DODGE

Dodge is preparing a successor to the Viper

The Dodge Viper was one of the last completely unfiltered American sports cars. Its long nose, large V10 engine, brutal performance and very few compromises made it a legend, but production ended in 2017. Since then, Dodge has not had a real super sports model that would stand above everything else in its offer. Now that is changing, a successor is coming, but it will not be called Viper.

According to Stellantis' new plans, Dodge is preparing a sports top of the range under the Copperhead label (the name of a venomous snake from North America).

The name is not accidental. Dodge already used it in 1997 on the Copperhead concept, a car that was then conceived as a smaller and more affordable cousin of the Viper. That concept never reached serial production, but it remains an interesting piece of Dodge history. Apart from the "snake name", the new Copperhead should bear a badge similar to the Viper, but Dodge does not want to directly say that it is a successor to the Viper. As the American reports succinctly put it, "it's not a Viper, but it is a snake."

The car was shown to selected journalists during the presentation of Stellantis' FaSTLANe 2030 plan, but so far without official photos and technical data. Descriptions from those who saw it speak of a long, low and very aggressive coupe, most likely based on the platform of the new Charger. This means that the Copperhead is unlikely to be a completely independent supercar like the old Viper, but an extreme version of the familiar base.

The design is said to go far beyond the regular Charger. There are mentions of large air vents, an S-duct on the engine hood, a pronounced bulge at the front, additional openings behind the rear wheels for cooling the brakes and a massive rear spoiler. The exhaust tips are visible at the back, which is an important detail because it confirms that this is not an electric model. The powertrain has not been officially announced, but almost no one expects anything less than a V8 engine.

This fits well with the current turn of Dodge and Stellantis in North America. After a period in which much was placed on electric power, the company is once again strongly pushing gasoline and hybrid models with large engines. The return of the Hemi V8 engine in several programs and the introduction of the Ram Rumble Bee with powerful V8 versions clearly show that the American part of Stellantis does not want to abandon the classic muscle philosophy with SUS engines too quickly.

The arrival is not expected immediately. Since Stellantis's plan covers the period until 2030, the most realistic is that the Copperhead will arrive towards the end of the decade.

26 years...The Dodge Viper was, for about 26 years, one of the scariest cars on the road. From its slithery styling to its charismatic V10, there hasn’t quite been an American sports car like it before or since. But America has been without a Viper since 2017, and that’s depressing. Dodge seems to be suggesting something is going to change, as it just teased something that looks high performance coming in about 2030. This new car could also be more or less Dodge’s take on the Mazda MX-5 Miata formula. Or it could be a high performance muscle car like the Superbird. Let’s look at where Dodge’s most famed sports car came from and where it could be going.

Stellantis just announced one of the most ambitious turnaround plans we’ve seen in a while. The automaker says it’s going to spend $70 billion to turn the corner, and the plan involves launching 60 new models by 2030, nine of which will be priced under $40,000. If you, like me, have lost track of time, that’s just four years from now!

Stellantis really wants to breathe some life into the brands that have seemingly been abandoned. Chrysler, which currently has just one car, is set to have four by 2030. Ram is getting a compact pickup truck, a revival of the Dakota, a Ramcharger SUV, and even a second ProMaster van! Then there’s Dodge, which will be getting a GLH.

We always knew when Dodge said the Viper was going away for good that it would eventually return, but we weren’t sure exactly when. But recent leaks confirm it’s coming back soon and it won’t be some weird electric car or a hybrid. Instead, the Viper will be packing a V10 with a special V12 version supposedly in the works.

Plus, we all know automakers change a lot of things in the development process of a new model, so these details might not survive for the final product. But at least the Viper is returning to the Dodge lineup!

One thing that isn’t clear is when exactly the Viper will return. If it were coming for the 2026 model year we likely would’ve already seen something, so it’s going to be until at least 2027, possibly longer. Considering the last generation, the VX, bowed out in 2017, that’s a long hiatus from the market.

