grit.
While rivals like the Toyota Hilux, Ford Ranger, and Isuzu D-Max have long held sway, Chery is banking on the KP11’s unique features to set it apart. In a market gradually warming to hybrids, Chery’s gamble on petrol and PHEV options could attract consumers looking to future-proof their vehicles, especially as more cities worldwide move towards green vehicle initiatives.
Chery’s Commitment To The SA Market
For Chery, this isn’t just about launching a new model—it’s a chance to make a lasting impression in a high-stakes market. South Africa’s love for bakkies is unmatched, and Chery’s investment in the KP11 reflects a deep understanding of this passion. The KP11 is being built with South African drivers in mind, with features and capabilities that aim to meet our diverse driving needs.
Chery has done more than just dip its toe into the South African market—it’s making strides to become a household name. From the highly successful Tiggo series to now potentially the KP11, Chery’s commitment to quality and innovation is setting it up as a serious competitor in the automotive landscape.
Stay Connected For The Latest On Chery’s Bakkie Adventure
The excitement around Chery’s new KP11 bakkie is only just beginning. If you’re as thrilled as we are to see where Chery takes this next chapter, be sure to follow Group1 Chery’s pages on Facebook. Stay connected with our Chery dealerships across South Africa to catch the latest news, release dates, and more insights into the KP11 and other Chery innovations. The bakkie market may be dominated by familiar names, but with Chery in the mix, South Africa could be in for an exciting shake-up.
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Renault Gears Up To Tackle Chinese Competition
Posted by Group1 Renault on 21 Oct 2024
Renault ready to address Chinese competition in EV market
The electric vehicle (EV) market in Europe is heating up, and Renault is more than ready for the challenge. As Chinese automakers expand their footprint in Europe, the French automaker is gearing up with exciting innovations, making waves in the industry with new research and development strides. At Group1 Renault, we’re thrilled to share the story of how Renault is taking the fight to the competition, with their sights firmly set on dominating the European market.
The Challenge From China
In recent years, the European car industry has witnessed a surge in the number of Chinese automakers entering the market, shaking up the status quo with affordable and well-designed electric vehicles. Brands like MG, now owned by China’s state-run SAIC Motor Corporation, are gaining ground with their hybrid and electric offerings. Chinese EVs have gained traction, providing stiff competition to legacy European brands.
But Renault is no stranger to competition. The automaker is rising to the occasion with bold steps, particularly in the EV space, proving that it’s more than capable of holding its own. In fact, Renault CEO Luca de Meo recently stated in so many words that the European market is “up for the challenge” and that Renault is leading the charge in ensuring European automakers continue to dominate.
Enter The Electric R5
One of the most exciting developments in Renault’s EV journey is the return of the iconic Renault 5 – this time, as a fully electric car. The new electric Renault R5 is central to the automaker’s plan to provide affordable, high-quality EVs that meet the needs of a growing market. This model aims to bridge the gap between legacy designs and modern EV technology, making it a key player in Renault’s strategy.
The R5 is more than just a nod to nostalgia; it represents Renault’s forward-thinking approach to electrification. With features designed for today’s eco-conscious drivers and pricing aimed at undercutting rivals, this EV is set to make a big splash when it hits the market. It’s clear that Renault is positioning the R5 as its ace in the hole as Chinese automakers expand their presence across Europe.
European Automakers Join Forces
While Renault is working hard to develop its own cutting-edge technologies, it’s also reaching out to other automakers for collaboration. One of the most notable potential partnerships is with Volkswagen. By sharing Renault’s Twingo electric platform, the two giants could benefit from economies of scale, helping them compete with low-cost Chinese rivals. This cooperation highlights Renault’s commitment to innovation, teamwork, and the desire to stay ahead in an increasingly competitive market.
Renault’s CEO is also advocating for a more flexible regulatory environment in Europe, particularly for smaller vehicles. This, he believes, would enable automakers to design and produce cost-effective cars that appeal to a broader audience. By pushing for regulatory changes, Renault is taking proactive steps to secure its place as a leader in the European EV market.
Chinese Automakers Aren’t Slowing Down
It’s clear that Renault has its work cut out. Chinese brands like MG and IM Motor, backed by Alibaba investments, are moving aggressively to expand their reach in Europe. With models like the MG3 hybrid already gaining popularity in the UK, and the IM Motor L6 luxury electric SUV set to launch soon, the competition is fierce. In fact, industry experts predict that by 2024, Chinese automakers could sell more than one million vehicles in Europe. This rapid expansion means that European automakers must continue to innovate to stay relevant.
