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🔥 Porsche took a 911 where almost no sports car has ever gone before: more than 22,000 feet up the world’s highest volca...
09/13/2026

🔥 Porsche took a 911 where almost no sports car has ever gone before: more than 22,000 feet up the world’s highest volcano.

It sounds like a movie script, but Porsche actually built two heavily modified 911s for one of its wildest engineering projects ever. Known as Edith and Doris, the cars were created specifically for the extreme terrain of Ojos del Salado in Chile, the highest volcano on Earth.

Led by three-time Le Mans winner and Porsche factory driver Romain Dumas, the High Altitude project was designed to discover just how far a 911 could go when the road completely disappeared.

The cars were based on the Type 992 911 Carrera 4S and retained their twin-turbocharged flat-six engines and seven-speed manual transmissions. But almost everything needed for extreme off-road driving was transformed.

The 911s received portal axles that increased ground clearance to around 350 mm, specialized off-road tires, lightweight carbon-fiber seats, harnesses, roll cages and strong underbody protection. Porsche also developed its Warp-Connector system to help maintain traction when the cars were dealing with extreme suspension articulation.

The environment was just as challenging as the vehicle. At more than 6,000 meters above sea level, oxygen levels are dramatically lower than at sea level, while temperatures can fall to around -30°C. The team also had to deal with volcanic rocks, ice, snow and steep slopes.

The first expedition in 2022 reached around 6,000 meters before snow and ice stopped the climb. The team returned in 2023, determined to go higher.

On December 2, 2023, Edith reached 6,734 meters, or 22,093 feet, setting a new altitude record for a four-wheeled vehicle.

What makes the achievement even crazier is that this was still a Porsche 911 underneath all those modifications.

A car famous for racetracks had been transformed into an extreme mountain machine and it proved just how versatile the 911 platform can be.

💬 Would you take a 911 this far off-road? 🏔️🔥

🔥 What if the next Toyota Supra loses its famous six-cylinder—but gains hybrid power without giving up rear-wheel drive?...
09/12/2026

🔥 What if the next Toyota Supra loses its famous six-cylinder—but gains hybrid power without giving up rear-wheel drive?

That could be the direction Toyota takes with a future-generation Supra, although it’s important to separate confirmed information from enthusiast speculation. Toyota has not officially announced a production “MK6” Supra or confirmed its engine, hybrid system, horsepower, pricing, or launch date.

Reports and industry speculation have suggested that Toyota could explore a smaller 2.0-liter turbocharged four-cylinder paired with hybrid technology. If that happens, the next Supra would represent a major change from the current GR Supra, whose most famous configuration uses a 3.0-liter turbocharged inline-six.

A smaller turbocharged engine might sound like a step backward, but hybrid assistance could completely change the driving experience. An electric motor can deliver instant torque at low speeds while helping fill in the gaps before the turbocharger reaches full boost. That could make the car feel responsive while still delivering strong performance at higher speeds.

But for Supra enthusiasts, the engine may not be the most important part of the story.

Rear-wheel drive is a huge part of the Supra’s identity. Keeping the driven wheels at the rear would allow Toyota to embrace electrification while preserving the basic sports-car formula that makes the Supra so appealing: a front-mounted powertrain, rear-wheel drive and a driver-focused chassis.

Toyota’s Gazoo Racing division has also shown that the company is still serious about performance cars, even as the industry moves toward electrification.

A hybrid Supra could therefore be less about replacing the old formula and more about reinventing it. The goal would be to deliver quicker response, improved efficiency and strong performance without turning the Supra into a completely different type of car.

For now, though, there is no confirmed MK6 Supra. Any claims about a 2.0-liter hybrid engine, specific horsepower figures or a launch date remain unconfirmed.

If Toyota actually builds it, the next Supra could prove that hybrid technology and a proper rear-wheel-drive sports car can coexist.