TK’s Garage, a popular YouTube channel that focuses on Mopars, claims to have insider info from Dodge executives. According to him, the Viper will be a mass-produced V10-powered sports car, possibly with the engine mid-ship like the C8 Corvette.

In other words, the Viper won’t be some super expensive, limited-run vehicle only the affluent can buy, only to sit in a some fancy garage alongside Ferraris and McLarens while the rest of us wish we could experience it.

But he says there will be a limited-edition Mamba version of the Viper which will come with a fire-breathing V12 engine.

YouTuber Butter Da Insider pointed out what many others have noticed in the Dodge Charger Daytona configurator. In the background, there’s what appears to be a Viper on a lift. That could mean anything, but people are hoping it’s just another clue about the snake’s return.

Butter has his own theories about what could come to pass with the new Viper. He believes there’s a chance it will be built on the Maserati MC20 platform, which would make sense since developing an all-new platform would be costly for Stellantis. That would support the mid-ship layout, which we have mixed feelings about.

The YouTuber also believes there’s a chance Dodge will use the thumping Hellephant supercharged V8 in the new Viper. We suppose that’s a possibility.

There are some who claim Stellantis will make the Viper a hybrid with a V6, inline-six, or V8 engine. We guess that could happen, but others claim the Mopar sports car would be more akin to the original Viper instead of being a creature of modernity.

We’re hopeful whatever Dodge is cooking up will be relatively affordable, fun, and will honor the Viper’s legacy.

Dodge Appears To Be Working On…Something...Sitting all by itself in the bottom left corner of the Stellantis Fastlane 2030 presentation is a new Dodge product. It’s shaped like a sports car, and Stellantis says that an SRT version is planned. However, this vehicle was never actually mentioned in the presentation. It doesn’t even have a name yet. What is this car?

One possibility is that Dodge is planning on making a sort of Viper-inspired affordable sports car. Back in early 2025, The Drive spoke with Dodge CEO Matt McAlear. When asked about the Viper, he said that it was “One of my favorite cars.”

Then, he brought up something fascinating when asked if there was a need for a halo car outside of the Charger. McAlear said that there is a market for an entry-level halo car and a flagship halo car. Things got only more exciting from there. From The Drive:

With that, McAlear introduced an entirely new element to the conversation—the prospect of an “entry-level halo.” So of course, we pressed. What would that even look like from Dodge?

“I don’t know what I’d compare it to,” he said. “I think there’s inspiration in seeing what some of the powersports companies have done. Not only the crazy side-by-sides, but the three-wheelers, the Slingshots, I think there’s something there.” “Everyone has so many hobbies these days, they want to spend their money on so many different things,” McAlear continued. “It’s tough to be all-in on one thing, put all my chips in one basket and say, ‘I gotta have that car.’ “It’s great for those who can afford it, but not all of us can or want to do that.”

“I think there’s some kind of entry-level, back to that sub-$30,000 mark,” he said. “I think there’s a market for people who just want to have that weekend car again, who would like a Viper, but don’t have that $100 or $120K. Something that doesn’t need all the safety features, doesn’t need the heated seats. Just a car.”

McAlear never confirmed development of a Viper or an affordable Viper-like car, but it was clear that he’d love to see something like it in the Dodge lineup. This wouldn’t even be the first time that Dodge has gone down this path.

Autonews

 

AUTONEWS

Six minutes to recharge? Battery advance could rewrite what fast charging means for electric cars

Researchers at Adelaide University have discovered a promising new strategy that could deliver fast battery charging. The team, led by Professor Shi-Zhang Qiao, an ARC Industry Laureate Fellow in the University's School of Chemical Engineering, created pouch battery cells using interfacial anion-reduction catalysis to record a charge of more than 85% after six minutes. The cells also provided about 240.4 watt-hours per kilogram after fewer than six minutes of charging.

