Monday, October 29, 2007

Chevrolet Corvette Z06 by GeigerCars

GeigerCars now offers a sporty tuning program for the top-of-the-line model of the American sports car. The GeigerCars.de STAGE 1 performance kit that enables a power increase from standard 512 bhp 542 bhp will be available soon. The tune-up contains a free-flow intake air guiding with sport air filter, special exhaust manifolds, steel bed catalysts, four large chrome exhaust tips and a special mapping for the ECU. The engine tuning makes the Corvette Z06 even more agile and doesn’t only convince with quicker revving up but also with higher road performance: The sprint time from 0 – 62 mph is reduced to about 3.7 seconds, maximum speed is increased to about 203 mph.

Many other special GeigerCars.de customizing components for the fastest production Corvette ever are already available. The designers of Europe’s leading company when it comes to modifications for American cars, developed a front spoiler edge to fit on the standard apron. The bodystyling part doesn’t only make the front view more aggressive, it also reduces the lift on the front axle. Its aerodynamic counterpiece is a diffuser to fit on the rear apron.

In order to safely control this outstanding road performance of the tuned Z06, GeigerCars.de offers a high performance brake system. GeigerCars.de also offers suspension tuning for the new sports car. They designed a custom spring strut sport suspension, which replaces the standard transverse springs to achieve an even more dynamic handling.

To perfectly fill the existing space inside the wider Z06 wheel houses, GeigerCars.de's technicians developed an equally spectacular and exclusive wheel/tire combination. The multipiece chrome wheels were designed in the dimensions 10.5Jx19 at the front with 285/30 ZR19 tires and 13Jx20 at the rear with 345/25 ZR20 tires. GeigerCars.de's set of wheels with tires costs $12,000.

Of course GeigerCars.de also offers exclusive interior appointments for the cockpit. They offer anything from carbon-fiber panels up to the masterly handcrafted full leather trim in every color and design.

Dodge Challenger Concept, 2006

In creating the new Dodge Challenger concept car the designers at Chrysler Group’s West Coast Pacifica Studio knew they had a rich heritage to draw upon. They also knew they had an obligation to get it right.

Designing the New Dodge Challenger. Being key to the image, getting the right proportions was critical. The Challenger concept sits on a 116-inch wheelbase, six inches longer than the original. But its width is two inches greater, giving the concept car a squat, tougher, more purposeful persona.

The signature side view accent line is higher up on the body, running horizontal through the fender and door and kicking up just forward of the rear wheel.

In section the upper and lower body surfaces intersect and fall away along this line, which has just a whisper of the original car’s coved surfacing.

The five-spoke chrome wheels, 20-inch front and 21-inch rear, are set flush with the bodyside, giving the car the powerful muscular stance of a prizefighter eager to challenge the world. Wheel openings are drawn tightly against the tires, with the rearward edges trailing off. To emphasize the iconic muscularity, the designers added plan view “hip” to the rear quarters.

One of the key characteristics of the original car the designers wanted to retain was the exceptionally wide look of both the front and back ends. To achieve this the designers increased both the front and rear tracks to 64 and 65 inches respectively, wider than the LX, wider even than the 1970 model. To realize the long horizontal hood the designers deemed essential, the front overhang was also increased.

Bumpers are clean (no guards), body-color and flush with the body. “This is something we would have loved to do on the original Challenger,” said Jeff Godshall, who was a young designer in the Dodge Exterior studio when the first Challenger was created, “but the technology just wasn’t there. With the Challenger concept, however, the Pacifica Studio designers are able to realize what we wanted in our perfect world.”

The hood reprises the original Challenger “performance hood” and its twin diagonal scoops, now with functional butterfly-valve intakes. Designed to showcase the modern techniques used in fabricating the car, what look like painted racing stripes are actually the exposed carbon fiber of the hood material.

The Challenger concept is a genuine four-passenger car. Compared to the original, the greenhouse is longer, the windshield and backlite faster, and the side glass narrower. All glass is set flush with the body without moldings, another touch the original designers could only wish for. The car is a genuine two-door hardtop - no B-pillar - with the belt line ramping up assertively at the quarter window just forward of the wide C-pillar.

Exterior details one might expect, like a racing-type gas cap, hood tie-down pins, louvered backlite and bold bodyside striping, didn’t make the “cut,” the designers feeling such assorted bits would detract from the purity of the monochromatic body form. But tucked reassuringly under the rear bumper are the “gotta have” twin-rectangle pipes of the dual exhausts.

