Technology

Porsche and Ferrari are some of the most renowned names when it comes to high-performance sports cars and supercars. Both companies have decades of experience and boast a proud heritage. The two carmakers are also very successful in motorsports and much of what they have learned on the track has nicely transitioned to their road-going sports cars. Ferrari and Porsche have very different approaches when it comes to making a high-performance car. The 911 is Porsche’s pride, despite there, occasionally, being more potent models. There is one particular 911, which is more comparable to what Ferrari is currently doing, more than any other – the GT1 (Strasßen) or Street version. While both are capable of incredible speed and pack six-cylinder engines, one thing that separates the Porsche 911 GT1 Street and Ferrari’s current flagship, the F80, is that they are 30 years apart in terms of innovation and progress in automotive engineering. This comparison shouldn’t make any sense, but here’s how a race-bred Porsche 911 GT1 measures up against the technologically advanced Ferrari F80 hybrid supercar.

Like other automakers, Porsche is up for experimenting with new things. While the German car company is most praised for its legendary sports cars, mainly the 911 and 718, Porsche is no stranger to deviating from its usual ways. This has resulted in some pretty interesting concepts over the years. What pushed the strife to explore new ways was, to an extent, Porsche’s financial trouble between the 1980s and 2000s. Interestingly enough, those were the years in which some of the most bizarre Porsche creations came to life. Even now, Porsche is churning epic new concepts, but sadly none of them transitioned to production models. While there are plenty of examples, I took it upon myself to find and research the five most obscure Porsche concept cars that time forgot. Some of them are more recent than you think, and this raises the question of why Porsche didn’t go through with them.

I’ll be blunt: if you think Porsche parts are expensive; Bugatti’s headlight pricing will make you laugh or cry. A pair of used headlights for the ballistic Bugatti Chiron is currently being offered for 147,000 EUR ($174,000) on eBay in Germany. Yes, that’s roughly the price of a brand-new Porsche 911 Carrera 4 GTS (992.2). It’s absurd, but this is Bugatti we’re talking about, where absurdity is the norm. The headlights featured in the listing belong to a Super Sport 300+ Pur Sport. Bugatti’s LED units make Porsche’s iconic four-point design which has been around since the gen-1 Panamera, almost look quaint.

When we think of Porsche and where it comes from, we often think of Stuttgart Germany, because that’s where the heart of the company is. However, while Porsche is a global brand today, unlike other car German manufacturers, they don’t have many offshore manufacturing facilities. Most Porsche sold in the U.S. and elsewhere are still proudly made in Germany except for one model. So to get a better idea about Porsche’s current design and manufacturing processes, I decided to do a deep dive into where Porsche cars are made. Starting with a quick history lesson about the man behind the brand, Ferdinand Porsche himself; I then explore the significance of places like Zuffenhausen and Weissach, before concluding about Porsche’s far-flung scale of operations.

The 992.2-generation Porsche 911 GT3 and GT3 Touring were officially unveiled a month ago. Both models are available on the Porsche configurator to spec as you see fit. If you are a track enthusiast then the 911 GT3 would be the logical choice, with its aggressive aero kit, providing plenty of downforce. But if you want the GT3’s legendary, normally-aspirated flat-six that revs to 9,000 RPM, without the crazy aero, the more civil GT3 Touring would be more your cup of tea.

Evolution sometimes requires sacrifices and Porsche’s sports cars are a great example of that. The Porsche 911 has always followed the philosophy of “evolution, not revolution” and while the latest 992.2 update introduced a couple of novelties to the model, the distinctive shape of the rear-engine sports car from Germany has remained largely unchanged over the past six decades. The 911 is not the only Porsche sports car that has given us great things, only to take them away later. Models like the front-engined 928 and V-10 powered Carrera GT have contributed to the brand’s heritage in their own way, but the 911 makes it easier to trace what we have lost over the years. Air-cooled Porsches are in a class of their own and purists believe anything from the 996 generation onwards isn’t a true Porsche. I am not going to get into whether that’s the case or not. Instead, I’ve decided to list things we love about the Porsche 911 that have gradually been taken away from us with each new generation.

Catering solely to car enthusiasts may seem like the best way for a company to go bankrupt unless you are Porsche that is. The German carmaker has realized people still want gasoline-powered models and the declining demand for EVs has inadvertently forced Porsche to make some strategic changes and adjustments, that have been widely welcomed by some of the brand’s biggest fans. By now, everybody has heard of how many automakers originally planned to electrify most of their lineup by 2030, with some even planning a full transition to EVs. Porsche meanwhile has now taken a slightly more flexible stance due to a slowdown in demand for electric cars, and it appears that we will continue to get some interesting ICE-powered models. However, this may come with a few sacrifices, as you’re about to find out.

