terça-feira, 10 de fevereiro de 2026

 

ZASTAVA


1991 Yugo Sana 1.4 GL

The 1991 Yugo Sana 1.4 GL (also known as the Zastava Florida) was a budget-focused, Giugiaro-designed hatchback with a Fiat-derived 1.4L engine producing ~70-74 hp. While offering surprisingly spacious, comfortable seating and good fuel economy, it suffered from poor build quality, fragile plastic trim, and significant rust-proofing issues, though it offered better performance than earlier, smaller-engined Yugo models.

Originally conceived as a shortened version of the Fiat 128, the Yugo began mass production in 1980. The Zastava Koral IN, a restyled model, was marketed until 2008, when production of all Zastava cars ceased. Between 1980 and 2008, more than 794,000 Yugo units were produced in total.

The Yugo was marketed in the United States from 1985 to 1992 by Malcolm Bricklin, who commissioned Jerry Puchkoff to design and produce the introduction and market launch of the Yugo in 1985, with a total of 141,651 units sold, peaking at 48,812 in 1987 and falling to 1,412 in 1992. Despite moderate success during its run in the United States and several other export markets, it was criticized for its design, poor safety and reliability,[2] although the car also gained a loyal following.

Performance and handling(below):

Engine: The 1.4-liter engine provided decent acceleration for its class, making it capable of keeping up with modern traffic.

Driving experience: The 5-speed gearbox was often described as vague or "floppy". The handling was generally considered adequate, but the ride was rudimentary.

Top speed: Approximately 99 mph 

by Autonews


KARMA


Karma’s new hypercar will use a factorial battery

Karma Automotive, the company that emerged from the remnants of Fisker Automotive, recently finished production of its Revero model and is now turning its attention to a much more ambitious project.

In late 2023, the American brand unveiled the Kaveya, an electric coupe that competes with hypercars, and to bring it to life, it is teaming up with a local solid-state battery manufacturer.

That partner is Factorial, a solid-state battery company that has close ties to several global OEMs, including Mercedes-Benz, Hyundai, KIA, and Stellantis. Their technology will form the basis of Karma’s new electric platform, which will debut in the Kaveya.

Technical specifications for the battery pack are not yet known, but Factorial’s proprietary FEST (Factorial Electrolyte System Technology) solid-state design is designed to be compatible with current lithium-ion battery production lines.

Up to 80 percent of the same manufacturing equipment can be reused, which could dramatically reduce costs and speed up implementation. For a small-scale manufacturer like Karma, that’s a key advantage.

Karma President and CEO Marques McCammon said last year that Karma delayed the launch of the Kaveya because “it didn’t yet see a clear path to fully delivering the uncompromising driving experience that is expected from an American ultra-luxury vehicle company.”

Thanks to the partnership with Factorial, the solid-state battery will offer better efficiency and longer driving range compared to traditional lithium-ion batteries. When the Kaveya was first introduced, it was supposed to use a 120 kWh pack with a range of more than 402 kilometers. Most likely, the new solid-state pack will be smaller and offer a longer range.

"Launching our first U.S. passenger vehicle program with Karma is a significant milestone for Factorial. FEST is built to measure, and this milestone not only highlights the power and performance that solid-state technology can deliver, but also underscores the global leadership of U.S. technology innovators. High-performance luxury vehicles require cutting-edge innovation, and this collaboration demonstrates what's possible when performance leads," said CEO Siyu Huang.

Karma has already outlined some of its performance goals for the Kaveya. The two electric motors will combine to produce a combined output of 1,196 horsepower and 1,720 Nm of torque. That should be enough to propel the car from zero to 62 mph in under 3 seconds, with a top speed in excess of 180 mph.

Factorial Energy is a US startup developing next-generation solid-state batteries, primarily focused on electric vehicles (EVs). Its technology promises to solve the biggest bottlenecks of current EVs: limited range, slow charging times, and fire risks.

Key technologies...The company works with two main platforms(below):

-FEST® (Factorial Electrolyte System Technology): A "quasi-solid-state" battery that uses a solid polymer electrolyte and a metallic lithium anode. It is compatible with up to 80% of existing lithium-ion battery manufacturing equipment, facilitating large-scale production.