The Interior. In contrast to the bright Orange Pearl exterior, the interior is a no-nonsense, “let’s-get-in-and-go” black relieved by satin silver accents and narrow orange bands on the seat backs. “Though the 1970 model was looked to for inspiration, we wanted to capture the memory of that car, but expressed in more contemporary surfaces, materials and textures,” said Alan Barrington, principal interior designer. As with the original car, the instrumental panel pad sits high, intersected on the driver’s side by a sculpted trapezoidal cluster containing three circular in-line analog gauge openings.

“We designed the in-your-face gauge holes to appear as if you are looking down into the engine cylinders with the head off,” relates Barrington. These are flanked outboard by a larger circular “gauge” that is actually a computer, allowing the driver to determine top overall speed, quarter-mile time and speed, and top speed for each of the gears.

With its thick, easy-grip rim, circular hub and pierced silver spokes, the leather-wrapped steering wheel evokes the original car’s “Tuff” wheel, as does the steering column “ribbing.” The floor console, its center surface tipped toward the driver, is fitted with a proper “pistol grip” shifter shaped just right to master the quick, crisp shifts possible with the six-speed manual “tranny.”

Inasmuch as the original Challenger was the first car to have injection-molded door trim panels (now common practice), the doors received special attention.

“We imagined that the door panel was a billet of aluminum covered with a dark rubberized material,” Barrington relates. “Then we cut into it to create a silver trapezoidal cove for the armrest.”

Although the flat-section bucket seats of the original Challenger didn’t offer much support for aggressive driving, the front seats in the Challenger concept car boast hefty bolsters much like those found on Dodge’s famed SRT series cars. The trim covers’ horizontal pleats or “fales” provide just a hint of that “70’s” look.

Rethought, reworked and redesigned, the Challenger concept car offers iconic a HEMI-powered performance coupe derived from a classic American muscle car.

Dodge Viper Competition Coupe, 2003

Dodge has delivered the next chapter in the Dodge Viper racing legacy: the new Viper Competition Coupe. "We knew when we introduced the Dodge Viper GTS-R race car that it was ambitious, yet extremely logical," said John Fernandez, Director, Dodge Motorsports Operations. "We set out to develop a history and tradition for the ultimate American sports car - and the Dodge performance icon - that would cast a halo over every racing endeavor, and every car and truck we built.


"The Dodge Viper has exceeded our highest goals for what an American sports car should be. And now, as loyal Dodge owners receive their versions of the third chapter in the car's history - the 2003 Dodge Viper SRT-10 - we can't lose sight of the heritage that Viper has built. And with that, we've developed a new generation of the Dodge Viper racing car - the Viper Competition Coupe."

With a coupe-shaped carbon/Kevlar body based largely on the Dodge Viper GTS/R concept car shown at the 2000 North American International Auto Show, and a track-ready chassis based on the new 2003 Dodge Viper SRT-10 convertible, the Viper Competition Coupe should emerge as a serious competitor from the first lap.

Dodge expects to build about 60 cars in the first year, but have the ability to expand production as demand grows. Plans include technical support for competitors at all major events.

The Viper Competition Coupe makes extensive use of production pieces to keep the estimated retail price slightly more than $100,000. With 520 horsepower and 540 lb.-ft. of torque on tap, the Viper Competition Coupe will deliver racers an extremely high level of performance for the price.

A full complement of racing enhancements, including cage, window net, fire-suppression system, six-point restraints, racing slicks, differential cooler and ducted brakes ensure that the Dodge Viper Competition Coupe is track-ready as delivered. The Viper Competition Coupe cannot be titled for highway use.

The Viper Competition Coupe's sleek concept car shape retains the 2003 Viper SRT-10 convertible's windshield, and as a result, affords the driver two inches of additional headroom as compared to the GTS/R concept car.