Not a lot of automakers have as many iconic engines as Porsche does. The German company is responsible for one of the most iconic sports cars ever made – the 911. The boxer engine is a staple across several Porsche models, but this is far from the only engine configuration Porsche knows. What makes an engine iconic? Is it the sheer power or is it the groundbreaking engineering? Perhaps the reliability or soundtrack? As it turns out, it is all of the above, and Porsche has more than a few engines that fit the bill.

Despite Porsche being one of the most iconic sports car manufacturers of all time, most of the company’s offerings these days are geared towards luxury and daily usability. What was once a company focusing on high-performance models and motorsports, now has one of the most versatile lineups in the industry, made up of sedans, SUVs, and also wagons. This includes the likes of four-door sedans like the Panamera and Taycan. Both share plenty of traits and with the next-generation Panamera going full EV, this begs the question, which one should you choose?

The Porsche 911 is widely regarded as the ultimate high-performance daily sports car. Porsche people certainly believe this and for a good reason. The German automaker has seemingly perfected the formula of the rear-engine layout, creating one of the most versatile platforms in the business. It’s no wonder, that there is a 911 for every taste, need, and (almost every) budget. Between the different body styles, engines, and drivetrain options, there are over 30 variants of the 992-generation Porsche 911 that you can choose from.

The Panamera is the Porsche brand’s first production four-door sedan. It came out back in April 2009 and frankly, its design was more controversial at the time, than the fact it was a four-door Porsche sedan. The looks were purely function over form since the back-then CEO, Wendelin Wiedeking’s priority above all else, was for the car to seat four tall adults comfortably. Fast-forward to 2024 and the Panamera is now in its third generation and thankfully, I can say that it’s a lot better looking than before. However, with the introduction of the all-electric four-door Porsche Taycan – the brand’s first EV, along with subsequent decline in the sale of sedans in favor of SUVs – the Panamera seemingly doesn’t make sense. But, despite those plummeting sales numbers, Porsche has decided to, not just keep the Panamera around, but also give it cutting-edge tech like the new, high-end, Active Ride suspension and other innovative technologies. Now my argument is that Porsche doesn’t do things for no reason, so here’s what this could mean for the Panamera’s future.

Now, as a Porsche enthusiast, I’ve always been drawn to the German brand’s blend of sophisticated design, luxury, performance, and cutting-edge technology. So, when I first heard about the SU7 from Chinese electronics giant Xiaomi about their knock-off Taycan; I was not only intrigued but also a bit skeptical. Yes, yes...I know how legacy automakers everywhere, including the United States are paranoid about the looming threat from Chinese EVs (can’t believe this is political now), but could a company known primarily for its consumer electronics truly compete with established automotive giants? They may not be a household name in America, but after spending some time on the SU7’s configurator, I can say that Xiaomi, despite being a newcomer in the automotive space at least, doesn’t disappoint.

Only one car can give you the feel of a Porsche 911 and that’s a 911. Altering any aspect of this iconic sports car can dramatically change the driving experience, but that hasn’t stopped people from taking out the boxer engine and replacing it with something that at first glance, doesn’t belong there. The rear-engine Porsche sports car is considered one of the most refined and usable high-performance cars, that you can daily-drive. At least, in most of its iterations. Despite much praise, however, the 911 is not a perfect car, and certain generations are known to suffer from a few major issues.

Many consider the Porsche 911 to be the ultimate sports car, fit for daily use. While this may be a bit of a stretch when talking about the track-focused GT3 RS, the rear-engine sports car generally remains an aspirational model. In fact, despite the 991 being the first 911 to feature electric steering instead of a hydraulic unit (a feature many purists despise), it is still considered the last truly compact 911. For this reason, those who have driven a 992 GT3 RS after the previous iteration go back to the older model. One person, however, has done something that no one has ever done. Instead of buying a 991 GT3 RS, a guy over in England, decided to build one himself. Normally, Tesla-swapping a 991 GT3 RS would send purists into a spiraling rage, but there is a good reason why this particular car has received the electric powertrain. What you’re looking at here is actually a replica of a 991 GT3 RS, but more surprising is what the car started out as.