-Solstice™: An all-solid-state technology developed in partnership with Mercedes-Benz, designed to be even lighter and safer.

-Gammatron™: An AI/Machine Learning-based platform used to accelerate the development of new materials and optimize cell health.

Factory Energy...Performance and advantages(below):

-Giant Range: In real-world tests, a Mercedes-Benz EQS prototype equipped with Factorial cells traveled over 1,200 km (745 miles) on a single charge.

-High Energy Density: Reaches approximately 375-391 Wh/kg, significantly higher than the 250-300 Wh/kg of conventional batteries.

-Fast Charging: Can charge from 15% to 90% in just 18 minutes.

-Durability: Smaller prototypes have already demonstrated resistance for over 2,000 charge cycles, which can double the average lifespan of an electric car.

Partnerships and Launch...Factorial has investments from industry giants, including Stellantis (owner of Jeep, Dodge, and RAM), Mercedes-Benz, and the Hyundai/Kia group.

Dodge Charger Daytona: Should be one of the first vehicles to test the technology in a demonstration fleet in 2026.

Karma Kaveya: The Karma Automotive supercar is scheduled to launch in 2027 using FEST® batteries.

Autonews

segunda-feira, 9 de fevereiro de 2026

 

NISSAN


Nissan LEAF is the most reliable used electric car for Britans

Now well into its prime, the Nissan LEAF has been named the most reliable used electric car in the UK, according to a comprehensive analysis by Warranty Solutions Group.

The research, which covered 1,000 real-world repair requests in 2025, found that the LEAF had an impressively low failure rate of just 1.52%, making it a safe choice for electric vehicle buyers. Nissan's electric model has already achieved this title in the Brazilian market, according to Index.hr.

James Taylor, Nissan's UK market director, said: "This research uses feedback from real customers on the reliability of their cars and demonstrates the consistent quality of the Nissan LEAF."

The LEAF was first introduced in 2011, and production began in Sunderland, UK, in 2013. The second-generation model arrived in 2018, while the latest model with a range of up to 620 km was introduced last autumn.

Martin Bajni of Warranty Solutions Group stressed that "the LEAF's long-established electric powertrain, simple engineering and proven durability have contributed to its outstanding reliability."

The Nissan LEAF has again been named the UK's most reliable used electric car, following a comprehensive study of electric vehicle (EV) repairs across the country.

Repair costs remain a concern...Binnee noted that while some EVs demonstrate strong reliability, repair costs can be significant when faults do occur. Premium models and vehicles with complex electrical and thermal systems tend to carry higher repair bills.

“For consumers, this means looking beyond fuel savings and factoring repair severity into the total cost of ownership,” Binnee said. “For dealers and warranty providers, it reinforces why EV-specific warranty cover is no longer optional, but essential to protect customers and maintain confidence as electric adoption continues to grow.”

Industry context...James Taylor, Managing Director of Nissan GB, pointed to the survey’s real-world methodology as a key differentiator. “This survey uses feedback from real-world customers about the reliability of their cars, and it shows consistently strong performance from the Nissan LEAF,” Taylor said.

Nissan employs around 7,000 people across the UK. Its operations include a design center in London, an R&D engineering center in Cranfield, and the Sunderland manufacturing plant. Sunderland is the UK’s largest single car plant.

The analysis by Warranty Solutions Group took in a sample of 1,000 real-world repair claims paid by the company on EV warranties issued between January and December 2025. The resulting data highlights significant differences in both fault rates and repair costs across the UK's most popular electric models – offering valuable insights for drivers and dealers alike.

The Nissan LEAF topped the reliability rankings with an impressively low claim rate of just 1.52 per cent, making it a reassuring choice for EV buyers seeking peace of mind.

James Taylor, managing director of Nissan GB, said: "This survey uses feedback from real-world customers about the reliability of their cars, and it shows consistently strong performance from the Nissan LEAF.

"For customers new to this technology and perhaps considering an electric vehicle purchase for the first time, knowing it is going to be reliable is very reassuring. We know our customers love LEAF, so it's great to see this reflected in this reliability survey too."