Fast charging capabilities are essential for accelerating the adoption of electric vehicles. Professor Qiao said current models of high-capacity batteries, like those of silicon and lithium, are fast, but their capacities fade rapidly.

"Current models also increase heat generation during fast charging, which can exacerbate battery degradation and safety risks," Professor Qiao said. "Until now, achieving more than 90% charge within 10 minutes without sacrificing energy density and cycle life has been a formidable challenge."

Professor Qiao and his team, which included researchers from Imperial College London, researched the capabilities of a cell using interfacial anion-reduction catalysis. Their findings are published in the journal Nature Energy.

"The catalytic sites on the electrode surface attract anions to the battery interface and promote the formation of a robust inorganic protective layer, which is critical for fast charging and long-term stability," he said. "Unlike traditional electrolyte engineering, which often affects the entire electrolyte system, this strategy regulates reactions only at the interface, allowing fast charging without sacrificing ionic conductivity."

Professor Qiao said the discovery provides a new strategy for developing practical fast-charging lithium-ion batteries. "Our test cell exhibited excellent performance, achieving about 76% capacity retention after 500 six-minute cycles," Professor Qiao said. "The cells also exhibited excellent stability at 10 minutes of charging.

MD simulation snapshots of pristine Si surface (a), S-saturated MoS2 surface (b) and S-vacancy MoS2−x surface (c) in the electrolyte. Credit: Nature Energy (2026)

"The discovery could help enable electric vehicles that charge in minutes without sacrificing battery life or energy density."

The team will now focus on scaling up the technology and testing its long-term performance under practical operating conditions.

Battery nearly fully charged after just 6 minutes...Engineers have developed a new method which could deliver ultra-fast battery charging.

They report in a study published in Nature Energy that their pouch battery cell design can achieve more than 85% charge in just 6 minutes. The cells provided about 240.4Wh per kg of power after less than 6 minutes of charging.

Fast charging batteries are essential for a host of technologies including electric vehicles. Current models like silicon and lithium are fast but capacities fade quickly.

“Current models also increase heat generation during fast charging, which can exacerbate battery degradation and safety risks,” says lead researcher Shi-Zhang Qiao from Australia’s Adelaide University.

“Until now, achieving more than 90% charge within 10 minutes without sacrificing energy density and cycle life has been a formidable challenge.”

Chemical batteries rely on electrochemical reactions and the movement of charged ions to create an electrical current.

Positively-charged cations move from the anode to the cathode during discharge. Anions – ions formed when an atom gains electrons through reduction – move slightly to offset the charge differential created by the movement of cations.

During charging, the electrochemical reactions are reversed.

Anion build up at the electrode-electrolyte interface helps create a protective layer which prevents battery degradation.

Fast-charging methods, however, can disrupt this build up and lead to unwanted deterioration.

Qiao and colleagues developed their cells using interfacial anion-reduction catalysts.

“The catalytic sites on the electrode surface attract anions to the battery interface and promote the formation of a robust inorganic protective layer, which is critical for fast charging and long-term stability,” Qiao explains.

“Unlike traditional electrolyte engineering, which often affects the entire electrolyte system, this strategy regulates reactions only at the interface, allowing fast charging without sacrificing ionic conductivity.”

Qiao says their system could be applied to high-capacity lithium-ion batteries to improve charge speed and lifetime.

“Our test cell exhibited excellent performance, achieving about 76% capacity retention after 500, 6-minute cycles,” Qiao says. “The cells also exhibited excellent stability at 10 minutes of charging.

“The discovery could help enable electric vehicles that charge in minutes without sacrificing battery life or energy density.”

The team’s focus now is on scaling up the technology and testing its long-term operational performance.

These ultra-fast charging capabilities highlight several major recent breakthroughs:

Adelaide University Breakthrough: Engineers developed an ultra-fast charging method regulating only the electrode surface, allowing pouch battery cell designs to achieve over 85% capacity in just 6 minutes without compromising battery lifespan.

