2015 Yamaha XJR1300 And XJR1300 Racer Announced For Intermot

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In a time where air-cooled icons like Harley-Davidson, Indian, BMW‘s boxer engine and the Ducati Monster have all embraced the radiator, it’s a bit surprising to know Yamaha is still offering the XJR1300 in Europe. Featuring the world’s largest-displacement air-cooled Inline-Four engine in production, the XJR1300 lives on in 2015 with a new custom-inspired look and a cafe racer variant.

The 2015 XJR1300 was inspired by a custom from builder Keino called “Rhapsody in Blue” as part of Yamaha’s Yard Built program. Yamaha incorporated custom design elements into the XJR1300, much like it did for the Star Bolt.
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The slim 3.8-gallon fuel tank accentuates the XJR1300′s fuel-injected 1251cc I-4. Carrying an extra 111cc over its obvious competitor, the Honda CB1100, the XJR1300 is powered by a fuel-injected 1251cc I-4 claiming 96.4 hp at 8000 rpm and 80.0 ft-lb. at 6000 rpm. A matte black 4-2-1 exhaust pipe flows from the front of the cylinders to the muffler which extends below the XJR’s new stubby tail.

The chassis is comprised of a steel double cradle frame. The XJR1300 uses a telescopic fork with diamond-like carbon-coated inner tubes offering 5.1-inches of travel and Ohlins dual rear shocks with 4.7-inches of give.

Custom elements include the racing plate-style aluminum side covers with mesh inserts, tapered aluminum handlebars, compact headlight and stitched seat.IMG_6912.JPG
The XJR1300 Racer is a based on the Yard Built custom by Deus Ex Machina called “Eau Rouge“. The special edition model is a cafe racer variant made with parts from Yamaha’s parts and accessories catalog.

The Racer adds a carbon fiber fairing, a short carbon front fender and clip-on handlebars to deliver a ’70s-inspired cafe racer look. Other additions include an aluminum front fender stay and a carbon cover for the passenger seat.

Both the XJR1300 and the Racer variant will be available in three color choices: Power Blue, Matt Grey and Midnight Black. Yamaha will officially present the 2015 XJR1300 at the Intermot show in Cologne before delivering it to European showrooms in December.

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There’s no word of any plans for a U.S. release. The 2014 XJR1300 was only available in Europe and there’s little sign of that changing for 2015. But with Honda’s CB1100 striking the right chords with customers, the Tuning Fork company may decide to bring the XJR1300 over.

[Source: Yamaha]

Next R36 Nissan GT-R to Draw on Vision Gran Turismo Concept

As we speak, just 90 examples of the Nissan GT-R are being sold in the U.S. per month and 60 per month in the Japan. These relatively slow sales figures shouldn’t come as a real surprise considering the GT-R is the better part of seven years old. Consequently, the Japanese marque is hard at work creating its successor and it has emerged that design wise, the new GT-R could draw heavily on the Concept 2020 Vision Gran Turismo unveiled a couple of months ago.

2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH

According to a source from Motoring, the next-gen GT-R will be a toned-down version of the 2020 Vision Gran Turismo. As a result, we can expect the new GT-R to still remain recognizable as a GT-R yet one which is well and truly up with the times.

2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH

Beyond the design, the GT-R will be extremely significant in that it will adopt a hybrid power-train for the first time. The current 3.8-litre twin-turbocharged V6 engine of the existing car is likely to be maintained along with its all-wheel drive system to keep costs down. Thanks to the addition of a new electric motor co-developed by Williams, the new GT-R will boast significantly more power.

Torque could quite conceivably jump from the existing 442 lb-ft in the GT-R Nismo into the region of 737 lb-ft of torque. This will necessitate a brand new transmission and that is expected to come in the form of an eight-speed ‘box in place of the existing six-speed.

In terms of power, the Motoring source believes the next-generation Nissan GT-R could deliver close to 800 hp. Due to the huge increases in power and torque, additional cooling will be required for the Japanese supercar which is reportedly one of the main reasons for the design change. The new design will help provide effective cooling for the hybrid system.

It remains unclear just when the new GT-R could launch, but a concept could be unveiled at next year’s Tokyo Motor Show before the production-spec car arriving in 2018.