The ground-breaking Nissan LEAF was first launched in the UK in 2011, with UK production starting in Sunderland in 2013. The second-generation model, featuring more technology and increased range, arrived in 2018. This means there's plenty of choice of used models for customers, making it an accessible route into EV ownership.

Meanwhile, the all-new model – feauring a range of up 386 miles on a single charge – arrives in Nissan showrooms across the UK imminently. Proudly built in Britain, the new car also qualifies for the full Electric Car Grant discount of £3,750.

Martin Binnee, Operations Director of Warranty Solutions Group comments: "The Leaf's long-established electric drivetrain, straightforward engineering and proven track record for durability have all contributed to its standout reliability, continuing to translate into dependable ownership and fewer faults."

Warranty Solutions Group (WSG) is the UK's fastest-growing warranty and aftersales specialist, providing bespoke warranty, insurance and data solutions for dealer groups, independent dealers and OEMs.

Martin added: "While some EVs are proving extremely reliable, when faults do occur the cost of repair can be significant - particularly for premium models and vehicles with advanced electrical and thermal systems."

"For consumers, this means looking beyond fuel savings and factoring repair severity into the total cost of ownership. For dealers and warranty providers, it reinforces why EV-specific warranty cover is no longer optional, but essential to protect customers and maintain confidence as electric adoption continues to grow."

Autonews


SKODA


Škoda Epiq

The Škoda Epiq design study features a sculpted bonnet bearing a new Škoda wordmark. Its Tech-Deck Face in glossy black is a modern reinterpretation of the familiar Škoda grille and houses electrical devices like the distance radar and the front camera. The Tech-Deck Face is flanked by bifunctional, T-shaped LED elements for the daytime running lights and indicators. The front headlamps are in a lower, secondary position. Their light modules have a cubist-inspired design and feature Matrix LED technology. The robust front bumper comes with a striking spoiler painted in Unique Dark Chrome.

The side view is characterised by a high, sweeping tornado line that visually separates the greenhouse from the rest of the body and emphasises the car’s powerful shoulders. The wheel arches below are picked out with a striking trim and house aerodynamically optimised wheels. The low, gently sloping roof line merges into a roof spoiler for optimal aerodynamic efficiency. The rear also features a robust bumper and Škoda lettering in Unique Dark Chrome on the tailgate. The minimalist look of the Škoda Epic design study is underlined by the matt metallic paintwork in bright Moon White. Flashy Orange detailing on the roof rails and the wheels as well as on the front and rear bumpers add visual interest.

The Škoda Epiq will be the first production vehicle to feature a minimalist Modern Solid interior focusing on durable, practical and sustainable materials. It has an open storage compartment that includes a wireless mobile phone charger in the free-floating centre console as well as Simply Clever compartments for even more storage options. The boot also benefits from some of the brand’s hallmark Simply Clever details such as bag hooks, cargo elements, fastening hooks and a hidden underfloor compartment.

The two-spoke steering wheel showcases the new Škoda lettering as well as physical buttons and haptic scroll wheels with Flashy Orange accents to control key functions while driving. The mobile digital key enables a wide range of interactions via the customer’s smart device, thus enhancing the user’s digital experience. This underlines the consistent customer focus of Škoda’s “mobile first” approach designed to make drivers’ everyday lives easier. The Škoda Epiq also supports bidirectional charging, transforming the car into a rolling energy storage unit that can feed excess electric energy into the customer’s home and other appliances.

The Škoda Epiq, battery-electric city SUV crossover, due to be unveiled in 2025, will cost around 25,000 euros. At 4.1 metres in length, it will feature a spacious interior and up to 490 litres of luggage capacity. The vehicle will fully incorporate the powerful, functional and authentic new Modern Solid design language – inside and out - and offer a maximum electric range of more than 400 kilometres. This will be complemented by a flawless digital experience, with new technologies and assistance features.

by Autonews

 