CATL Shenxing 3rd Generation: Unveiled by the battery giant CATL, this lithium iron phosphate (LFP) battery can charge from 10% to 80% in 3 minutes and 44 seconds, and to 98% in just 6 minutes and 27 seconds. Notably, it can charge from 20% to 98% in under 9 minutes in extreme freezing temperatures (-30C).

Nyobolt EV: Showcased in a concept car, this advanced 35kWh battery architecture successfully charged in 6 minutes across extensive testing without significant capacity loss.

Provided by University of Adelaide

KGM

KGM Torres gets a facelift

KG Mobility has updated the Torres SUV, which has received a redesigned exterior and interior, an upgraded engine and a new transmission. This model debuted in 2022, then still under the SsangYong brand. In the meantime, the Korean automaker has changed owners and renamed it KG Mobility (KGM).

In its four years of existence, the Torres received an all-electric version of the EVX with a new interior, and was used as the basis for the Actyon (a coupe-like SUV).

During the redesign, the Torres received retouched bumpers and grilles, modernized headlights, and did away with separate fog lights. The interior has a different steering wheel, and the “floating” console has been replaced by a two-tiered center tunnel. The tiny gearshift joystick has been replaced with a more classic lever, and the separate climate control unit that the Torres lost after the previous upgrade has returned. The multimedia system has also been improved and is now faster.

KGM has also upgraded the 4-cylinder turbocharged 1.5 T-GDI, which is the basic engine option in the Torres. Power remains the same (170 hp), but maximum torque has been increased from 280 Nm to 300 Nm. The Aisin 6-speed automatic transmission has been replaced by an 8-speed automatic from the same manufacturer. In addition, the all-wheel drive version now has a new “off-road” driving mode. The price of the Torres 1.5 T-GDI starts at 29.05 million won (16,570 euros).

The KGM Torres is also available as a classic hybrid (without a plug-in) with BYD technology, but the system components are not affected by the reforms. The basis is a 1.5-liter turbocharged gasoline engine (150 hp) assisted by an electric motor with a power of 96 kW (130 hp), the drive is to the front wheels. The electric Torres EVX is also available, also with front-wheel drive, equipped with an electric motor with a power of 152 kW (207 hp) and a battery with a capacity of 80.6 kWh. The electric KGM Torres EVX costs from 45.54 million won (26,025 euros).

Autonews

TATA MOTORS

Tata Tiago facelift: approximately € 9.000 EUR

India's Tata Motors will officially unveil a restyled version of its city car Tiago (as well as the Tiago EV) next week.

The Tiago was launched in 2016, was refreshed in 2020, and underwent minor changes in 2025.

In short, the refreshed model comes with a modernized exterior (slimmer headlights, new grille, different bumpers, plastic wheel arch trim, new 15-inch wheel design...) and an improved cabin (new digital instrument panel and redesigned seats with integrated headrests), along with richer equipment (including six airbags).

The only difference between the internal combustion engine and electric versions is the Tiago and Tiago EV badge on the tailgate, as the exhaust pipe is hidden under the rear bumper anyway.

Ahead of its official launch on May 28, Tata Motors has revealed both the exterior and interior of the facelifted Tata Tiago, and this update feels far more significant than a routine cosmetic refresh. The Tiago has always been known for being sturdy, practical and value-for-money, but visually, it had started lagging behind Tata’s newer generation of products. This facelift changes that.

The updated Tiago now gets a sharper exterior inspired by newer Tata cars, fresh alloy wheels, expected feature additions and a much more premium overall road presence. Here’s a detailed look at the interior of the Tiago ICE.

Interior...The 2026 Tata Tiago’s cabin has a same black-and-grey interior theme as before, giving the hatchback a more premium and contemporary feel.