The Future Looks Bright For Renault
Despite the mounting competition, Renault remains optimistic. The company’s focus on producing affordable, well-reviewed EVs is a testament to its dedication to staying at the forefront of the industry. With models like the electric R5 and potential partnerships with other European giants, Renault is not only keeping pace with its Chinese rivals but is also setting the stage for future growth. The electric vehicle race is far from over, and Renault is fully charged and ready to win.
At Group1 Renault, we’re excited about these developments and proud to represent a brand that’s not afraid to embrace the future. As the competition heats up, so does our commitment to providing our customers with the very best Renault vehicles. Whether you’re a fan of the classic Renault models or eagerly awaiting the arrival of the new electric R5, there’s never been a better time to be part of the Renault family.
Stay Updated With Group1 Renault
Want to stay in the loop on all things Renault? Follow Group1 Renault on Facebook for up-to-date news, exclusive offers, and the latest developments in Renault’s journey to tackle the Chinese competition head-on. The future of driving is electric, and Renault is leading the way!
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How AI Is Helping Nissan Achieve The Perfect Paint Job
Posted by Group1 Nissan on 10 Oct 2024
Nissan utilises AI to ensure each vehicle is painted perfectly
When choosing what car to buy, you can’t deny that a car’s paint job can make or break its appeal. Nissan understands that a car’s appearance matters and is now harnessing the power of advanced artificial intelligence (AI) and machine learning to swiftly spot and rectify any paint imperfections so that their paint jobs are impeccable.
Each Nissan vehicle is treated to nearly 7.6 litres of paint, meticulously layered with three coats: primer, base, and clear. However, even in a state-of-the-art facility, the potential for flaws remains. That’s where Nissan’s innovative AUTIS Surface Verification System comes into play. This cutting-edge technology has enhanced the detection of paint defects by nearly 7% at their Smyrna, Tennessee assembly plant.
Helping Technicians Work Better
AUTIS captures an astounding 15,000 high-resolution images of each vehicle immediately after painting. These images are then scrutinised to uncover any possible defects. Travis Fritsche, a paint process engineer at Nissan says, “The human eye can spot 85%-95% of flaws, but AUTIS identifies over 98%”. With such precision, Nissan is redefining the standard for automotive excellence, ensuring every car is a masterpiece.
When AUTIS finds a potential flaw, technicians can quickly check the images on monitors or special smartphones. This technology helps reduce eye strain and gives technicians more time to fix issues.
Rod Lynch, a new model paint engineer at Nissan, notes that “AUTIS is a tool to enhance their work, not replace it”. Since it started being used nearly three years ago, AUTIS has evaluated over 500,000 vehicles at the Smyrna plant and is also used in facilities in Canton, Mississippi, and Aguascalientes, Mexico.
Learning And Improving Continuously
One of the great features of AUTIS is that it learns over time. With feedback from technicians, the system improves its ability to spot defects like dirt, fibres, and craters. This growing database helps the team quickly identify flaws and improve their processes based on the type and colour of the vehicle.
While the paint is what people see, Nissan’s commitment to quality goes much deeper. By combining human expertise with advanced AI, Nissan ensures that their vehicles meet high standards of craftsmanship.
Looking for a Nissan vehicle? Browse our range of new and used vehicles here!
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New Nissan Models In The Pipeline: Exciting SUVs For Africa
Posted by Group1 Nissan on 27 Sep 2024
New Nissan SUVs coming to SA!
Nissan is gearing up to expand its presence in Africa with two new SUVs set to launch between 2025 and 2026. This announcement comes as the brand streamlines its vehicle lineup, reaffirming its commitment to the African market.
Nissan has confirmed that it will introduce three new products to Africa, focusing on two new SUVs. While these models will also be available in India and the Middle East, they will be manufactured in India, marking a strategic shift away from Chinese production.
The new SUVs are expected to fill the gap in Nissan’s current lineup, which includes models like the Magnite and X-Trail.
As Nissan’s Chairperson for Africa, Middle East, India, Europe, and Oceania, Guillaume Cartier, noted, the company aims to enhance its footprint across these regions. The upcoming models will likely be based on popular Renault and Dacia platforms, including the Duster and the forthcoming Bigster.