RENAULT


New CEO of the Renault Group strengthens partnerships to accelerate growth

After beginning his career at the French Ministry of Economy and Finance, François Provost joined Renault in 2002 and, between 2005 and 2008, took over the leadership of Renault-Nissan in Portugal. This was followed by Russia, South Korea, and China, and he was chosen to succeed Luca de Meo on July 30, 2025, as CEO of the Renault Group, which also includes Dacia and Alpine. In a particularly difficult period for European industry, Provost must maintain the course in electrification, improving efficiency and competitiveness to grow in the Old Continent, while pursuing increased sales in certain international markets, anchored in strategic partnerships. Participating in a roundtable discussion with the French manager allowed us to learn about the strategy that has led the group to this point, as well as whet our appetite for the news of the coming years, which will be announced on March 10th, at Strategy Day.

Provost began by pointing out that the goal is to continue growing in Europe, but also in South Korea and India. While in South Korea, whose drivers appreciate larger vehicles, they launched the Filante, a top-of-the-line SUV designed on a Geely platform, in India they launched the Duster, not as an affordable SUV, but as a more luxurious offering aimed at the country's growing middle class. The ambition regarding India is evident, where the group has a technical team of engineers working on product development and a factory to manufacture them, but South America has not been forgotten either, especially since Renault has manufacturing facilities in Brazil, Argentina, and Colombia. However, to attack the markets in the region, especially the Brazilian one, and to counter the growing presence of Chinese manufacturers, the French manufacturer has chosen to join forces again with Geely.

Asked if the Renault Group is large enough to invest what is needed in the global market, the new French CEO explained that "Renault only invests in markets where it is large enough to succeed," although he says he does not believe that "size alone is the determining factor for the group's success." Provost prefers to "bet on agility, speed of analysis and reaction capacity," which leads him to stay away from other Asian markets, including China, where "the level of investment is tremendous and for which we lack the size." As for Europe, South Korea and South America, the manager assures that "the Renault Group is the right size to face the competition and be competitive," these being the markets in which the brand intends to grow.

Asked about Geely's entry into the European market, Provost admitted that it is just another competitor they know well, since the Chinese group is one of Renault's partners in Horse, a division dedicated to manufacturing vehicles with combustion engines, hybrids, and plug-in hybrids, in which the French have as partners, in addition to Geely, the Saudi oil company Aramco. The partnership with Geely is active in the South American and South Korean markets, with Provost recalling that this association is specific to certain countries and welcoming the fact that the Chinese group has "a type of mentality and a business approach similar to ours." The combination is relatively simple, based on the fact that Geely has the platforms and Renault the necessary ecosystems, thus ensuring engineering and production infrastructure in the countries where they operate.

If there's one sector within the Renault Group that fills François Provost with pride, it's Ampere, the division responsible for the development and production of electric vehicles. The CEO points out that they are "the only non-Chinese manufacturer to have designed an electric vehicle from scratch in just 21 months," highlighting that "this proves the group's agility" and leads to a consequent reduction in costs. Provost admits that Ampere allowed the group to catch up with the competition that was more advanced in electric car technology, especially in relation to Chinese manufacturers. And, among the most tangible advantages, the manager highlights "the ability to change batteries in just 12 months," as well as "offering a second battery in all electric models with LFP chemistry and cell-to-pack technology," which makes them lighter, safer, and cheaper, in addition to being 70% more efficient.

According to the CEO, Ampere is also synonymous with progress in terms of software, an aspect that is increasingly valued by customers. "Ampere has allowed us to be the first in Europe to offer a Software-Defined Vehicle, in which it is the software and not the hardware that allows you to activate, manage and update its systems and functions," Provost highlighted, referring to the Flexis vans — designed in collaboration with the Volvo Group (trucks, work machinery and marine equipment) and the logistics company CMA CGM — which will give rise to the new electric Trafic, Estafette and Goelette vans, scheduled to start arriving on the market in the second half of 2026.

The Twingo project is another global example of technology developed by Ampere to generate competitive electric cars, which, in addition to Renault, Nissan and Mitsubishi are also using in their models, with Ford joining this group of customers of the French group, confirming the validity of the work carried out by Ampere. And, recalling that an Initial Public Offering (IPO) of Ampere was initially planned, the CEO confessed that "now that the decision has been made not to proceed with the IPO of Ampere, the plan is to adapt the mindset of this innovative company to the rest of the Renault Group."