Among those events in which the Dodge Viper Competition Coupe is eligible to compete are:

  • Skip Thomas Viper Racing League - The Viper Competition Coupe will have its own class and be the primary wheel-to-wheel event at the Viper Days weekends
  • Grand American Cup - The Viper Competition Coupe will be eligible to compete (when homologated) in the Grand Sports Class with the Chevrolet Corvette and Porsche 911
  • Speedvision World Challenge - The Viper Competition Coupe will be eligible to compete (when homologated) in these American Le Mans Series support races

The Competition Coupe's predecessor - called the Dodge Viper GTS-R and based on the 1996 Dodge Viper GTS Coupe - passes on one of the most distinguished pedigrees in the modern history of endurance racing. The Viper GTS-R earned five international GT championships including the 1999 and 2000 American Le Mans Series GTS class titles and the 1997-1999 FIA GT Championships. The Viper finished 1-2 in the GTS class in three consecutive years -1998-2000 - and notched an amazing overall win at the 2000 Rolex 24 Hours of Daytona, the first for an American production-based car.

The Dodge Viper race car began life in the GT1 class in 1996. The escalating costs persuaded the manufacturer to switch to the GT2 class for the 1997 season. The Viper's production volumes (approximately 2,000 annually) qualified it for the category and it embarked on a racing program that was to earn it a reputation as the most successful American production-based racing car of all time.

As Dodge began to focus more of its engineering resources on development of the next Viper - the 2003 Viper SRT-10 - it was announced in December 2000 that Dodge would take a hiatus from its factory support for Viper endurance racing.

There are no plans at this time to homologate the Dodge Viper Competition Coupe for American Le Mans Series or 24 Hours of Le Mans racing.

Dodge Viper SRT10, 2008

The new 2008 Dodge Viper SRT10 boasts more of what performance aficionados crave: kick-in-the-pants, throw-back-in-the-seat power, combined with benchmark braking, world-class ride and handling, a race-inspired interior and bold exterior styling. While every SRT vehicle offers balanced and overall performance, the heart and soul of the new 2008 Dodge Viper SRT10 for sure is its standout powertrain. For 2008, SRT ups the ante with a new, 8.4-liter aluminum V-10 engine that produces an astounding 600 horsepower and 560 lb-ft of torque.

Standout Powertrain
Working with specialists from McLaren Performance Technologies and Ricardo, Inc., SRT engineers began by following the racer’s basic formula for more power: bigger displacement, more efficient breathing and higher engine speed.

The new Dodge Viper SRT10’s deep-skirted V-10 aluminum engine block was revised for a 1-millimeter larger bore, raising the displacement to 8.4 liters from 8.3 liters. The two-piece intake manifold combines a cast aluminum lower with smooth runners for better air flow, bolted to a die-cast aluminum upper plenum. A revised air-cleaner box with a low-restriction filter sends air through a dual electronic throttle control into the intake module.

Spent gases exit through tubular air-gap headers, which not only improve exhaust flow, but also ensure quick catalyst light-off for improved emission control. The headers’ stamped stainless-steel outer shell acts as a thermal heat shield for the individual stainless-steel runners that contribute to better flow separation and exhaust tuning.

World-class Ride and Handling
The ride and handling of the 2008 Dodge Viper SRT10 is defined by a race-bred, fully independent, four-wheel suspension featuring lightweight, high-performance aluminum control arms and knuckles, damped by lightweight coil-over shock absorbers.

Where the power goes right to the road, SRT engineers retained the tried-and-true Dana M44-4 rear axle and outfitted it with a new GKN Visco-Lok speed-sensing limited-slip differential for improved traction.

The Dodge Viper SRT10 rides on polished, forged aluminum, 18 x 10-inch front and 19 x 13-inch rear wheels now available in three styles: the five-spoke, the H-spoke and the all-new Razor wheel with five U-shaped spokes. The wheels are clad in Michelin® Pilot® Sport PS2 tires. The four-groove tread-design tires provide maximum grip, reduced road noise and superior handling in both wet and dry conditions.

Bold Exterior Styling
The 2008 Dodge Viper SRT10 remains available in two body styles – Roadster and Coupe. Both feature a dramatic new hood with a larger, more efficient hood scoop for air induction and larger, functional hood louvers to facilitate a greater cooling effect for the more powerful 8.4-liter, 600-horsepower V-10 engine underneath.

The Dodge Viper SRT10 Coupe’s hard top with its “double bubble” styling makes it even more torsionally stiff than the Roadster. The 2008 Dodge Viper SRT10 Coupe offers increased downforce and high-speed stability with its sloping roofline and deck-lid spoiler. Plus, the Dodge Viper SRT10 Coupe has an additional 6.25 cubic feet of trunk space than the Viper SRT10 Roadster, for a total of 14.65 cubic feet. The roof and headliner structure offer more room to accommodate a safety cage, while maintaining as much headroom as possible.

