Forget hybrids. Set aside, for this moment, plug-in hybrids as well. Ignore the EV hubbub and the pie-in-the-sky hydrogen fuel cells. While you’re at it, remove turbochargers and their accompanying displacement reductions from your memory, too.

The naturally aspirated internal combustion engine has legs. The proof is in the 2018 Toyota Camry’s 2.5-liter Dynamic Force four-cylinder. With no hybrid assist, no turbos, no cord that plugs into your garage wall, and no futuristic fuel source, the new Camry 2.5-liter produces 206 horsepower and hits 41 miles per gallon on the highway on regular 87 octane.

That’s 16-percent more power 24-percent more highway mpg than the 2017 Camry’s 2.5-liter four-cylinder. With improvements in conventional, naturally aspirated, gas-fired engines occurring in such leaps and bounds, it’s no wonder Toyota has bigger plans for the Dynamic Force blueprint. Read More >

As evidenced by its constantly evolving truck and SUV lineup, Ford isn’t happy printing the same horsepower and torque figures year after year. Fuel economy and cargo volume are all nice and good, and God knows American consumers love space for unnecessary, child-related crap, but performance cars aren’t dead yet. Nor is the desire for ever more rubber-shredding power.

In the hopes of satisfying those not waiting lustily for the upcoming 1.0-liter EcoSport, engineers at the Blue Oval cranked the power output of its facelifted EcoBoost and GT Mustang variants a few notches higher for 2018. The company’s also making noise about speed. Specifically, the time it takes to reach 60 mph in the 2018 Mustang GT.

Ford claims a 0-60 figure of less than four seconds when equipped with newly available Drag Strip mode — a stunning, if vague, figure that should garner bragging rights if owners are capable of replicating the feat themselves. With no exact 0-60 time given, the 2018 Mustang’s 13.5 cubic-foot trunk provides ample room for those grains of salt. Read More >

As the next-generation 2018 Jeep Wrangler draws ever closer to its debut, an anonymous source who apparently attended a cozy, invite-only Fiat Chrysler Automobiles dealer meeting has spilled his or her guts.

The unconfirmed powertrain details leaked to JLWranglerForums shed light on what to expect under the slightly longer hood of the lighter, more aerodynamic Wrangler. It seems FCA’s battle with the Environmental Protection Agency hasn’t squashed its desire for a diesel Wrangler. Read More >

Ford’s German division has filed a patent for a new water injection system that could bring exponential improvements in efficiencies and high horsepower gains.

Truthfully, water injection isn’t a new technology, World War II fighter planes used vaporized water to improve low-speed thrust during take off, plus, an extra spurt of speed during dogfights. Post-war, both Saab and Oldsmobile offered vehicles with factory installed water injection systems before the technology enjoyed a renaissance in high-performance Group B rally cars during the 1980s.

Traditionally, water injection has been used as a shortcut to high performance, where a 50/50 water-alcohol mix is injected into the intake manifold where it’s used to lower combustion temperatures and cool the pistons and cylinder walls. This, in turn, reduces the likelihood of detonation and allows for higher compression ratios, which can manifest as either higher performance metrics or a more efficient engine.

But where Ford’s design differs is its focus on injecting water directly into the combustion chamber instead of its traditional upstream location in the intake tract. Read More >

Launched in mid-June 2017, the 2017 Honda Civic Type R is the first Honda-brand Type R product ever sold in the United States. And after generations of Honda enthusiasts tolerated relatively unimpressive horsepower totals from high-revving four-cylinder engines, Honda didn’t mess around with the latest, turbocharged Civic Type R.

306 horsepower at 6,500 rpm.  295 lb-ft of torque at 2,500 rpm.

Yet before the Civic Type R was even on sale in the United States, we learned that the 10th-generation 2018 Honda Accord would kill the V6 and replace it with, you guessed it, the Civic Type R’s 2.0-liter turbocharged four-cylinder. Incidentally, only a few days after that, we learned that the optional V6 in the Accord’s long-time rival, the new-for-2018 Toyota Camry, would generate 301 horsepower.

Win for Honda? Not so much, as Honda last week revealed a 2018 Accord 2.0T with 252 horsepower and 273 lb-ft of torque.

Huh? What? Why? Read More >

Two things leak more than the bathroom faucet at your Great Aunt Martha’s cottage in Saugatuck.

The White House.

And Buick.

It seemed fairly clear three months ago that something was afoot when GM Canada’s Buick.ca website momentarily revealed the 2018 Buick Regal GS’s powertrain: a 3.6-liter V6 and all-wheel drive. But Buick declined to comment, removing from the Canadian website the section that mentioned a V6 offering.

Once again, however, Buick appears to have let the horses out of the barn. Buick’s in-house magazine, B, revealed details ahead of schedule, GM Authority has learned. Rather than the 259-horsepower 2.0-liter turbocharged four-cylinder of current GSs that too often feels underwhelmed, B magazine says the 2018 Regal GS, “employs a high-feature V6 engine that furnishes an estimated 310 horsepower.”

The V6 liveth. Read More >

The engineers at Jaguar have crafted a new engine for the automaker, essentially filling in the last power gap in the brand’s lineup. Carrying the Ingenium name and a 30t badge, the automaker’s latest in-house mill is a turbocharged 2.0-liter four-cylinder designed to fill the space between the automaker’s 2.0-liter turbodiesel and 3.0-liter supercharged V6.

