2013 Hyundai Elantra Gls on 2040-cars

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2019 Volkswagen Jetta GLI vs. sport compact sedans: How they compare on paper

Hot hatchbacks may be stealing the headlines, but they're not the only way to get cheap speed. There are actually a number of small sporty sedans on the market, too, in case you want that more formal roofline. The recently revealed 2019 Volkswagen Jetta GLI highlighted these vehicles, so we figured we'd take a look at the specifications and see how they compare to each other. Our contenders are the aforementioned VW, along with the 2019 Honda Civic Si, 2019 Subaru WRX and 2019 Hyundai Elantra Sport. All four start under $30,000 and offer more than 200 horsepower. And of course, they all have trunks. In our comparison, we'll look at each car's powertrain comparing horsepower and torque. We'll also look at practicalities such as interior space, fuel economy and pricing. You can see the raw numbers in the chart below, followed by additional analysis and links to reviews. If you'd like to compare any of these cars with a different group, be sure to check out our car comparison tool. Engines and drivetrains Performance, and particularly power, is likely a priority for a sporty sedan buyer, and there's a clear leader: the Subaru WRX. At 268 horsepower, it's 40 ponies ahead of the next most potent car, the 228-horsepower Jetta GLI. It also ties the GLI for torque at 258 pound-feet. Both cars also support the old adage that "there's no replacement for displacement," since each have 2.0-liter engines while the Hyundai has a 1.6-liter unit and the Honda engine only displaces 1.5 liters. The Hyundai and Honda are nearly tied for power and torque, too, at roughly 200 horsepower and 195 pound-feet of torque. Another bonus for the Subaru is its standard all-wheel-drive system, which is handy for power delivery, lateral grip and for inclement weather. While the Jetta GLI and Civic Si are front-drive only, they do feature mechanical limited-slip differentials to enhance traction under power. The Elantra Sport makes do with electronic aids and an open differential. We're pleased that all four of these cars offer manual transmissions, too. But if you do want or need an automatic transmission, the VW, Subaru and Hyundai have you covered. The VW and Hyundai rely on seven-speed dual-clutch transmissions, and the Subaru uses a CVT with eight preset ratios for manual mode shifting. The Civic Si, though, is manual only (and it's an excellent manual at that).

EPA says it will more closely monitor fuel economy claims from automakers

The unintended acceleration brouhaha at Toyota led to the National Highway Transportation Safety Administration tightening the vise on recall procedures. Likewise, the fuel economy kerfuffle that blew up with Hyundai and Kia's admission of overstated fuel mileage claims could lead to the Environmental Protection Agency policing automaker assertions by performing more audits.
At least, that's what a senior engineer with the government agency said while in Michigan giving a talk, according to a report in Automotive News. What that actually means, however, is still in question. Just ten to 15 percent of new vehicles - something like 150 to 200 cars per year - are rested by the EPA to verify automaker numbers. The EPA's own tests include a "fudge factor" to adjust lab mileage for real-world mileage, and the agency still relies on automakers to submit data for tests that it doesn't have the facilities to perform. How much more auditing can the EPA really expect to do, or perhaps a more relevant question would be how much more accurate could the EPA's audits become?
The price of gasoline, the psychological importance of 40 miles per gallon to a frugal car buyer, an automaker wanting to further justify the price premium of a hybrid, all of these things contribute to fuel economy numbers that insist on creeping upward. Perhaps the senior engineer encapsulated the whole situation best when he said, "Everybody wants a label that tells you exactly what you're going to get, but obviously that's not possible. A good general rule of thumb is that real-world fuel economy is about 20 percent lower than the lab numbers." If the lesson isn't exactly 'buyer beware,' it's at least 'buyer be wary.'

Hyundai Ioniq launches in Korea before challenging Prius in US [w/video]

Enough with the teasers already: Hyundai has officially launched its first dedicated electrified vehicle. The Korean automaker is naturally rolling out the all-new model in its domestic market before sending it our way. But when it does arrive, it will offer a choice of three powertrains with decreasing levels of reliance on fossil fuels. Hyundai isn't saying how far or how fast the Ioniq hybrid will travel, but it will travel on electric mode at up to 75 miles per hour. Deriving its name from an amalgamation of "ion" and "unique," the new Ioniq bears a shape largely dictated by aerodynamic requirements, helping the Ioniq achieve a drag coefficient of just 0.24, and lending it a similar appearance to the Chevy Volt, Toyota Prius, and Honda Insight. Unlike those vehicles, Hyundai will offer a fully electric version of the Ioniq at some point in the future. For the time being, the manufacturer has only detailed the hybrid version. The powertrain is built around a new 1.6-liter four-cylinder Kappa engine rated at 104 horsepower and 108 pound-feet of torque. It's paired to an electric motor that's good for another 43 hp, giving the system a combined output of 139 hp and as much as 195 lb-ft, transmitting power through a new six-speed dual-clutch transmission with a lithium-ion polymer battery pack, hidden under the flat-folding rear seat to maximize passenger and cargo space, supplying the electric motor. Though the focus here is clearly on efficiency, Hyundai says it has also designed the Ioniq to behave in a sportier fashion than its rivals. Hyundai isn't saying how far or how fast the Ioniq hybrid will travel, but has disclosed that it will travel on electric mode at speeds of up to 75 miles per hour. To further its range, the automaker fitted an efficient HVAC system, mounted low-rolling resistance tires, and developed a system that predicts energy requirements based on the programmed route and on traffic patterns to optimize charging and required level of gas engine assistance. It also made the vehicle as light as possible, using high-strength steel for the structure and aluminum for non-structural panels. Even the cargo cover is 25 percent lighter than a conventional one, and the construction uses a variety of renewable and recycled materials like (sugar cane and soybean oil) that are both environmentally friendly and lighter.