Porsche is a brand that doesn’t shy away from resorting to unconventional methods and innovative ways to improve performance. The company’s recent patent filings prove the German automaker’s dedication to keeping the internal combustion engine alive for as long as possible. Most conventional powerplants that rely on internal combustion have four strokes – intake, compression, power, and exhaust. However, according to Porsche engineers, the combustion engine can do with two extra strokes. This development is, as stated in the U.S. patent filings, a result of "continuously increasing requirements to increase energy efficiency and other operational aspects of modern combustion machines". The patents do not clarify whether this technology is for boxer engines or for conventional inline or V-engines, but it is safe to say Porsche’s newly developed combustion method is applicable to all existing configurations of the piston engine. But what does all this added complexity amount to? Here’s how this engine technology works and what it means for the company’s future models.

As the electric vehicle market continues to evolve, the compatibility of charging networks remains a crucial factor for consumers considering an EV. For Porsche fans, particularly those interested in the upcoming Macan Electric, the question of whether it can charge at Tesla Superchargers should be of significant interest. Based on recent discussions and announcements, here’s an analysis of the current and future charging capabilities of the Porsche Macan Electric.

Like several other automakers, Porsche has a notable hierarchy in its model lineup. Sadly, this means that some platforms will never achieve their full potential unless independent specialists work their magic on them. Such is the case with Porsche’s entry-level performance model – the Cayman/Boxster. The fixed-head, coupe version of the Porsche Boxster is sometimes regarded as the brand’s best sports car. This is due to the mid-engine layout, which is considered superior to the 911’s rear-engine setup. That said, tradition dictates that the 911 remains the top dog in the Porsche lineup. While even the more mainstream Porsche models like the Cayenne and Panamera, feature a Turbo variant, the 718 range tops out with the GT4 RS, and the Spyder RS. So, why is it that Porsche in all its wisdom and rich motorsport heritage, decided to forgo an opportunity to create a Turbo 718? Let’s find out.

Things are always dynamic in the automotive industry and even carmakers like Porsche, hellbent on staying true to tradition, have to resort to unconventional methods to keep some of its most iconic models around. Porsche hasn’t given up on the internal combustion engine and it will continue to give us potent internal combustion powerplants, at least, until 2030. With electrification being the main agenda of many legacy automakers (and more than a few young companies), some of them are trying to make EVs more fun by incorporating traits from combustion-powered vehicles, such as manual shifting.

TECHART is one of those tuning houses that have cemented a reputation for high-quality performance parts. Since 1987, the company has done wonders for mostly (but not only) Porsche sports cars. Eventually, TECHART expanded its work to models like the Cayenne and Panamera, but what the outfit does with the 911 is something else. Back in 2021, the German tuner introduced the GT Street R - a 992 Turbo S with more power and crazy aero. At the same time, TECHART introduced Flyweight - its new performance brand for personalization. Think Porshe’s Sonderwunsch, but from TECHART.

When it comes to reimagining and modifying Porsche cars, there is no shortage of great names that specialize in the art of making the German company’s performance models even more capable than they already are. Such treatment is not limited only to the Porsche 911 and 718 models though. The German company, Friedrich Performance Manufaktur (FPM) offers performance-enhancing treatment for all Porsche models, and one of its latest kits is dedicated to making the Porsche Cayenne Turbo GT faster than the latest, most powerful 911 we have. Of course, the 992.2 update is about to bring even more radical variants of the iconic, rear-engine sports car, but the Friedrich Performance package for the Cayenne GT gives it a 36-percent bump in power with a bit of extra torque. As you may expect, the numbers are impressive, but even more surprising is how little it takes to unleash that extra power from the Porsche SUV.

Unfortunate circumstances are just as likely to hit cars as they are people and I recently stumbled upon one such build on the web and this one is bound to raise a few eyebrows, among the classic Porsche 911 community. Air-cooled Porsches are one of those things that are considered art. Altering any aspect of them is the automotive equivalent of blasphemy. Unless, of course, you are Singer, Tuthill, or one of the other names, dealing in reimagined 911s. Essentially, what you are looking at is a Frankenstein of a car. It started as a 1976 model that was turned into a race car, and eventually, thanks to a landslide, it required a powertrain transplant. Chris Ashton from Ruffian Cars is the man behind the crazy Porsche 911 race car, and what he had to say about this build and how it um... evolved, was quite the story. More importantly, the Tesla powertrain is not where the madness of this classic 911 build ends. This also raises the question - is it better to let something die or save it through unconventional methods?