The topic of the higher prices of electric vehicles compared to their combustion engine competitors was also discussed, with Provost admitting that "electric cars are indeed more expensive" and partly blaming the European Commission for this. "The obligation to install more and more safety and driver assistance systems continually raises the prices of new cars," he argues. And, to leave no doubt, the manager gives an example: "This over-regulation means that Europe will require the adoption of 108 more new systems and devices by 2030," which will further increase the production costs of new cars, as well as their price.

With a range of battery-powered vehicles comprising the Megane and Scenic, which in 2025 was reinforced with the introduction of the R5 E-Tech and R4 E-Tech and which in 2026 is preparing to house the Twingo, it was necessary to know whether electric vehicles are already a source of revenue for the French brand or whether, on the contrary, they are still unprofitable. François Provost clarified that "electric vehicles are already profitable, but not yet as much as models equipped with combustion engines." The head of the French group also stated, "without wanting to reveal secrets," that "the R5 E-Tech is more profitable than the Scenic launched just two years ago," recalling that "Ampere aims to reduce the costs of battery-powered models by 40%, with the objective of launching an electric vehicle on the market for the same price as a similar combustion hybrid model."

Regarding Europe's retreat from reducing CO2 emissions from engines sold in EU countries from 100% to 90%, opening the door for the continued sale of hybrid and plug-in hybrid models after 2035, especially those powered by synthetic or lower-carbon fuels, the CEO of the Renault Group expressed satisfaction that the European regulator has finally "realized the urgency in rectifying the regulations to prevent the decline of the European automotive industry." On the other hand, "the measures applied are insufficient," believes Renault, with its CEO agreeing with German automakers who argue that electric vehicles are not selling because there are not enough chargers available, which discourages potential customers. 

Provost also supports the Germans' demands, who want the Commission to make life easier for larger cars with plug-in hybrid powertrains and high-capacity batteries, as well as vehicles with range extenders, where a small gasoline engine serves only to produce energy to be stored in the battery, which in turn powers the electric motor that moves the car. The French manager admits that it doesn't make much sense to equip large cars with 100 kWh batteries, which increases the weight to almost 3 tons, but for small and compact cars, batteries are already viable and competitive.

Renault Clio and Megane banned in Germany...The Germans have decided that some of Renault's best-selling models in the country are illegal. The court responded to a complaint from the American company Broadcom, but the French promise to fight back. Renault has the Clio and Megane as two of its most popular models among German buyers, but the issue now is not just the ban on selling these vehicles in Germany. Also on the table is the possibility that the French brand may have to repossess and destroy the models already sold, which could represent an even greater loss.

The issue arose when Broadcom, an American company specializing in semiconductors and software infrastructure, went to court accusing Renault of selling vehicles that infringe the law. At stake are its Ethernet patents, as well as the non-payment of what the court considered to be "a reasonable amount," according to the German press. Supporting the court decision is, specifically, Broadcom's EP1903733 patent, which is essential for the proper functioning of IEEE 802.3bw, one of the Ethernet standards. The Clio uses Ethernet to operate, among other things, its navigation system, which in turn uses Google's Android Automotive system, as well as maps from this tech giant.

The German court's decision mandates the end of sales of the two models, as well as the recall and destruction of units already sold, which will have a devastating effect on the French brand's finances. However, despite having already been announced, the ruling has not yet taken effect, as it will only have to be respected after Broadcom deposits several million euros in the court's coffers as a guarantee. And that deposit has not yet arrived.

Renault has already made it known that it intends to appeal the Munich judge's decision, stating that it categorically rejects the accusation. It remains to be seen whether the manufacturer and the chipmaker will return to the negotiating table — in the interest of both, but with emphasis on the French manufacturer. It's worth remembering that Broadcom's patents cover the entire world, so Renault's German problem could quickly become global and spread to hundreds of countries. Unless the manufacturer of the Clio and Megane has reason (and the law) on its side…

Autonews

domingo, 8 de fevereiro de 2026


AUTONEWS


Unexpected outcome of the duel: Mercedes diesel with 2.2 million kilometers traveled against the modern electric CLA

Finns are like the Balkans. They are less enthusiastic about electric cars than Norwegians, Swedes or even Danes, and when asked about durability in arctic conditions, most answer that they trust petrol and diesel cars more. The test between the old diesel and the new electric Mercedes was a surprise.