One of the key updates over the outgoing model is the redesigned dashboard, which now features a cleaner horizontal layout along with a new 10.25-inch floating infotainment touchscreen and a new floating digital driver’s display.

The slightly redesigned two-spoke steering wheel continues the familiar Tata design language, while the gloss black finish on the centre console adds visual appeal but could attract fingerprints rather quickly.

Tata has also replaced the older touch-based AC controls with tactile physical buttons and dual rotary knobs for the AC system, which we really appreciate.

Tata Tiago EV: For hatchback buyers in India, the checklist is usually simple, affordability, low running costs, practicality, and features. Petrol hatchbacks continue to dominate this space, but the upcoming Tata Tiago EV appears set to make a stronger case than before.

While the car is yet to be launched, Tata’s teasers suggest this update could be more than just a visual refresh. If the brand gets the fundamentals right, the Tiago EV could become an option worth considering for first-time EV buyers as well as buyers shopping in the entry-level hatchback segment.

From what has been shown so far, the new Tiago EV gets a broader-looking front fascia with cleaner surfaces and a more premium appearance overall. More importantly, it now appears to have a clearer distinction from the standard Tiago.

That separation matters because EV buyers increasingly prefer products that feel purpose-built rather than simply being an electrified version of an existing car.

Exterior...The facelifted Tiago gets a thoroughly redesigned front-end that immediately makes it look more modern than before.

It now features sleeker LED headlamps with eyebrow-style LED DRLs.

While the grille has been redesigned with a gloss-black finish inspired by the Tata Altroz.

The bumper, too, is completely new and gets sportier detailing

It gets pixel-style fog lamp housings, giving the hatchback a slightly more aggressive appearance than before.

In profile, the overall silhouette remains familiar, which means the Tiago is expected to continue with compact city-friendly dimensions.

However, Tata has added several visual upgrades to freshen things up:

New dual-tone alloy wheels

Blacked-out ORVMs

Shark-fin antenna

Black roof treatment

Wheel arch cladding

These changes make the Tiago look noticeably sportier and younger without dramatically altering its proportions.

The Tiago will likely continue to be powered by a naturally aspirated 1.2-liter three-cylinder petrol engine with 63 kW/86 hp, while a CNG variant with 56 kW/76 hp will remain in the range.

The all-electric Tiago EV is available in medium and long-range versions with a range of power outputs.

Pricing will be announced at the market launch on May 28.

Estimated Price and Competition...Speculation points to prices starting in the range of Rs. 4,500 Lakh to Rs. 5,000 Lakh (ex-showroom prices) for the entry-level combustion engine versions, rising according to the technology package. It will continue its direct market competition against the recently updated Maruti Suzuki Swift and the Hyundai Grand i10 Nios.

 

by Autonews

AUTONEWS

Aviation fuel testing center delivers first results in push for greener flights

The research, from Sheffield’s Energy Innovation Centre, is helping support the faster rollout of low-carbon jet fuels, so more people can enjoy greener flights when taking a city break, summer holiday or travelling for business. The work could also help to ease the pressure on the future supply of jet fuel in response to geopolitical events, such as the ongoing crisis in the Middle East, by boosting UK SAF production.

Sheffield’s Energy Innovation Centre is supporting UK fuel producers in developing new sustainable aviation fuel to reduce the environmental impact of air travel.

One such fuel producer is Green Lizard Technologies, which is developing SAF in Teesside.

Sheffield’s Energy Innovation Centre is the UK’s first facility that can both test emerging fuels and provide in-depth analysis and feedback, drawing on the University’s academic expertise to help fuel producers determine whether they have a viable product. The centre has now provided its first such fuel testing report for Green Lizard Technologies, enabling them to move their new low-carbon jet fuel forward towards commercial production.

Dr Ehsan Alborzi, Senior Research Fellow in Aviation Fuels at the Energy Innovation Centre (EIC), University of Sheffield, said: “The state-of-the-art testing laboratory we have at Sheffield is supporting efforts to power more flights with low-carbon jet fuel, so that more of the flights people take for holidays, city breaks or business trips are flying on sustainable aviation fuel.

