AMS Alpha 12 GT-R

Gallery:
http://www.autoblog.com/photos/2012-...photo-5103320/

Horsepower is highly addictive. As automotive enthusiasts, we crave it insatiably.

Each time we place ourselves behind the wheel of a vehicle, a brief moment arrives when we wish for just a little more potency. Whether driving a 138-horsepower Kia Rio or a 638-horsepower Chevrolet Corvette ZR1, there is always an instant when the initial rush begins to slow and we ache for just a little bit more.

But what if it were possible to have too much power? What if there were a vehicle that satisfied our desire so completely, to the point where we were overwhelmed (think along the lines of sweet-tooth Augustus Gloop swimming in ***** Wonka's river of chocolate)? Would we finally stop thirsting for more?

To solve the riddle, we tracked down the fiendish Alpha 12 GT-R by AMS Performance. It is not just the quickest accelerating street-legal car that Autoblog has ever driven. With a quarter-mile time of 8.975 seconds at 169.49 miles per hour, it is likely the quickest street-legal production vehicle on the planet.


Founded in early 2001, AMS Performance is no stranger to horsepower. One of the company's first projects was tweaking Ford's turbocharged 2.3-liter under the hood of the (under-appreciated) Merkur XR4Ti. It wasn't long before the team, led by Martin Musial, began tooling on more capable cars like the Mitsubishi Evolution VIII and Nissan 240SX. By 2007, the company had moved to a facility in West Chicago and its competition-only AMS drag car had captured the title as the "World's Quickest Evo VIII." In 2009, AMS expanded its portfolio and began to focus on a wider variety of sports cars from Porsche, BMW, Hyundai and Nissan.

But it was the Nissan GT-R (aka "Godzilla") that really captured the company's attention. Despite being blazingly fast right off the showroom floor, AMS developed and refined the car to deliver even quicker acceleration. World records fell as its Alpha 6, Alpha 9 and Alpha 10 models devoured the competition at drag strips and on racing circuits. But then the Alpha 12 was developed – it is, in three simple words, Godzilla on crack.

Transforming a GT-R into an Alpha 12 is involved. After customers supply AMS with a donor R35 GT-R (new or used), the stock powertrain is surgically pulled and the metamorphosis begins. The OEM 3.8-liter VR38DETT V6 block is bored out to 4.0-liters of displacement, reinforced, and then fitted with an AMS Alpha CNC race ported cylinder head with AMS custom camshafts, AMS injectors, AMS MAP sensors and more. The stock turbochargers are ditched and replaced with an AMS Alpha 12 Turbo Kit, and an AMS intercooler and pipes are installed to reduce the charge temperature. The entire exhaust, from downpipes to the muffler, is then replaced with high-flow componentry. Lastly, the stock gearbox is upgraded with PPG and Dodson components and the differential is fitted with a high capacity oil cooler. What finally emerges is a balanced and blueprinted AMS Alpha 4.0L Race Engine.


Locate a dynamometer that can handle it and the Alpha 12 will show you 1,100 horsepower and 900 pound-feet of torque on 93 octane unleaded. Pump in some racing fuel, and those numbers rise to 1,500 horsepower and 1,050 pound-feet of torque. The figures are dizzying, but they speak for themselves. The 0-60 sprint takes 2.4 seconds. More spectacular is the acceleration from 60-130 mph. The Alpha 12 does it in just 3.31 seconds. In the aforementioned quarter mile, a range-topping Bugatti Veyron 16.4 Super Sport (almost a second slower in the benchmark) would be left choking on its dust.

Understandably, a car like this needs some serious real estate to run. Wide open asphalt in places like Texas, Nevada or the deserts of California come to mind. But sadly, we are sitting behind the wheel of the record-breaking jet black Alpha 12 in congested Santa Monica, California. To make lemonade out of our rather sour situation, our goal is to drive the modified GT-R north, up famed Pacific Coast Highway, to escape the bulk of the stop-and-go beach traffic. While we won't be cracking triple-digits, we should be able to get a good sense of what this thing is all about.

We met the Alpha 12 in a dimly lit concrete parking structure under a Santa Monica hotel. To its credit, and despite all of the carbon-fiber add-ons, the black Nissan GT-R appears both tasteful and clean. Even compared to the other tame passenger vehicles in the garage, it didn't appear ostentatious. After a splash of (racing?) fuel from a handy five-gallon container, I climbed into the driver's seat.