💬 Would you take a turbo-hybrid Supra, or is the six-cylinder non-negotiable? 🔥



🔥 Ferrari’s first EV just got a wild aftermarket makeover—and the result looks nothing like the original.Ferrari’s upcom...
09/11/2026

🔥 Ferrari’s first EV just got a wild aftermarket makeover—and the result looks nothing like the original.

Ferrari’s upcoming electric flagship, the Ferrari Luce, has already generated plenty of attention for its unconventional styling. Now Vossen has given the electric Ferrari an even more dramatic appearance, showing how much attitude can be added through carefully chosen aftermarket upgrades.

Vossen is best known for its high-end wheels, but this project goes well beyond simply fitting a new set of rims. The Luce receives a much more aggressive stance, with a lowered ride height, new wheels and tires, additional aerodynamic touches, and a huge rear wing that immediately changes the car’s character.

The gold-toned finish adds another layer to the design, giving the futuristic Ferrari a distinctive presence that would be difficult to miss on the road.

One of the biggest visual changes comes from the wheel-and-tire setup. According to the original report, the tires alone cost around $9,300. That might sound outrageous, but the price becomes easier to put into perspective when you’re talking about an ultra-expensive Ferrari with a reported price around $640,000.

The Luce itself represents a major turning point for Ferrari. Rather than simply converting one of its existing models to electric power, Ferrari has developed an entirely new electric flagship with a design intended to establish a different identity.

Ferrari has also worked on giving its electric cars a more emotional character, including an electronically generated sound designed to provide a more familiar performance-car experience.

That combination of radical styling, electric performance and Ferrari engineering has divided opinion. Some enthusiasts love the bold direction, while others think the design is too unconventional for a Ferrari.

Vossen’s makeover certainly pushes the concept even further. The lower stance, dramatic aero and enormous wing transform the Luce from futuristic grand tourer into something that looks ready for a high-speed concept-car photoshoot.

💬 Better with the Vossen makeover, or do you prefer Ferrari’s original Luce design? 🔥

🔥 California’s classic-car owners are one signature away from a major victory—and Jay Leno is at the center of it.Califo...
09/10/2026

🔥 California’s classic-car owners are one signature away from a major victory—and Jay Leno is at the center of it.

California’s famously strict smog-check rules could soon become much friendlier to owners of qualifying vintage and collector vehicles. Senate Bill 1392, widely known as “Jay Leno’s Law,” has now passed both chambers of the California Legislature and is headed to Governor Gavin Newsom’s desk.

The bill was introduced by Senators Dave Cortese and Shannon Grove and is supported by Jay Leno and SEMA. Its goal is to recognize that genuine collector cars are typically driven far less than everyday vehicles and are often preserved for shows, parades, charitable events and historical exhibitions.

If signed, the new rules would begin taking effect on January 1, 2028. Qualifying collector vehicles manufactured before the 1981 model year would initially receive the smog-check exemption. The cutoff would then expand by one model year each year, eventually covering qualifying vehicles built before the 1986 model year in 2033.

But this would not simply make every old car exempt.

The legislation creates specific requirements for a vehicle to qualify as a collector motor vehicle. Among them, the car must be at least 35 years old, primarily used for collector-related activities rather than as the owner’s main transportation, and insured as a collector vehicle with proof submitted to the DMV.

That distinction could be a huge deal for owners of classic Mustangs, Corvettes, Camaros and other vintage machines that spend most of their lives stored safely in garages and only come out for special occasions.

For California’s classic-car community, this is a significant step forward. But there is still one important step left: Governor Newsom must sign the bill before it becomes law.

💬 Should California give genuine collector cars a permanent break from smog checks? 🔥

🔥 Imagine Subaru bringing back the 22B STI for one final, no-compromise rally-inspired sports car.The Subaru Impreza 22B...
09/10/2026

🔥 Imagine Subaru bringing back the 22B STI for one final, no-compromise rally-inspired sports car.