The University of Sheffield has announced a major milestone in the push for greener aviation, as it produces its first report from testing a new sustainable aviation fuel (SAF). The research, from Sheffield's Energy Innovation Center, is helping support the faster rollout of low-carbon jet fuels, so more people can enjoy greener flights when taking a city break, summer holiday or traveling for business. The work could also help to ease the pressure on the future supply of jet fuel in response to geopolitical events, such as the ongoing crisis in the Middle East, by boosting UK SAF production.

Sheffield's Energy Innovation Center is supporting UK fuel producers in developing new sustainable aviation fuel to reduce the environmental impact of air travel. One such fuel producer is Green Lizard Technologies, which is developing SAF in Teesside.

Sheffield's Energy Innovation Center is the UK's first facility that can both test emerging fuels and provide in-depth analysis and feedback, drawing on the University's academic expertise to help fuel producers determine whether they have a viable product. The center has now provided its first such fuel testing report for Green Lizard Technologies, enabling them to move their new low-carbon jet fuel forward towards commercial production.

Dr. Ehsan Alborzi, senior research fellow in Aviation Fuels at the Energy Innovation Center (EIC), University of Sheffield, said, "The state-of-the-art testing laboratory we have at Sheffield is supporting efforts to power more flights with low-carbon jet fuel, so that more of the flights people take for holidays, city breaks or business trips are flying on sustainable aviation fuel."

Hansini Rathnayake, laboratory manager at the Energy Innovation Center, University of Sheffield, said, "We expect demand for our testing service to grow as the aviation sector intensifies its focus on decarbonization and also looks to ease the pressure on jet fuel supplies. As more companies look to bring sustainable aviation fuels to market, there is a need for robust, independent testing and analysis to advance their development, and we are well placed to support that demand."

Dr. Martin Atkins, CEO & cofounder of Green Lizard Technologies, said, "Our close partnership with the University of Sheffield has helped us successfully complete jet engine testing and better understand the components of our fuel. This is key to meeting certification standards and gives us the data we need to attract investors and expand our technology globally."

Sustainable aviation fuels are produced from renewable or waste-derived sources and can significantly lower carbon emissions compared with traditional jet fuel. However, their adoption has been slowed by the complexity and cost of testing and certification.

The testing laboratory at Sheffield addresses this gap by offering a single, integrated service that supports fuel developers from early testing through to evidence needed for regulatory approval.

Technical details on the fuel testing process...The scope and complexity of the work with Green Lizard Technologies were substantial: The project comprised a full technical assessment of a Fischer-Tropsch Synthetic Paraffinic Kerosene (FT-SPK) sample against the requirements of ASTM D7566 Annex A1, including a wide-ranging program of physical, chemical and compositional testing, supported by detailed data analysis and compliance evaluation.

The work was undertaken using state-of-the-art facilities in EIC's aviation fuel characterization lab. For the chemical composition analysis, a cutting-edge Multi Dimensional Gas Chromatography with dual detectors (FID and MS) was used. Requiring only a tiny amount of fuel (1ml), this instrument separates the fuel into individual components before determining their full chemistry and characteristics.

The results were then processed, analyzed and compiled in a comprehensive report that will allow Green Lizard Technologies to continue through the approval pathways needed to commercialize their new fuel. The feedback delivered by the EIC's fuel experts offered a custom approach to the results, including offering advice on limitations and areas for improvement, as well as the context of the wider fuels landscape, and advice for next steps.

This process showcases the EIC's capacity to support early-stage fuel producers with certification-aligned analytical research using advanced techniques, and establishes newly-developed, specialized service offering within the sustainable aviation fuel sector.

Reflecting the University's commitment to independent thinking and a shared ambition, the sustainable aviation fuel testing demonstrates how creative minds at Sheffield are shaping solutions to global challenges.

