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Infiniti Q60 Project Black S packs F1-derived hybrid twin-turbo V6

At the 2017 Geneva Motor Show, Infiniti unveiled the Project Black S, a souped-up version of the Q60 coupe that packed technology derived from the Renault Sport Formula 1 Team's race cars. Details were scarce. Aside from some F1-inspired bodywork, all we knew was that the twin-turbo V6 would be paired with a kinetic energy recovery system, or KERS for short. At next week's Paris Motor Show, Infiniti is bringing a new concept that's a bit more polished as well as some additional details about what rests under the hood. The car is still dubbed the Infiniti Project Black S. The car still packs a twin-turbocharged 3.0-liter V6 paired with an energy recovery system. Infiniti claims the car makes 563 horsepower, up from 400 in the Q60 Red Sport 400. The Project Black S should hit 60 mph in fewer than four seconds. The powertrain uses three motor generator units (MGU) and a single MGU-K that harvests brake energy. Two electric turbochargers harvest heat energy from the exhaust, meaning the car can gain energy both under braking and acceleration. Visually, there's not much that's changed from last year's Geneva concept. We only have one new photo, but to our eyes the only difference is a few yellow accents on the front bumper. We'll have to wait until next week's reveal for more photos. Related Video:

First Infiniti QX30 Concept image released ahead of Geneva Motor Show

After releasing a shadowy glimpse of the rear of the QX30 Concept a few days ago, Infiniti is finally shining some light on the premium compact crossover's backside ahead of the vehicle's full debut at the 2015 Geneva Motor Show on March 3. The QX30 is a thorough reworking of the brand's Q30 Concept from the 2013 Frankfurt Motor Show. Many of the same styling elements show up on the latest luxury crossover interpretation, but the touches are tweaked to better align with Infiniti's latest look. In addition to jacking up the ride height by 1.2 inches, the CUV gets hard creases in its sheetmetal and complicated 21-inch aluminum wheels that really grab the eye. The rear wears a contrasting dark purple stripe that separates the hatch area from the exhaust tips housed in the skid plate, and both concepts share a coupe-like proportion with the backseat door pulls hidden for a cleaner line. While not pictured, the company says the vehicle has a glass roof. Infiniti still isn't showing the aluminum-trimmed front of the concept yet, but the automaker admits that the styling on display here hints at the possibility of a future premium compact crossover, which isn't really a surprise. The company has talked about a production QX30 several times in the past. First image release of strong and stylish Infiniti QX30 Concept • Concept combines elevated crossover stance with strong coupe contours • World premiere at 2015 Geneva International Motor Show • Enhanced crossover is 30mm taller than Q30 Concept HONG KONG – Infiniti today provides the first full glimpse of the QX30 Concept, which will have its world premiere at the 2015 Geneva International Motor Show. The crossover concept hints at a future premium compact vehicle and gives a strong indication of the brand's commitment to this segment. Pushing design boundaries, the QX30 Concept combines the sleek lines of a coupe with the distinguishing features and higher stance of a crossover. Looking poised for action, yet fluid, it promises to deliver effortless capability with style. "We wanted the spontaneous fluidity of the QX30 Concept design to cut through the urban clutter and rigidity, reflecting its go-anywhere and spur-of-the-moment nature," said Alfonso Albaisa, Infiniti Executive Design Director.

How Infiniti's 'gas-generated EV' isn't the jumbo shrimp of powertrains

LOS ANGELES — Infiniti recently introduced the concept of what it's calling "gas-generated EV" powertrain technology. At first read, and perhaps everyone thereafter, the term seems contradictory, not unlike "jumbo shrimp." How can an electric vehicle use gasoline? The answer to that is both a technological one and a marketing one. Technologically speaking, Infiniti's electrified powertrain concept is a series hybrid, most comparable to what Honda employs in its Insight, Accord Hybrid and new CR-V Hybrid. In the most basic of terms, the car's electric motor powers the wheels, the battery pack powers the electric motor, and the gasoline engine recharges the battery pack along with regenerative braking. By contrast, a parallel hybrid system as used by Toyota and others can power the wheels with the electric motor, the engine or, most frequently, both simultaneously. The result of a series hybrid is a powertrain that performs and feels more like an electric vehicle, while the engine generally whirs away, often not in step with what your right foot is doing. The Infiniti system is comparable to this, albeit with more powerful motors resulting in a more performance-oriented bent. Here's where things diverge, however. Under certain constant cruise conditions, say on the highway, the Honda system directly connects the engine with the drive wheels for greater efficiency. The Infiniti "gas-generated EV" concept will not, which frees engineers and designers to package the gasoline engine someplace other than under a front hood. In that way, it benefits from the sort of packaging advantages associated with electric vehicles. The closest comparable in this way is the BMW i3, which locates its tiny gasoline engine under the cargo area and does not attach it mechanically to the drive wheels. That's a range extender for an electric vehicle, though, which Infiniti is quick to insist is not what's going on here. There is no plug. This is a hybrid. So what's the deal with that name? If it walks like a duck and talks like a duck Â… Talking with Infiniti Group VP Jeff Pope, "gas-generated EV" is definitely a work in progress or at least a placeholder for something catchier and perhaps less contradictory in the future. "Why we're using 'gas-generated EV' is to get away from 'hybrid,' because 'hybrid' is associated with a parallel hybrid system, which has a gas engine and an electric motor that both run the powertrain.