What kind of power, speed and fuel economy will this bring to the 2018 XE, XF and F-Pace, you asl? Jaguar has provided us with the answers. Read More >

Rising emissions regulations are forcing many automakers to adopt forced induction across the board. While some, like Mazda and Honda, have been milking naturally aspirated engines for all their worth, even they have turned to turbochargers to do some of the heavy lifting. General Motors has more than doubled North American sales of vehicles with turbo motors — going from roughly 288,000 units in 2011 to 712,000 in 2016, 23 percent of its total volume.

GM’s powertrain lineup has changed dramatically. A decade ago, only a handful of its models came with a turbo option, while just under half of today’s fleet uses some form of forced induction. The trend is set to continue for the 2018 model year, boosting the carmaker’s share of turbocharged offerings above the 50 percent mark. Read More >

Audi’s European introduction of the beastly SQ7 SUV caused no shortage of speculation last year. Even as Volkswagen Group’s emissions scandal raged, many hoped the raw power of the SQ7’s cutting-edge diesel engine would be enough to compel Audi to bring the model stateside.

Waiting followed. Then, even more waiting. Audi told excited journos it hadn’t greenlit the model for a U.S. launch, despite its very marketable 435 horsepower and 664 lb-ft of torque — power made possible by 4.0 liters of displacement, two turbochargers and a lightning-quick electric supercharger.

Late last year, Volkswagen CEO Herbert Diess put the chill on expectations, telling everyone it wasn’t likely they’d ever see a new diesel Volkswagen product in the United States. This, despite current advancements in diesel technology. It now seems any hesitation the automaker might have felt about that proclamation has evaporated.

Diesels? Dream on. Read More >

Full autonomy by 2020? An all-electric automotive portfolio by 2025? Not at Mazda, where deputy general manager for product, Kenichiro Saruwatari, says the internal combustion engine will be a part of Mazda’s lineup for at least another three decades.

“We need to have the internal combustion engine,” Saruwatri told Motoring. “Even beyond 2050 we will still utilise the combustion engine.”

But just because Mazda’s plans for the future aren’t limited to hybrids, EVs, and fuel cell vehicles doesn’t mean the engines under the hood of your 2050 Mazda CX-5 will resemble the engines of today. Read More >

The all-new 2018 Toyota Camry’s new 2.5-liter four-cylinder base engine generates 203 horsepower in the entry-level model, 206 horsepower in the 2018 Camry XSE.

This means the eighth-generation Camry offers the most standard horsepower of any car in America’s midsize segment, at least for the time being.

We know not yet what the 2018 Honda Accord will bring. Honda released some engine details last Friday, including information that reveals the death of the Accord’s V6 and future reliance on the 1.5-liter turbo from the Civic and CR-V — as well as the 2.0-liter turbo from the Civic Type R. But we don’t know how much power Honda, notoriously not a participant in any horsepower war, will allow the Accord’s basic 1.5T to produce.

Meanwhile, the Camry’s upgrade engine continues to be a 3.5-liter V6, and Toyota’s gone and done the right thing with that powerplant, too. Moar powah. Read More >

The 10th generation of Honda’s venerable Accord will debut for 2018 without a V6 engine option.

A few months later to the all-new midsize party than the next-generation 2018 Toyota Camry, the new Accord will not follow the Camry’s entrenched path of providing customers with a base four-cylinder and a V6 upgrade.

Instead, Honda will make do with the 1.5-liter turbocharged four already under the hood of the 10th-generation Civic and the fifth-generation Honda CR-V. As an upgrade, Honda will offer the 2.0-liter turbocharged unit from the 2018 Honda Civic Type R. In both cases, Honda has not yet revealed the power output. Honda will continue with an Accord Hybrid, as well.

But the V6 is a goner. Read More >

Ian Callum, the director of design at Jaguar, spoke recently at Coventry University’s National Transport Design Centre on various subjects related to the auto industry.

Callum, a Coventry University alumnus, touched on automotive history, autonomous vehicles, the buying process, even Jaguar itself.

Ian Callum also had something to say about the V8 engine, according to CAR Magazine.

Long live the Queen.

Long live the V8. Read More >

Suing automakers over diesel emissions violations is quickly on its way to becoming passé.

Since Volkswagen admitted to installing software that circumvented pollution laws, regulators have been on the hunt for their next big target. While it might make their efforts seem like a bit of a witch hunt, there’s good reason to be on the lookout. Studies have shown diesel emission levels are often much higher than analysts expected, with experts attributing the results to the high probability that other automakers are skirting regulatory guidelines — likely by way of defeat devices.

Daimler, Renault, and PSA Group are all being investigated in their home countries as FCA faces legal action within the United States.

General Motors is now being sued for allegedly installing defeat devices in its trucks to sidestep emissions tests, making it the sixth major manufacturer accused of diesel cheating since 2015. However, General Motors isn’t dabbling in gray areas, acting confused, or assuring the public it will get to the bottom of the accusations. It says the claims against it are flat out wrong.  Read More >

Complete with an alternate Miller Cycle that Volkswagen is calling the “Budack Cycle,” the German automaker has evolved its ubiquitous EA888 2.0-liter turbocharged four-cylinder engine for installation in the second-generation 2018 Volkswagen Tiguan.

Horsepower? For a 2.0T, it’s rather unimpressive at only 184 ponies. But Volkswagen isn’t caught up in horsepower per liter figures. Instead, Volkswagen’s own introduction of this “Budack Cycle” 2.0T makes the company’s existing 1.8T — currently on duty in four product lines — sound downright ineffective.

Naturally then, Volkswagen won’t reserve the Budack Cycle EA888 2.0T solely for the 2018 Tiguan. According to Volkswagen of America communications manager Mark Gillies, “It will eventually supersede the 1.8T in the Passat and Beetle.”  Read More >