Provided by University of Sheffield 

ALFA ROMEO

Alfa Romeo Giulia Quadrifoglio Luna Rossa

Inspired by the sea and sailing, the Giulia Quadrifoglio Luna Rossa was created by the recently founded BottegaFuorisérie department, which is responsible for personalization and special versions of Alfa and Maserati cars.

Only ten customers will have the opportunity to drive home the most powerful version of the attractive Giulia, which was created in collaboration with the Italian sailing team Luna Rossa by BottegaFuorisérie, which has been responsible for fulfilling all customer wishes, as well as limited-edition "specials" since last year.

Among the BottegaFuorisérie "specials" is now the attractive Luna Rossa, whose two-tone body with red on the emblems, rims and sides, in addition to redesigned aerodynamic components, stands out with two large carbon spoilers on the trunk lid.

Alfa's designers and aerodynamicists were inspired by the revolutionary AC75 (America's Cup 75) class sailboat with which the Luna Rossa Prada Pirelli team competes in the most prestigious sailing competition in the world, and the colors and materials from the Luna Rossa sailboat also found their place in the cabin with the distinctively profiled front seats "signed" by Sparco.

Before the first deliveries, each Giulia Quadrifoglio Luna Rossa spent some time in the famous Balocco complex of Alfa's test tracks, where the potential of the 2.9-liter V6 biturbo engine can best be demonstrated in an optimally balanced environment.

The engine specification, in which Ferrari also participated, remained unchanged, and the Luna Rosso also powers 520 horsepower with 600 Nm of maximum torque, which is enough to accelerate from 0 to 100 km/h in less than four seconds and almost 310 km/h. Power is transmitted to the rear axle, which is assisted by a mechanical differential lock, by a ZF 8-speed automatic transmission.

 

 Autonews

PROTON

Proton Satria Neo: the little Malaysian car with a European soul

In 2008, the Malaysian automaker Proton presented one of its most interesting and charismatic models: the Proton Satria Neo. Small, light, and surprisingly fun to drive, the Malaysian hatchback represented a bold attempt by the manufacturer to compete in the world of sporty compact cars dominated by Europeans and Japanese.

Originally launched in 2006 by Proton, the Satria Neo emerged as a spiritual successor to the old Proton Satria, a compact hatchback that had already gained a certain reputation among Asian enthusiasts. However, the Neo sought to go further: it wanted to build its own more modern, sporty, and emotional identity.

Visually, the car had a compact and muscular design, typical of hot hatches from the 2000s. The aggressive front, the slightly widened fenders, and the short rear created quite balanced proportions. Although relatively simple, the design conveyed personality and a certain European dynamism, differentiating it from many excessively conservative Asian compacts of the period.

But the true highlight of the project was its dynamic engineering. At that time, Proton still controlled the historic Lotus Cars, and the British manufacturer's influence could be clearly felt in the Satria Neo's handling. The suspension and chassis tuning received direct input from Lotus engineers, which transformed the small hatchback into one of the most fun cars to drive in its category. The result was a surprisingly balanced car in corners, with communicative steering and excellent stability for a front-wheel-drive compact hatchback.

The Satria Neo highlights Proton Cars' commitment to delivering a value-added product to customers. This is a car that enjoys Proton's rock solid reliability and the magical Lotus touch - a 3-door supermini with superb design, ride and handling. The Proton Satria Neo is an energetic addition to the existing Proton line-up, which includes the 5-door city car the Savvy, the Lotus developed 5-door GEN-2 hatchback, 4-door Impian saloon and the new 4-door Proton GEN-2 Persona.

Speaking at the launch of the Proton Satria Neo in Malaysia, Managing Director of Proton Bhd, Syed Zainal Abidin Syed Mohamed Tahir said "The Proton Satria Neo exudes energy and style. It retains the Satria's classic appeal, while adding the enhanced ride and handling you'd expect from a car like the iconic GTi." He added, "We know customers have been waiting for the new model and they will not be disappointed."

