For this review, we spent hundreds of miles driving nearly every one of the Elantra’s powertrain combinations, including the high-performance Elantra N. The rating for this section is an average of them, with the standard engine ranking lower (7) and the Elantra N ranking higher (10).
Under the hood of the standard Elantra, a 2.0-litre 4-cylinder engine making 147 horsepower and 132 pound-feet of torque is paired to a continuously variable transmission (CVT) driving the car’s front wheels. A six-speed manual transmission is the default on the base model, and the CVT employed otherwise uses a chain-type variator and employs step-gear programming for superior responsiveness, feel, and sound. Indeed, it is among the better CVTs available in a compact car.
According to Natural Resources Canada, entry-level Elantras are supposed to return 7.8 litres per 100 kilometres in combined driving with the manual transmission and 6.4 with the CVT, while upper grades use 6.7 L/100 km combined. We got 7.5 L/100 km with the car in its Normal driving mode the majority of the time. Other driving modes include Smart and Sport.
With this drivetrain, power is fine around town, the front-wheel-drive Elantra feeling athletic and nimble in urban, high-traffic situations. Ask for highway merging or passing power, and it feels comparatively gutless, making more noise than it does additional forward momentum. The engine note isn’t particularly pleasant, but it is evident only when you’re mashing your right foot down on the accelerator pedal. The rest of the time, the car is remarkably quiet.
Unlike upmarket Elantra models, the standard versions use a beam-axle rear suspension instead of the more sophisticated independent multi-link setup in the Hybrid, N Line, and N. Most people won’t notice the difference, because Hyundai has expertly tuned the beam axle suspension to eliminate the weird rear-end bouncing evident in the previous-generation Elantra. If you know what you’re looking for, you can still tell the difference, but this more basic and affordable suspension solution is not the ride and handling liability it used to be.
With the Ultimate grade, the Elantra gets handsome 17-inch alloy wheels. They help to improve the car’s appearance and, likely, its handling. They may have also increased the amount of road noise on concrete and rough-aggregate road surfaces. On smooth blacktop, the Elantra is quite quiet even at 100 km/h.
Elantra Limited Hybrid Driving Impressions
Hybrids use a 1.6-litre Atkinson-cycle four-cylinder engine, an electric motor, an electric starter/generator, and a 1.32-kWh lithium-ion air-cooled battery mounted under the back seat. Together, these components make 139 horsepower, and the Elantra Hybrid uses a six-speed dry dual-clutch automatic transmission (DCT). It has an EV mode allowing it to operate solely on electricity at lower speeds or while coasting, and the battery recharges when the car is coasting and braking.
Both grades are rated to consume 4.4 L/100 km in combined driving. We averaged 5.6 L/100 km in the Elantra Ultimate Hybrid.
Why didn’t we hit the expected number? Mountains. During the city and coastal portion of the drive, the car averaged 4.6 L/100 km. But then we ascended to nearly 2,000 feet of elevation in a matter of minutes, shaving a full litre per 100 kilometres off of that average by the time we reached the mountaintop
The Elantra Hybrid is more satisfying to drive thanks to its instant electric motor torque and its six-speed DCT. The brake pedal can feel a little heavy and numb when the driver rapidly applies the regenerative brakes, but they never feel grabby in traffic.
While driving at a rapid clip on a writhing mountain decent, some pavement undulations fully extended the suspension. At the same time, the car exhibited a flat cornering attitude, and the steering felt good in the driver’s hands. Best of all, there wasn’t any indication of the added weight of the hybrid components.
Overall, the Elantra Hybrid is an impressive car, but in terms of fuel savings, it will take years for an owner to recoup the extra cost of the powertrain. Instead, choose it for the immediate torque, the DCT, and the independent rear suspension, and you’ll be happier with the decision.
Elantra N Line Driving Impressions
Our time with the sporty Hyundai Elantra N Line was brief because Hyundai put us behind the wheel of something even better instead. During a mid-day lunch break, we grabbed the keys to an Elantra N Line.
The N Line replaces the Sport in the Elantra lineup. Similar to the Elantra Sport, the redesigned Elantra N Line has a turbocharged 1.6-litre four-cylinder engine making 201 horsepower at 6,000 rpm and 195 pound-feet of torque from 1,500 rpm to 4,500 rpm. A seven-speed dry DCT with paddle shifters is the standard transmission in Canada.
Additionally, the N Line gets a full sport suspension tune, quicker steering, and larger front brakes. It sits on 18-inch wheels wrapped in 235/40 tires.
We put 22.5 km on the N Line, all mountain driving on two-lane roads, which likely explains our 10.2 L/100 km fuel use average. That’s well short of the Natural Resources Canada rating of 7.6 L/100 km in combined driving.
With its sport tuning, multi-link rear suspension, and thick torque band, the Elantra N Line was fun to drive. But not nearly as much fun as the Elantra N.
Elantra N Driving Impressions
Hyundai needed someone to test drive its camouflaged Elantra N high-performance models from a hotel to a lunch spot in the mountains, and the company assigned us to take the one with the eight-speed wet DCT transmission on the 75 km journey.
To characterize this as a memorable experience is an understatement.
A turbocharged 2.0-litre 4-cylinder engine generates 276 horsepower and 289 lb-ft of torque, and pairs with a six-speed manual or eight-speed wet DCT. An electronic limited-slip differential (eLSD), which Hyundai calls an N Corner Carving Differential, helps to ensure the power gets to the ground as effectively as is possible. Natural Resources Canada hasn’t rated the Elantra N, but we averaged 12.1 L/100 km in a mix of city, speedy mountain road, and highway driving.
The steering wheel, lifted from the Veloster N, has a Drive Mode button and N Button (the one with the flag on it). Push the N button to call up a standard N performance configuration for the car. Or, select N Custom to choose settings for the engine response, transmission rev matching, eLSD behaviour, steering effort, suspension firmness, and exhaust sound. With the DCT, there is also a red steering wheel button marked NGS, which stands for N Grin Shift.
Additionally, the Elantra N has an electronically controlled suspension, 34.5 cm front and 31.5 cm rear brakes, a variable-valve exhaust system with larger outlets, and 19-inch wheels wrapped in 235/35 summer performance tires.
In a nutshell, the Hyundai Elantra N drives like a Hyundai Veloster N, but with a four-door sedan body style and an extra layer of refinement. Depending on how you set the car up, it can be quiet and docile or cacophonous and dynamic. Regardless of setting, it rides firmly. And when you push hard on the accelerator, the raspy exhaust makes its presence known.
With the car in its default N mode, we took a rousing run up and down a canyon road that was a lumpy mess of ribboned pavement fraught with narrow lanes, rockfall, decreasing radius corners, tight hairpin turns, and endless sets of S-curves. It is the perfect environment for a car like the Elantra N.
At Hyundai, N stands for both Namyang, where the company develops vehicles, and the Nurburgring, where the company tunes its sport and performance cars. That badge earns its place on the Elantra N, which exhibits truly astounding capability out in the wild.
From instantaneous powertrain response and the wet DCT’s immediate and forceful shift character to stout brakes and fast, laser-accurate steering, the Elantra N is a driving enthusiast’s dream accompanied by a snap, crackle, and pop soundtrack. Best of all, the car’s consistent behavior, from grip and balance to the indefatigable brakes, engenders the trust necessary between the driver and the machine to maximize velocity.
Did we love driving the Elantra N? Oh, you bet. All it’s missing is a torque-vectoring all-wheel-drive system.