Sitting to my right was Ivan Phipps, Special Projects Technician at AMS. Seriously multitalented, Ivan is as skilled with a wrench as he is behind the steering wheel, which made him the ideal co-pilot (Ivan was in the driver's seat of the Alpha 12 for its record-setting quarter-mile run, and in another video losing control – and recovering – at over 200 mph).

Following the tone set by the exterior, the cabin of the Alpha 12 will appear virtually stock unless the customer orders extras such as race bucket seats, harnesses or a roll cage. In fact, with the exception of some of the non-working telemetry on the center stack computer (some of the sensors are confused by the modified fuel injection and new engine mapping), everything, including the automatic climate control, still works as it did from the factory. Furthermore, and serving as a testament to its streetability, all functional controls work exactly as they do on a stock GT-R.

With a press of the 'start' button, the freely breathing 4.0-liter V6 barked to life and sent a concussion wave bouncing off the walls of the parking garage. Idle was smooth, but the raspy and aggressive exhaust note coming out of the enlarged tailpipes was delivering clues that everything wasn't normal. The Alpha 12 will operate in full automatic mode just like any stock GT-R, but Ivan explained up front that he preferred to shift the dual-clutch gearbox manually with the steering wheel-mounted paddles. Ignoring his suggestion, I left everything in automatic mode and pulled out of the parking garage.


I had covered no more than a quarter mile when Ivan's comment immediately made sense. The heavily modified gearbox, designed to handle upwards of 1,000 pounds-feet of torque, was brutally deliberate in its fully automatic engagement – uncomfortably so. After a few minutes of taking the abuse, I heeded my passenger's advice and began to shift manually with the column-mounted paddles. There was more too it, though, as the manual-mode shifts still felt as if we were being rear-ended by a 40-ton anvil with each gear change. After some experimentation, I discovered the trick to driving the Alpha 12 smoothly. By lifting off the accelerator slightly between shifts (just like you would do when clutching with a manual gearbox), engagement of the next gear was smooth.

Don't get the impression that an Alpha 12 is a docile *****cat. In fact, its mannerisms are much harsher than a stock GT-R. To handle its outrageous output, AMS has fitted some seriously heavy-duty components. Most are buried within, but some (like the high-volume free-flow exhaust and the differential oil pump with straight-cut gears) operate much louder than stock mechanicals. To a true gearhead, one who can identify the din, the sound is oddly reassuring.

As AMS has left the stock Brembo brakes and multi-mode electrically adjustable damping suspension in place (no need to add unnecessary complexity), the ride remains every bit as compliant and comfortable as a stock GT-R. For street use and occasional drag racing this is probably just fine, but I would upgrade the brake pads at minimum if road-racing track duty is on the agenda.


Finally, many miles up the road, the lane opened wide. It was time to stretch the Alpha 12's legs with some... er... throttle experimentation. After checking my mirrors for the millionth time, I floored the accelerator.

By the time my foot had traveled three quarters to the floor the two turbochargers had spooled up like twin GE90s at full take-off power. Responding much like those huge turbines, which need a bit of time to get their significant mass moving, there was a slight delay. Then the thrust hit like being rear-ended by a freight train. In a split second, all four wheels broke free on the loose pavement and the chassis twitched alarmingly to one side as it was launched forward on the bow wave of the angry roar bellowing from the tailpipes.

My camera car, which had been running parallel to us for the past couple miles, appeared in the rearview mirror for a brief moment and then became a blur. Caught off guard by the power, and more than a bit terrorized, I missed the manual shift and the engine hit redline. The unburned fuel quickly exploded like twin howitzers out the back end of the muffler – the accompanying flames and black smoke were the embarrassing icing on the cake.

Ivan, being a true gentleman in the passenger seat, laughed and shook his head. "That wasn't floored," he quipped.


Determined not to make the same mistake twice, I rested my right fingertips on the paddle and pushed the accelerator to the floor. Again, the turbochargers took a deep breath... and then all hell broke loose. The acceleration from a rolling highway speed was mind-boggling – I have never felt anything like it – and I blasted off a crisp shift or two. Stupid fast? No, it was much faster than that.