As confirmation of the durability of old-fashioned vehicles, we will recall the famous story of a car dealer from Finland named Vile Raisanen, who owns a 24-year-old Mercedes E-Class W210 diesel that has traveled 2.2 million kilometers and is still in very good condition.

A Finnish YouTuber specializing in electric vehicles, named Harri Salo, thought it would be a good idea to compare this old Mercedes diesel with the German brand's latest electric model, the CLA Electric, to see who could cover a long distance faster in winter conditions and how far behind, reports Finnish newspaper Ilta-Sanomat.

The challenge was to drive the two cars between Vantaa, a city in the far south of Finland, and Saariselka, a northern settlement far above the Arctic Circle. The distance between the two points is more than 1,070 kilometers. And most of the journey takes place on slower country roads.

Vile, who does not like electric cars and who says he will never drive one, agreed to lend his legendary Mercedes for this little competition.

"Of course I accepted the challenge if I could humiliate an electric car," said Vile, who has his shop in the same building as Tesla. The starting assumption was clear: the diesel would dominate because it had a longer range and didn’t need frequent charging, while the electric car would be slowed down by winter conditions and the need to recharge its batteries.

The competition was evenly matched until Keminma, when the team with the old diesel took the wrong turn towards Tornio instead of Rovaniemi, adding 13 kilometers of wandering. The problem arose because the crew was used to modern navigation systems. The old Mercedes worked flawlessly, except that the engine in the Arctic conditions did not reach normal operating temperature until Oulu. The oil warning light came on because Vile had poured too much oil before the start, and when the engine finally warmed up, the system detected it.

The Mercedes CLA Electric didn’t just last – it won! Harri Salo arrived first after 14 hours of driving, half an hour ahead of his diesel competitor. The electric car had three charges that lasted a total of 50 minutes, which means an average of 17 minutes per stop, although Salo says that it could have been done with two. Consumption was only 18 kWh per 100 kilometers traveled despite the harsh winter conditions.

"Electric cars no longer slow down the journey, but people. Biological breaks set the pace," Salo concluded. For comparison, the same route with a Tesla Model 3 in 2019 took 16 hours, which means that charging technology has advanced significantly.

Despite the defeat, Vile emphasizes economic reality. His Mercedes was purchased in 2018 for 280 euros, while the new CLA Electric costs 49,000 euros, which is 175 times more expensive. Also, a new battery for an electric car costs 42,000 euros. And he is largely right, because in 15 or 20 years, no one will want to pay that much for a new battery.

The electric car won in speed, but the diesel holds the advantage in durability and price. Vile once again underlined the insane price of a new battery for an electric model, while his almost quarter-century-old diesel, with a mileage that would allow it to circle the Earth 55 times, is still working reliably.

However, the owner of the diesel Mercedes W210 says he is not disappointed with the result, but emphasizes that today's electric Mercedes will certainly not last 2.2 million kilometers, and in 24 years no one will see it on the roads.

Comparing a historic Mercedes diesel with 2.2 million km to a new electric Mercedes CLA involves contrasting the proven durability of older technology with the efficiency and cutting-edge technology of a new era. The diesel model represents mechanical longevity, while the electric offers lower operating and maintenance costs, but with long-term logistical and battery challenges.

Autonews responds(autonews1@yahoo.com): Mercedes E-Class W210 diesel with 2.2 million km--vs--Mercedes CLA electric (below):

High-Mileage Mercedes Diesel (210D)...Older Mercedes-Benz diesel vehicles, such as the Mercedes-Benz 240D and 200D (W115/W123 series), became legendary for their extreme robustness and ability to achieve millions of kilometers.

Proven Durability: A Greek taxi driver covered more than 4.6 million kilometers with his 240D, a testament to the diesel engineering of the time, which was simpler and less dependent on complex electronics.

