2010 - Nissan 370z on 2040-cars

Auto blog

2014 Nissan GT-R Track Pack squares off against Audi R8 V10 Plus

The team over at Motor Trend has pitted the new Audi R8 V10 Plus against the Nissan GT-R. While both of the bright red all-wheel-drive supercars are comparably matched in power output, the similarities end there. Audi offers a mid-engine aluminum coupe with a naturally aspirated V10 that spits out 550 horsepower. Nissan shows up with a more traditional coupe equipped with a 545-horsepower twin-turbocharged V6 at the front of the car.
The Head-to-Head video takes both cars to the Streets of Willow Springs in the California desert for some track work with professional racing driver Randy Pobst behind the wheel. After a day at the track, the pair head to the local mountains for some spirited real-world driving. One dominates on the circuit, while the other earns back its credibility in the canyons. We won't tell you which coupe comes out on top, but we think you may be surprised. Follow the link below to watch for yourself.

Nissan GT-R LM Nismo pulls its way to Chi-town

We generally take it as a given that, as far as performance goes, rear-wheel drive is better than front. All-wheel drive can be better than either, in some cases, but you need power going to the wheels that aren't also handling the steering while leaving the others just tagging along for the ride. Right? Well Nissan is here to upend that notion with the new GT-R LM Nismo, presented here at the 2015 Chicago Auto Show. After supporting the DeltaWing project a couple of years ago and fielding its own ZEOD RC prototype last year, Nissan is returning to Le Mans this year with another oddball endurance racer. Only this time, it's going for gold, competing against the likes of Porsche, Audi and Toyota for the overall win in the top-tier LMP1 class. Tying this front-drive, 1,250-horsepower hybrid racing prototype to the all-wheel-drive GT-R may be tenuous, but we have to hand it to Nissan for shaking things up. In the process, Nissan has also confirmed the hot shoes who'll be tasked with manhandling this beast around the Circuit de la Sarthe (and the rest of the tracks on the 2015 FIA WEC calendar). Joining former Le Mans winner and longtime Ferrari test driver Marc Gene will be Super GT champion Tsuigio Matsuda as well as Harry Tincknell and Olivier Pla (both experienced from the largely Nissan-powered LMP2 field), Nissan factory driver Michael Krumm and GT Academy graduates Lucas Ordonez and Jann Mardenborough, both of whom have made their way into professional racing on the merit of their video gaming abilities. We'll be looking forward to watching them try to get the best out of this most innovative Datsun.

Nissan considering Rogue Hybrid for US

If Nissan can pull 48 miles per gallon out of a hybrid version of the Rogue we say "go for it" to the rumored discussions it may be considering just such a vehicle for the United States. The Japanese automaker is already gearing up to start selling the X-Trail (the JDM Rogue) in hybrid form in Japan. So why not the US? Indeed, the compact crossover may soon get a hybrid version here, Automotive News says, citing comments from Rogue chief engineer Nobusuke Toukura. The X-Trail Hybrid, which goes on sale in Japan next month, cuts nitrogen oxide emissions by 75 percent compared to the gas-powered version while offering more torque from of a smaller gas engine. The model, which sells in the $23,000-to-$27,000 range, also gets an impressive 48 mpg (on the more lenient Japan driving cycle). NIssan USA spokesman Brian Brockman said the company hadn't made any announcements regarding a possible Rogue Hybrid for the US and declined to comment further. The Rogue is Nissan's second-best-selling model in the US, behind the Altima. Through March, Rogue sales were up 28 percent from a year earlier to more than 64,000 units. While hybrids account for a far higher percentage of new vehicles in Japan than in the US, increased US fuel-economy standards combined with the model's popularity make the Rogue Hybrid a fairly logical next step for the model.