Race-inspired Interior Design
The 2008 Dodge Viper SRT10 cockpit retains its characteristic red push-button starter and performance-oriented, highly functional instrument panel with center-mounted tachometer and 220-mph speedometer. The new 2008 Dodge Viper SRT10 will arrive in Dodge showrooms in North America this summer with a new level of customization options, including five new exterior colors, four new interior color combinations and a new wheel design.

Sunday, October 28, 2007

Grenade USA's 2004 Mazda RX-8

Naturally then, besides some driver skill (actually, quite a bit), a proper drift machine, which happens to match most of the characteristics of a good (RWD) sports car, is a must for proper sideways driving. Enter Mazda. With legendary sports cars like the Mazda Miata MX-5 and the Mazda RX-7 in its stable, Mazdas have been popular choices for Japanese drifters since the beginning. And now, even the four-seat, four-door Mazda RX-8 sports car is about to take the international drift stage. This month's Meet The Tuner feature, the Grenade Mazda RX-8, is slated for competition in the top North American drift series, Formula D, at the beginning of the 2006 season. A brainchild of Ken Kinoshita, a former Mazda motorsports manager who is currently an executive with The Great Co. (the Japanese parent company of Grenade USA- an aftermarket performance company that's currently making a U.S. entrance), the Mazda RX-8 won't be making headlines or carving wicked arcs just on its own merits - a legendary surname will be occupying the driver's seat when the RX-8 burns its first set of rubber.

Rod Millen is a name that few enthusiasts are not familiar with. The brother of another racing legend, Steve Millen, Rod created his legend in a 30+ year career in motorsports filled with rally, road, and off-road racing titles on two continents. The native Kiwi first got the racing bug in the 1970s and earned three consecutive New Zealand rally championships before he came to the U.S. to challenge America's best. While he may be best known for his record climbs up 14,110 ft. high Pikes Peak in 1,000 hp cars (he still owns the absolute fastest Pikes Peak climb record of 10 minutes, 4 seconds), Millen has also built a relationship with Mazda fans that goes back to his earliest U.S. rally days. In the late 70s, Millen campaigned factory-backed first generation Mazda RX-7s in rally competition to great success. Kinoshita made the easy connection to reunite Mazda and Millen when his drift project was born. While the fact that a rally legend such as Millen entering top drifting competition behind the wheel of a Mazda RX-8 is enough to stoke white hot fires in the hearts of any Mazda fan, when you throw into the mix the not so coincidental fact that Rod's son, Rhys Millen, is the current Formula Drift series champion, you have the makings of a spectacular and unique rivalry set to take place only a few months from now. Of course despite the all star cast of the Grenade Mazda RX-8 drift team, the car itself deserves its own spot light.

The RX-8 started out just as any ordinary production line RX-8. Shipped to RMR (Rhys Millen Racing) Products, the Renesis-powered sports car was stripped to bare metal promptly. RMR crafted a special cage that had dual roles of protection and chassis stiffening to meet the demands of top drift competition. Of all the pieces of the original well-appointed RX-8 interior, only the factory shift knob, e-brake handle, and dash (only the top portion) is reused. Even factory gauges are deleted in favor of a lighter, single Autometer Phantom tachometer. A pair of Sparco Pro 2000 competition seats and safety harnesses was added along with other matching Sparco driving accessories, including the steering wheel and pedal set. To contrast the almost plain, all business interior, the exterior of the Grenade Mazda RX-8 is used to showcase some of the latest, expressive Grenade performance products. The Grenade 4-piece body kit adds an aggressive edge to the RX-8's new-age shape and the resulting attitude adjustment is perfect for filling competitor's mirrors during tandem drifting runs. A Grenade carbon fiber hood also lends its help in creating the new image and also aids in ventilating the engine bay through several artfully crafted vents and scoops. A drift-spec adjustable carbon fiber rear spoiler sits high on the RX-8's trunklid and helps in creating downforce vital in high-speed drift control. Bronze GT-spec Grenade 18" six-spoke wheels wrapped with Yokohama 255/40 (front) and 255/35 (rear) rubber fill the carved wheel wells of the RX-8 and complete the exterior transformation.