The Subaru Impreza 22B STI is one of the most iconic Japanese performance cars ever built. Its widebody shape, gold BBS wheels, huge rear wing and turbocharged boxer engine made it instantly recognizable—and its connection to Subaru’s rally success made it even more legendary.

Subaru introduced the 22B in 1998 to celebrate the company’s 40th anniversary and its achievements in motorsport. Based on the two-door Impreza, the 22B featured wider fenders, a distinctive hood, aggressive aerodynamics and Subaru’s Symmetrical All-Wheel Drive system.

Under the hood was a 2.2-liter turbocharged horizontally opposed four-cylinder engine. Its official output was rated at 280 PS, following Japan’s voluntary horsepower agreement at the time. The car was engineered with performance in mind, including a specially developed suspension and other upgrades that separated it from a regular Impreza WRX STI.

The 22B also arrived during one of the most successful periods in Subaru’s rally history. Colin McRae won the 1995 World Rally Championship Drivers’ title, while Subaru secured the manufacturers’ championship three years in a row from 1995 through 1997.

Only 400 numbered 22B road cars were produced for the Japanese market, making the model incredibly rare. Additional cars were later produced for export markets, but genuine 22Bs remain highly sought-after collector cars.

Now imagine Subaru applying that same philosophy to a modern machine: a compact two-door body, dramatic wide fenders, a turbocharged boxer engine, advanced all-wheel drive, serious brakes and modern suspension technology.

It wouldn't need to copy the original 22B. The real challenge would be recreating its character—the raw, focused feeling that made the original so special.

For now, there is no officially announced modern 22B STI revival. But if Subaru ever decided to bring the name back, expectations would be enormous.

💬 Would you want a brand-new 22B STI, or should Subaru leave this legend untouched? 🔥



🔥 400 car batteries. More than 160,000 amps. And an explosion powerful enough to make the entire experiment look like so...
09/09/2026

🔥 400 car batteries. More than 160,000 amps. And an explosion powerful enough to make the entire experiment look like something from a science-fiction movie.

American YouTuber Styropyro, known for his extreme science experiments, once brought together around 400 old automotive lead-acid batteries to investigate what happens when enormous electrical currents are released through different materials.

Why use car batteries instead of capacitors? According to Styropyro, batteries can deliver extremely high currents for longer periods, making them useful for experiments involving powerful electromagnetic effects.

The setup was anything but ordinary. A massive switching system was required to handle the enormous current, while different materials were placed into the experimental circuit. Among the materials tested were metals such as tungsten, titanium and bismuth.

One particularly dramatic test involved a metal pipe. The enormous electrical current generated intense electromagnetic forces that could deform the pipe. In some attempts, the force was so extreme that the pipe was damaged rather than simply bent.

The experiment eventually reached its most spectacular moment when ferrofluid was introduced. The interaction between the electrical current, magnetic forces and ferrofluid produced a huge, explosive-looking effect.

Styropyro later described the moment as one of the coolest things he had ever filmed. He reported that the circuit briefly reached more than 10 million watts of power.

What makes the experiment even more surprising is that the battery bank itself reportedly survived the tests, meaning many of the batteries remained usable afterward.

This wasn't simply about making a massive explosion. The experiment demonstrated how much electrical energy can be delivered when hundreds of automotive batteries are combined and carefully controlled.

Of course, this is not something to attempt outside a professionally controlled environment. High-current battery systems can cause fires, explosions, severe burns and potentially fatal electrical injuries.

Still, as a demonstration of extreme electrical power, 400 car batteries connected together is absolutely wild. ⚡🔥

💬 Would you watch a full-scale experiment like this in person?



🔥 Toyota may be bringing back one of its most legendary sports cars—and the new Celica could be seriously powerful.The T...
09/08/2026

🔥 Toyota may be bringing back one of its most legendary sports cars—and the new Celica could be seriously powerful.