After a few more similar runs, I pulled over to let Ivan show me "his interpretation" of Alpha 12 acceleration and a demonstration of launch control. He was more than willing to oblige, and we did a couple 0-60 blasts back-to-back, shredding both tires and asphalt simultaneously. Grip was the limiting factor in each event, damn the aged asphalt, as horsepower and power delivery remained consistent (where is some friction-increasing rosin when you need it?).

I climbed back into the driver's seat for the drive back to Santa Monica. As expected, the traffic thickened as did our frustration with the reduced pace as we neared the city. Within minutes of slowing, the Alpha 12 had blended itself in with the traffic like nearly all of the other four-wheeled vehicles tooling south on Pacific Coast Highway.

After the astonishment wore off, I sought to find the answers to two questions: How much does it cost, and what is the motivation to buy one over some other well-known exotic?

Measured on performance alone, the Alpha 12 is a serious bargain – but don't let that word confuse you into thinking this kind of automotive absurdity doesn't come at a price. AMS Performance requires a donor car, plus $99,000 in cash, to build a turn-key Alpha 12. A quick search on eBay reveals that a lightly used 2009 GT-R will set you back about $60,000 (a bargain compared to a spanking-new 2013 model at just over $100,000), so budget between $160,000 and $200,000 to set your own blistering sub-nine-second quarter mile. (The vehicle in our pictures, a 2010 model, was fitted with another $20,000 worth of upgrades including carbon fiber body panels and custom wheels that looked cool, but didn't really affect overall performance.)


The cost is tangible, but the answer to "why" is much more abstract. The explanation requires a basic understanding of the male caveman psyche – the testosterone-induced quest to stalk, hunt and then destroy – as the Alpha 12 is built solely to conquer. Dominating a race from right here to over there is its competency, and the turbocharged coupe simply annihilates everything in the process. Impromptu traffic light drag races? Win. Quarter mile contests? Win. Abandoned aircraft runways in Russia? Win, win and win. It is difficult to come up with another street-legal passenger vehicle, with airbags, leather seats and automatic air conditioning, capable of challenging the Alpha 12 in a flat-out sprint.

It should be obvious that few vehicles have rattled my equilibrium as much as this devilishly twisted Nissan GT-R. It was faster than expected, but at the same time much more refined than nearly all of the other tuner vehicles that I have driven. It is inexplicably powerful, yet remains street legal (I kept thinking someone has to be a bit deranged to own such an unusual creature – likely the same people who have a capybara at home as a pet). Regardless, AMS Performance must be convinced that the world is full of wealthy madmen, as the tuner has sold more than 75 copies of its Alpha 12 to date – that number is impressive. Add in the other available turn-key Alpha packages (6, 9 and 10), and the number of AMS-modified GT-R models roaming the planet in search of easy prey jumps to over 300. When you look at the big picture, AMS has enough vehicles on the road to make you ponder before you race that unassuming Nissan GT-R for pinks in your Ferrari 458 Italia or Lamborghini Aventador.

And while I have concluded that it is never possible to have too much power, one is very likely to become extremely frustrated with too little grip.

http://www.autoblog.com/2012/06/20/a...-review-video/

 

Smoking a Bugatti? Hell yeah!

 

It's like Renault-Nissan slapping VW in the face lol!

 

Wow, that's pretty impressive.

 

What a great alternative to Ironing.

 

$99K for the package?

I'd rather have 2 GT-Rs.....unless I was a billionaire in which case it wouldn't matter.

 

My dream machine Props to AMS for building such amazing cars!!

 

The potential of the R38 seems limitless. I am impressed with AMS and have been for a while.

 

Amazing machine but for $160-200k I'd rather have a much slower R8. Speed isn't everything....

 

This things is "pardon me while I try to dig my eyeballs from the back of my skull" fast.

 

AMS does it again! Wow!

 

So it is what 0.2 seconds quicker than a Veyron. If I was a billionaire, I would for sure add this car to my car collection.

 

Not a fair comparison though, you can't compare modded to stock.

Apply the exact same mods to a Veyron and it would make twice as much power, the Veyron's engine is pretty much 2 GTR's engine, or 4 EVO's engine. So with the same mods, it would make 2000+ hp and probably runs 7s.

 

Bringing sexy back

 

No doubt the ultimate GT-R !