[Via Motoring]

2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R2020 GT-R R36 Concept RacingHeritage RH36 Concept
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH
2020 GT-R R36 Concept RacingHeritage RH

Nissan’s Next GT-R to deliver 784hp

The Nissan GT-R is one of the fastest coupes on the planet. Boasting a 0-60 mph sprint time as low as 2.7 seconds that shreds far more expensive competition, it rivals the mighty Bugatti Veyron for pure off-the-line acceleration.

2015 Nissan GT R Nismo
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Nissan GT R Nismo

Nissan product planners are under pressure to make the car, out since 2007, more desirable.
Why? Because Nissan CEO Carlos Ghosn, who initially took a lead role in green-lighting the GT-R, now says he has no interest in cars that don’t sell in volume and make money. Makes sense. You see, the GT-R is not doing well. Godzilla, as we’ve come to know it, is only selling an average of 90 cars in the U.S. and 60 units in Japan each month.

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That’s why Nissan planners are making last-ditch efforts to make the GT-R a more saleable car in showrooms from Los Angeles to London to Tokyo. And to do that, they are pulling out all the stops.
They’re taking a GT-R-branded hybrid LMP1 to the legendary 24 Hours of Le Mans next year to highlight improved environmental credentials. That translated, yes, the next-generation road-going GT-R will get a hybrid powertrain.

2015 Nissan GT R Nismo
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Nissan GT R Nismo
The LM-spec race-ready “Nissan GT-R LM Nismo” will employ gas-electric technology and join other hybrids on the grid including front-runners Audi, Porsche, and Toyota.
Just as critical as a powerful, fuel-efficient powertrain however, is the car’s exterior styling. With the next car, Nissan wants to make amends. After all, the current GT-R has looks that do nothing to imply its performance.

Never meant to have a sexy exterior, the GT-R is a purpose-built scud missile for the road. When other cars were shopping for designer suits, the GT-R was taking steroids and pumping iron.

Nissan Concept 2020 Vision GT
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Nissan Concept 2020 Vision GT
Nissan wants to change that. A source close to the company says the new street-spec car will not only employ full LMP-spec carbon fibre cowling, but take on a form similar to the Nissan Concept 2020 Vision Gran Turismo (pictured above and below), revealed at the Goodwood Festival of Speed in June.
While one Nissan designer hinted that this concept points toward a future GT-R design, the styling seems too radical for a road-going car and not radical enough for a race car. “You can expect to see the next-gen GT-R get a toned-down version of the 2020 Vision GT car,” said our source. Our artist’s rendering at the top of the page takes the 2020 Vision concept and tones it down with a more road-going treatment. It still looks like it belongs in a Transformers movie, but at least it’s edgier and boasts better proportions all round.

To keep costs down, Nissan will carry over several strategic components from the R35 GT-R to the new R36 model. The twin turbo 3.8-liter V-6, transaxle layout and 4WD powertrain will remain. What’s different is the electric motor that will be just aft of the engine.

Nissan Concept 2020 Vision GTIMG_6751.JPG
Nissan Concept 2020 Vision GT
The latest revision of the R35 GT-R packs a 550-hp punch with the current Nismo model producing 600 hp. Our insider confirms also that the car’s mammoth 442 lb-ft is about as much torque as the current six-speed DCT gearbox can take.
Adding an electric motor will boost maximum torque to the neighborhood of 737 lb-ft, requiring the total redesign of the next-generation car’s transmission, which will be an eight-speed. This will give engineers a chance to attack the current gearbox’s noise level and clunkiness at low speeds.
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Our source says that the R36 GT-R’s V-6 will develop around 650 hp, with 134 hp coming from its electric motor, elevating total power output to a very healthy 784 hp. However, one problem that appears to be plaguing engineers is the cooling of the batteries used in the new hybrid system.

This is where the Le Mans experiment next year will pay off as engineers find ways to deal with the huge amounts of regenerative brake energy created under heavy braking, and then the sizable energy expended under hard acceleration.

Nissan bosses will no doubt be paying attention to similar battery cooling issues with new hybrid systems on this year’s F1 cars and Japan’s Super GT championship.
As our source said, “that is why the styling of the new GT-R will have to be so radically different. It’ll have to be penned to enable much more efficient cooling for the hybrid system as well as gain more efficient aerodynamics.”

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But unlike many other carmakers who rely on electronics companies for their Li-ion batteries, Nissan designs and builds its own while co-developing next-generation hybrid systems with the Williams F1 team.