In addition to the new SUVs, Nissan plans to expand its offerings in the B-segment. The upcoming vehicles will utilise internal combustion engines, providing options for customers who may not yet be ready for full electrification. Nissan is also preparing to introduce its e-Power technology in Africa, which combines a petrol engine with electric power for improved efficiency.
South Africa’s Market Impact
The new SUVs will significantly impact the South African market, especially following the discontinuation of the Qashqai. This model’s exit has created a void these new SUVs will aim to fill.
With prices for the current lineup ranging significantly, these new models could offer more affordable options, bridging the gap between the Magnite and X-Trail.
Nissan South Africa has reassured customers that despite the discontinuation of the Qashqai, the brand remains committed to the local market and is evaluating opportunities for new products.
With the introduction of these new SUVs, Nissan will offer a diverse range of vehicles that cater to local needs and preferences. As we approach 2025, more details will emerge, revealing the full scope of Nissan’s exciting plans for the African automotive landscape.
Stay tuned for more updates on Nissan’s new products and developments by following us on Facebook.
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Nissan’s New Paint Technology To Lower Cabin Heat
Posted by Group1 Nissan on 15 Aug 2024
Nissan’s New Car Paint Will Help Keep The Cabin Cooler
Radiant cooling paint isn’t new, but it’s typically used for buildings and other structures. Nissan is bringing this innovation to cars for the first time.
A car with a comfortable cabin can turn your tedious daily drive into a pleasant treat. Whether you’re driving a budget-friendly economy car or a high-end luxury vehicle, advancements in cabin comfort and technology have elevated our driving experiences. Plush seats, advanced infotainment systems, and seamless connectivity are now standard in many cars, making even the most routine commute feel like a mini-vacation. But Nissan is raising the bar even higher by taking the concept of “cool” quite literally.
A Game-Changer In Vehicle Cooling
Developed in partnership with Radi-Cool, a specialist in radiative cooling products, this paint features embedded metamaterials; and synthetic composites with unique properties not found in nature. These materials are engineered to tackle one of the most common problems faced by drivers: excessive heat. The paint can reduce the temperature of a vehicle’s exterior by up to 12 degrees Celsius and the interior by up to 5 degrees Celsius when compared to traditional automotive paints.
Why is this such a big deal? Think about the last time you entered a car that’s been baking in the sun. The heat can be unbearable, and you might find yourself cranking up the air conditioning just to survive. By reducing the internal temperature of a vehicle, the paint minimises the reliance on air conditioning, which can significantly lower energy consumption. For electric vehicles (EVs), this means conserving battery power and extending driving range, while for traditional vehicles, it reduces the strain on the engine and improves overall efficiency.
Nissan’s cool paint technology stands out for its dual approach that keeps your car cool:
- The first particle reflects near-infrared rays from the sun, which would otherwise cause heat buildup.
- The second particle creates electromagnetic waves that counteract the sun’s energy, redirecting it away from the vehicle.
Together, this combination significantly cuts down on heat transfer, keeping the car cooler even after long periods of exposure to the sun.
Real-World Testing Of The Cool Paint Technology
Since November 2023, Nissan has been putting this technology to the test at Tokyo International Air Terminal at Haneda. The airport’s vast, sun-exposed tarmac offers a perfect environment for evaluating the paint’s performance under real-world conditions. The results so far are impressive as vehicles coated with Nissan’s cool paint show a significant reduction in temperature, even after being parked under the blazing sun for extended periods.
Dr. Susumu Miura, a key figure in Nissan’s Advanced Materials and Processing Laboratory, emphasises the importance of this innovation. “My dream is to create cooler cars without consuming energy,” Miura states. This vision aligns with Nissan’s broader goal of developing technologies that contribute to a more sustainable and efficient driving experience.
Looking Ahead
While the technology shows great potential, there are still hurdles to clear. The paint currently used is 120 microns thick, about six times thicker than standard automotive paint. The added thickness ensures durability and performance but also presents challenges in application and aesthetics.
To this end, efforts are underway to develop thinner versions that maintain the same cooling performance. Additionally, Nissan is exploring ways to expand the colour palette beyond the initial white, acknowledging that drivers have diverse preferences. While the initial focus will be on introducing this cool paint technology in commercial vehicles, such as delivery vans and long-distance trucks, there’s strong potential for it to become available for passenger cars.