The Toyota Celica has been gone from the U.S. market since the 2005 model year, but its name is suddenly back in the spotlight. Toyota has strongly indicated that a new Celica is in development, with reports pointing toward a modern performance coupe designed to revive the spirit of the iconic nameplate.

The biggest question is what will power it.

Toyota is developing a new 2.0-liter turbocharged four-cylinder engine for future performance models. Reports suggest this engine could produce close to 400 horsepower, while a hybrid-assisted version could potentially push output even higher. However, Toyota has not officially confirmed the Celica’s final horsepower, engine configuration, or production specifications.

Even more exciting, reports indicate that the new Celica could feature an AWD hybrid powertrain. That would make perfect sense for a nameplate with such a strong rally heritage. The legendary Celica GT-Four became famous for combining turbocharged power with all-wheel drive during Toyota’s successful WRC era.

A lightweight coupe with a turbocharged 2.0-liter engine, hybrid assistance and AWD could give Toyota a very serious new performance car. And if the rumored output approaches 400 horsepower, the Celica could be dramatically quicker and more capable than the affordable sports cars of its past.

As for the launch, current reports point toward the new Celica arriving no earlier than the 2028 model year. Pricing has not been officially announced, so numbers circulating online should be treated as speculation for now.

One thing is certain: if Toyota actually builds a 400-hp AWD Celica, the legendary nameplate could make one of the biggest comebacks in the modern JDM scene.

💬 Would you buy a 400-hp AWD Celica if Toyota could keep it around $45,000? 👀🔥

06/15/2026

Manual or Automatic
which car are you choosing? 🚗👇

Before 500-horsepower sports sedans became common, the Mitsubishi Lancer Evolution VIII was already embarrassing far mor...
06/14/2026

Before 500-horsepower sports sedans became common, the Mitsubishi Lancer Evolution VIII was already embarrassing far more expensive performance cars.

Introduced in 2003, the Mitsubishi Lancer Evolution VIII represented the next chapter in one of the most successful performance-car lineages ever created. Built using knowledge gained from years of World Rally Championship competition, the Evo VIII combined turbocharged power, advanced all-wheel-drive technology, and razor-sharp handling into a package that quickly earned worldwide respect.

At its core was Mitsubishi's legendary 4G63 engine, a turbocharged 2.0-liter inline-four renowned for its strength, reliability, and tuning potential. U.S.-spec Evolution VIII models were officially rated at 271 horsepower and 273 lb-ft of torque, while other markets received different specifications. Paired with a close-ratio manual transmission and Mitsubishi's sophisticated AWD system, the Evo delivered remarkable traction and acceleration in almost any weather condition.

The Evolution VIII also featured technologies developed through Mitsubishi's motorsport experience, including advanced differential systems and chassis tuning designed to maximize grip and driver confidence. These engineering solutions helped make the car one of the most capable performance sedans of its generation.

Unlike many modern performance cars, the Evo VIII focused primarily on driving engagement. The cabin was functional rather than luxurious, with supportive sport seats and a driver-focused layout emphasizing performance over comfort. Every aspect of the vehicle reflected its rally-inspired mission.

The Evolution name became synonymous with Japanese performance throughout the 1990s and 2000s, competing directly with rivals such as the Subaru Impreza WRX STI. Today, enthusiasts often consider the Evo VIII and Evo IX among the greatest versions ever produced.

Since Mitsubishi ended Evolution production in 2016, clean examples have become increasingly desirable among collectors and enthusiasts. Rising values and limited availability have only strengthened the Evo VIII's reputation as a modern classic.

More than twenty years after its debut, the Evolution VIII remains a symbol of an era when lightweight engineering, turbocharged performance, and driver involvement came first.

💬 If Mitsubishi announced a new Evolution tomorrow, would you want a turbocharged AWD sports sedan or a modern hybrid performance machine?

06/14/2026

Some hear noise. We hear music. 🎵🚗💨
What's the best engine sound ever? Let me know in the comments! 👇🔥

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