NVH suppression...The Proton Satria Neo aims for superior NVH characteristics which make the driving experience comfortable for occupants without eliminating the sporty engine noise. The design of the exterior is low, sporty and road-hugging. When combined with the sleek aerodynamic profile, the Proton Satria Neo delivers low wind resistance, good high speed manoeuvrability, vehicle stability and control.

The exhaust system is tuned to reduce unwanted internal noise and vibration whilst maintaining a "sporty" sound. In addition, Powertrain mountings were modified from the existing four point to three point Neutral Torque Axis system to give improved passenger NVH. The developments have given a result of 72dBA at a cruising speed, which puts the Satria Neo at similar levels to the competition.

Under the hood, the 2008 Satria Neo typically used 4-cylinder engines developed in partnership with Mitsubishi, including 1.3 and 1.6-liter versions. The most interesting configuration, however, was the 1.6 CPS (Cam Profile Switching), equipped with a variable valve timing system that improved performance at high RPMs.

Lotus - adding punch and finesse to the Proton Satria Neo...The Proton Satria Neo is available with a 1.6 litre 16v Lotus developed CamPro engine, with a choice of a 5-speed manual transmission or a four-speed automatic gearbox. Although it shares the same engine and transmission with the GEN-2, the Satria Neo has a new lower final drive ratio, giving it better low to medium speed acceleration and smooth torque and power delivery.

Underneath its compact, streamlined exterior is a CamPro 4-cylinder 16v Multi-Point Injection engine developed in collaboration with Lotus. As you'd expect from a company that designs and builds high performance cars, this is an engine that packs a serious punch; delivering a max speed of up to 118mph, with 111bhp and 109lb/ft of torque.

It's also built to last. The CamPro has been tested over 1.2 million kilometres and has spent an additional 27,000 hours on the dyno. And with its lower weight and expert tuning and balance, the Proton Satria Neo also offers excellent responsiveness. Continuing the outstanding performance and winning characteristics of its predecessor, the Satria Neo also benefits from the engineering and development input of its sister company Lotus. The result is a car with improved handling, performance and style - both inside and out. It takes the Proton 3-door into a new generation.

Although the power wasn't extraordinary – hovering around 125 hp in the sportier versions – the car's low weight greatly contributed to its overall performance. More important than absolute numbers was the feeling behind the wheel: the Satria Neo felt light, agile, and much more engaging than many direct competitors.

The interior followed a relatively simple but functional design. Sport seats, a low driving position, and driver-oriented controls reinforced the model's youthful atmosphere. The materials didn't reach the refinement of premium European hatchbacks, but the car's purpose was clearly focused on the dynamic experience, not luxury.

Another important aspect was its accessibility. The Satria Neo offered quite convincing sporty performance at a price considerably lower than many Japanese and European hot hatches, especially in Asian markets.

In some countries, the model gained a strong fan base among young enthusiasts and tuners. Its low weight, relatively simple mechanics, and good suspension tuning made it an interesting platform for sporty modifications.

Proton also used the Satria Neo in competitions and special editions. Perhaps the most famous was the Satria Neo R3, developed by the brand's Race Rally Research division. These versions received aerodynamic improvements, reworked suspension, and even more aggressive handling.

Today, the Proton Satria Neo is fondly remembered by many enthusiasts as one of the most authentic cars ever produced by the Malaysian manufacturer. It wasn't the most powerful, the most sophisticated, or the most refined in its category, but it possessed something often lacking in modern cars: genuine mechanical personality.

Interestingly, the Satria Neo also represents one of the last great attempts by a small national manufacturer to compete globally through dynamic engineering and driving pleasure – before the automotive industry definitively entered the era of global platform standardization. A small Malaysian hatchback with a partly British heart and a European sporting spirit.

 

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