While a factory spec RX-8 is probably driftable as is, competing against racers with 500-600 hp entries requires an equal attitude adjustment in the RX-8's hood compartment. To answer the challenge, Great shipped a fully-built turbocharged 13B (1.3 L two rotor) rotary engine from its Yokohama, Japan facility. The 13B is boosted with a huge HKS GT3040 turbine to make 400 hp - which combined with its light weight and inherently balanced structure, will be more than enough to compete with even higher horsepower competitors. The turbo system rids itself of extra boost between shifts through a SARD J Type wastegate mounted on a Great Co. exhaust manifold. Charge air is cooled via a horizontally mounted Blitz Type C intercooler and is then mixed with fuel courtesy of four SARD 850CC fuel injectors. Everything is then placed under the watchful electronic eye of an APEX-I Power FC engine management system. The job of managing physical power transmission though is relegated between an Ogura clutch, a stock Mazda 5-spd transmission, and a stock Mazda diff modified with a KAAZ limited slip differential. Beefing up the power train of a drift car without modifications to the suspension is akin to strapping a rocket pack to an ice skater, so Japanese suspension expert JIC Magic was enlisted to provide a custom solution. The JIC coilovers are mated with equally exquisite JIC lower tie bars, trailing arms and suspension rods for a fully adjustable suspension ready to meet the unique demands of any drift course.

To gauge an idea of the expected impact this RX-8 will make in the drift scene, you only have to note that the Grenade RX-8 has already been featured in Drifting Magazine and RX-7 Magazine and honored at events like the annual SevenStock gathering before it has even turned a wheel in competition. With Rod Millen in the driver's seat, an RMR-prepped chassis, and backing from Mazda, Yokohama, and JIC, the Grenade Mazda RX-8 is one drift-spec Mazda that is ready to, well… explode onto the drift scene.

Friday, October 26, 2007

Mazda RX-8 by SpeedSource

The Mazda RX-8 has already received numerous accolades from the automotive press since its introduction three years ago. Most of the time, drivers and writers are enamored with the keen handling offered by the car's perfect 50/50 weight distribution. It's this even spread of weight that makes the car easy to drive fast and predictable when it's being pushed - even when a little bit too hard.

The perfect weight distribution is a boon on the street but it's even more beneficial on the racetrack; the great handling characteristics that perfect weight distribution helps impart is one of the reasons why the Mazda RX-8 seen here won back to back Grand-Am Cup championships. More impressively though, the No. 67 SpeedSource Engineering Mazda RX-8, with drivers Sylvain Tremblay and David Haskell behind the wheel, captured the ST Category title in its debut season in 2004 and then repeated the feat in 2005 in the face of even stiffer competition.

Of course, a great car is only half of the equation of any successful racing operation. The other fifty percent is a combination of proper preparation, teamwork, race strategy, and ultimately - the driver behind the wheel. SpeedSource Engineering had all these bases covered in their championship campaigns.

Established in 1995 by a man that has had racing in his blood since the day he won his first race at age 16, SpeedSource Engineering offers race-prepped cars and custom fabrication to any team in need.

It wasn't long before owner Sylvain Tremblay wanted back on the track. His opportunity came in the form of a Mazda RX-7 twin turbo (FD3S) prepped, of course, by his own SpeedSource Engineering. He quickly went on to nail two wins in the IMSA Endurance Championship and place 2nd in the driver championship. The RX-7s were finally retired after netting SpeedSource the team championship in 1998, and the company once again turned its attention to building race cars.

Fast-forward three years to 2001. SpeedSource added another successful chapter to its racing endeavors with a Porsche-based program comprised of Porsche Boxsters and 911s that delivers multiple championships. Despite their winning ways, Sylvain and SpeedSource never lost their affinity for racing fast and reliable rotary-powered Mazdas.

So, when the all-new Renesis-powered Mazda RX-8 was introduced in 2004, SpeedSource wasted little time in signing up as one of first professional Mazda RX-8-based teams. It came right from the factory with a 9000-rpm rotary engine and a remarkably stiff chassis that would need little modification before hitting the track. The obvious similarities between the SpeedSource RX-8 and a roadgoing RX-8 are evidence of the relatively easy process takes place to transform a factory-spec Mazda RX-8 to the Grand-Am competition-spec SpeedSource Mazda RX-8 highlighted in this month's Meet The Tuners feature.