Simple mechanics: These engines (like the four-cylinder W115) had few electronic components, which facilitated maintenance and preventive repairs, such as replacing connecting rod bearings and decarbonization.

Rigorous maintenance: The secret to this longevity was extremely meticulous maintenance, including frequent oil changes (every 10,000 km) and regular replacement of filters and other wear parts.

Modest performance: They had very low performance (the 200D offered only 55 hp), which encouraged smoother and less aggressive driving, indirectly contributing to mechanical longevity.

Mercedes CLA Electric (New Generation)...The new Mercedes-Benz CLA electric (based on the MMA platform, to be launched in 2026) represents the vanguard of the brand's electric technology, focusing on efficiency, range and advanced software.

Efficiency and autonomy: Promises an impressive range of up to 792 km (CLA 250+ version) and very low consumption (around 12.5 kWh/100 km), thanks to a drag coefficient of 0.21 and an 800V architecture that allows for fast charging (300 km in 10 minutes).

Advanced technology: Features an advanced operating system (MB.OS), screens that cover the entire width of the dashboard, and an AI voice assistant, providing a modern and connected driving experience.

Reduced maintenance: Electric motors have significantly fewer moving parts (around 90% fewer components than a diesel engine), resulting in lower scheduled maintenance costs (no oil or fuel filter changes).

Long-term challenges: The main uncertainty lies in the durability and cost of long-term battery replacement (after 8-10 years) and the complexity of the electronics, which can be expensive to repair outside of dealerships. The logistics of charging on long journeys is still a challenge in many places.

The old Mercedes diesel is a monument to the mechanical durability of the past, achieved with simplicity and diligent maintenance. The electric CLA is a technological leap with promises of efficiency and lower operating costs, but its long-term durability depends on battery longevity and electronic complexity.

by Autonews

 

AUTONEWS


1999 Mitsubishi Lancer Evo VI

The 1999 Mitsubishi Lancer Evolution VI, or Evo VI, is an iconic rally sports sedan, launched in 1999 with a 2.0L 4G63T engine producing 280 hp (4-cylinder turbo) and all-wheel drive. Acclaimed for its agility and technology, the model refined the cooling and durability of its predecessor, with notable versions including the GSR and the special Tommi Mäkinen Edition.

Key features of the 1999 Evo VI (below):

Engine and Performance: 2.0L turbo 4G63 engine, 280 hp(official) at 6500 rpm and 274 lb-ft (approx. 37.9 kgfm of torque at 3000r)

Speed: Known for quick acceleration, with reports of 0 to 100 km/h in the range of 4.4 to 5.7 seconds.

Versions: Available in RS (rally-focused) and GSR (more comfortable street version) versions, as well as the prestigious Tommi Mäkinen Edition (TME).

Design: Characterized by larger air intakes for the intercooler, functional adjustable rear spoiler, and straight-cut headlights. Weight: Approximately (1360kg) to (1365kg).

The Lancer Evo VI was the last to serve as the basis for the brand's successful rally car, marking an era in the World Rally Championship (WRC).

Key features of the 1999 Evo VI (below):

Engine and Performance: 2.0L turbo 4G63 engine, 280 hp (official) at 6500 rpm and 274 lb-ft (approx. 37.9 kgfm of torque at 3000r)

Speed: Known for quick acceleration, with reports of 0 to 100 km/h in the range of 4.4 to 5.7 seconds.

Versions: Available in RS (rally-focused) and GSR (more comfortable street version) versions, as well as the prestigious Tommi Mäkinen Edition (TME).

Design: Characterized by larger air intakes for the intercooler, functional adjustable rear spoiler, and straight-cut headlights. Weight: Approximately (1360kg) to (1365kg).

The Lancer Evo VI was the last to serve as the basis for the brand's successful rally car, marking an era in the World Rally Championship (WRC).

Autonews

  ZASTAVA 1991 Yugo Sana 1.4 GL The 1991 Yugo Sana 1.4 GL (also known as the Zastava Florida) was a budget-focused, Giugiaro-designed hatchb...