Nissan Race Car Teaser

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Nissan Race Car Teaser
So all the pieces appear to be falling into place for a hotter-than-ever GT-R. Right? Maybe not. One unexpected development that may throw a wrench in the works is the untimely departure of Executive Vice President Andy Palmer, who resigned in August to take up the top job at Aston Martin. Palmer had been in charge of the GT-R project and was one of its strongest proponents.
Questions are already being asked. “Who will take over?” “Will they be able to convince Ghosn to see the project through?” We think so, although it might be slightly delayed.

If the R36 GT-R does get the green light, and we expect it will, keep an eye out for a concept version at the 2015 Tokyo Motor Show and a production model in 2018.

Via MOTORTREND & Peter Lyon

Rendering courtesy of Holiday Auto magazine.

HONDA NSX SHAKEDOWN

We are rather excited about the coming of Honda’s new NSX. It’s been a long while since the S2000 came onto the market – the last time the noble brand pushed whole heartedly into the world of pure sports cars. It’s about time they picked up the challenge.Interesting to see then recently that the Honda (or is it Acura) NSX prototype lapped the 2.4-mile Mid-Ohio Sports Car Course in Lexington, Ohio, just prior to the running of the Honda Indy 200.

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Understandably a lot of energy from the USA has been directed at the project. It is, after all an absolute key market for all luxury items. And we reckon the USA will be THE make or break territory for the new launch.

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Ted Klaus, Chief engineer of Honda R&D Americas, Inc. said: “With leadership from our R&D and manufacturing teams here in Ohio, we are developing a next generation sports car that will be equally at home on the street and on the race track, so it is natural for us to showcase the prototype vehicle here at Mid-Ohio. It is exciting for us to see the prototype running on track, reflecting the great progress we’re making toward the 2015 global launch of the NSX, as we engineer a new sports-car experience for customers around the world.”

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…and something North American too…
…and something North American too…

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Corporate guff aside it’s interesting to see how the Acura brand articulates all that new, greener supercar technology to the Americans. Will they sneer at the six cylinder setup of the Honda NSX? Targeting next-generation supercar dynamic capabilities with advanced environmental performance, the NSX will be powered by a mid-mounted, direct-injected V-6 engine mated to Honda’s Sport Hybrid SH-AWD® (Super Handling All-Wheel Drive) system. Sport Hybrid SH-AWD® is, apparently, an all-new, three-motor high-performance hybrid system that combines torque vectoring all-wheel drive with advanced hybrid efficiency through the use of three electric motors – one motor integrated with the V6 engine and its all-new dual-clutch transmission (DCT) driving the rear wheels, and two motors driving the front wheels. The system enables instant delivery of negative or positive torque to the front wheels during cornering to achieve a new level of driving performance unparalleled by current AWD systems.

Key to all this positioning is that the NSX will be assembled in Marysville Ohio – playing to the very prevelant ‘Made in America’ movement that is making a serious impact on the internal economy of the post powerful nation on the planet. Globally sourced, Japanese engineered – and made in America. A potentially very powerful statement.

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GAS TURBINE TECHNOLOGY

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Whilst scouring the web for images of Americana, I came across these amazing pictures of Graham hill-driven Turbine Indy car from around 1968 in the Life Photo Archive.

In the race to produce an alternative to the internally combusted, piston-and-crankshaft model of car propulsion, there have been many interesting experiments. The gas turbine was one of most audacious and surely the least fuel-efficient.

Gas turbines use combustion like normal car engines, but instead of crankshafts and pistons, gases forced over blades of the turbine rotate, creating the drive.

Among the most high profile early turbine experimenters were Colin Chapman of Lotus fame. Chapman introduced the Lotus 56B F1 car in 1971, powered by a Pratt & Whitney gas turbine.

Turbine powered cars, with no gearbox and incredible power, had achieved some success in American Indy oval racing, where the turbines could be opened up at a constant rate for long periods, but apparently problems with two-way turbo lag in the more dynamic F1 context, which required staccatto braking and acceleration for hours on end, forced Chapman to abandon the project before the car had raced in anger.

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Turbine engine

I imagine that gas turbine’s one-dimensional power arc might even have an application on the razor-straight, grid like road system of contemporary America. Every vehicle I have driven in America, from taxi cab to bus to Hhotrod seems great at going forward, loudly, with as little effort as possible, but the bump and grind of a twisty road is another proposition entirely.

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