Nissan’s cool paint technology hints at an exciting future for automotive innovation. For a glimpse into their cutting-edge vehicles today, visit Group1 Nissan. Check out models like the Nissan Magnite, X-Trail, and Patrol to see how Nissan’s commitment to comfort and efficiency can enhance your driving experience.
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Revving Up Innovation In Touchscreen Technology
Posted by Group1 Renault on 13 Aug 2024
Renault’s Touchscreen Technology Over The Years
As our daily commutes stretch longer due to increasing traffic, endless red lights, and deteriorating road conditions, we find ourselves spending more time in our cars than ever before. It’s no wonder that drivers today are on the lookout for ways to make those extra minutes or hours spent behind the wheel more enjoyable. Hence, a growing interest in better connectivity and in-car entertainment.
To meet this demand, car manufacturers are equipping their vehicles with advanced infotainment systems. Leading the way in this trend are touchscreen-based systems that are changing how we experience our time on the road. Today, even budget cars like the Renault Kwid have touchscreens. But how did touchscreen technology evolve to become such a central feature in our cars? Let’s take a closer look at how Renault has pioneered this transformation over the years.
The Early Steps: Developing Touchscreen Technology
Renault began exploring touchscreen technology around 2007, during the development of the Clio IV. At this stage, the idea of replacing traditional controls with touchscreens was met with some scepticism. Early models featured screens that were operated manually, using thumbwheels or joysticks giving access to basic features like music settings and navigation on a small screen. While these controls were functional, they were not as intuitive as touchscreens, which promised a more interactive and user-friendly experience.
The first significant milestone came with the launch of the Renault ZOE in 2012. This electric vehicle was one of the first Renault models to feature a R-Link multimedia touchscreen, alongside the Clio IV. The screen allowed drivers to control various functions such as navigation, audio, and vehicle settings, all from a central, easy-to-use interface. Simultaneously, Renault introduced a joystick with a multi-directional axis in the Scenic XMOD and Megane, providing an alternative method for navigating the system.
This set the stage for the widespread adoption of larger, more responsive touch screens across Renault’s lineup.
The Rise Of Vertical Screens
As touchscreen technology became more refined, Renault continued to push the boundaries. In 2014, they introduced a pioneering 8.7″ vertical touchscreen in the fifth-generation Renault Espace. This design was inspired by the growing popularity of smartphones and tablets, which conditioned users to interact with screens in a vertical format. The vertical screen offered a more natural way to view weather forecasts, maps and access menus, making it easier for drivers to navigate and manage in-car functions.
The transition to vertical screens marked a daring departure from the industry norm, where most car manufacturers were still using horizontal displays. Renault’s vertical multimedia touch screens quickly gained popularity and became a staple in their lineup, making their debut in the Megane IV (2016), followed by the Koleos II (2017), Clio V (2019), and Captur II (2019).
The OpenR Screen: A New Era Of In-Car Technology
Renault’s pursuit of comprehending and foreseeing user needs didn’t stop there. In 2022, they introduced the OpenR Link interface screen in the Megane E-Tech Electric, consisting of a 12″ vertical panel and a 12.3″ horizontal panel. This dual-screen setup, shaped like an inverted L, was a significant leap forward in in-car technology. The OpenR screen seamlessly integrated the driver’s display with the central multimedia system, creating a unified interface that was both functional, ergonomic and visually striking.
“With the OpenR screen, we wanted to centralise a single system into a single object. With a dedicated driving screen and a dedicated multimedia screen,” said Marc Pinel, Chief Designer of Vision Expérience, Renault. The OpenR screen also brought advanced features like smartphone connectivity, virtual assistants, and real-time information services into the car dashboard.
Renault continually pushes the limits of technology with touchscreens designed specifically for each model. As the French automaker continues to innovate, the focus is towards creating screens that are not only more advanced but also safer and more ergonomic. Future developments may include more integrated digital interfaces or even concealed screens that blend seamlessly into the car’s interior.
In-vehicle electronics have come a long way since the early days of manual controls. As we look to the future, the road ahead is filled with potential, and we’re eager to see where Renault’s journey of technological touchscreen evolution will take us as digital technology advances.
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