First, the right RX-8 is necessary. To SpeedSource, that means a car without a sunroof and with a six-speed transmission. The sunroof that came on most RX-8's sold for street use adds extra weight exactly where it hurts the most - the highest point possible. And the six-speed transmission is a no-brainer for race use (if you can guess the one team that's tried an automatic in Grand Am, you get extra points).

The car is immediately stripped of all comfort and luxury features, along with anything else that isn't absolutely necessary to lap the race track. Kiss that six-disc goodbye along with all the cool rotor-themed details as well, because they'll be replaced with a rough carbon fiber board that houses essential switches and controls. Next, a roll cage with enough bracing to build two jungle gyms is welded into the car with additional bracing and supports. Finally, the relaxing factory air conditioning is replaced with a three-nozzle, 10lb. fire suppression system.

The RX-8's elaborate instrument panel is replaced with a simple Motec Digital Dash with built-in lap timer. Crowning the new, purpose built instrumentation are Motec's sequential shift lights. The heavy, airbag-equipped Mazda steering wheel is replaced with a suede unit courtesy of Sparco, which is a better match for racing gloves. The comfortable bucket seats are also ditched in favor of a singular Sparco EVO race seat, which is welded into place to match the driver's height and reinforced with a 3" x 4" steel plate back brace. While we're on the topic of Sparco, we should mention that it's their 3-inch, six-point racing harnesses that replace the stock seatbelts.

The cage is designed to work around the interior compartment - maximizing the driver's operating area while still providing a substantial safety cage to reduce the dangers of door to door competition. The intricate network of tubing even cuts a path through the space door panels would occupy in your RX-8; like everything else, the doors are lightened through stripping and cutting to a basic shell and skin structure. It's safe to say that the drivers of these cars are in a cozy little cocoon of safety when SpeedSource's work is done. After driver safety is addressed, the entire interior is painted to match the lightweight, one-stage paint found on the exterior of the car.

Outside, things may look roughly like your roadgoing RX-8, but looks are deceiving. A subtle MAZDASPEED fascia (the car uses same MAZDASPEED accessory pieces available to all RX-8 owners at Mazda dealerships) lowers the front air dam enough to provide more air into the hot engine bay. Out back, a MAZDASPEED wing and rear valance create downforce while matching MAZDASPEED sideskirts ensure lateral turbulence is kept to a minimum.

You'll probably also notice the aggressive stance of the racecar - it rides quite a bit lower than stock, thanks to a custom built suspension from Dynamic Suspension. Behind the Racing Hart wheels sit very capable factory stock brakes, equipped with competition-type Hawk brake pads.

Perhaps the most surprising fact to some race fans is that the engine is essentially stock, except being balanced and blueprinted. While Grand-Am rules don't allow extensive modification of the engine, the high-performance-from-the-factory nature of the Renesis rotary engine makes it an obvious track candidate. The short list of modifications in the engine bay includes a Motec engine management system, a SpeedSource cold air intake, and a racing radiator.

There are many other details in preparing a factory RX-8 into the championship-winning No. 67 car seen here, but the aforementioned changes represent the bulk of the process. Besides netting drivers Tremblay and Haskell the ST driver's championship in 2004 and 2005, the No. 67 SpeedSource RX-8, with support of several other identically prepared RX-8s campaigned by the team, delivered the Team championship to SpeedSource and the manufacturer's cup to Mazda in 2005 - more accolades to an already impressive list.

Mazda RX-7 by Calvin Wan

If the name Calvin Wan sounds familiar, it should. Calvin Wan is well known to the growing number of motorsports fans who have become drift fanatics. As a driver for Falken Tires’ professional drift team, he drifts the company’s GReddy twin-turbo’d Infiniti in the Formula D North American drifting championship and Falken Drift Showoff events – and even competes in international D1 Grand Prix drift competition on occasion. In July of 2005, Wan became the first driver to drift a Japanese nameplate into Formula D’s winner’s circle. But while his company car is an Infiniti, his personal weapon of choice is a Mazda RX-7.

In fact, Wan first appeared on the national map in a red, FD generation Mazda RX-7 at the 2003 D1 U.S. vs. Japan driver’s search – the first major drifting event in the U.S. He heavily damaged his RX-7 during qualifying, but still managed to impress a lot of people that day – including Falken Tires brass, who soon signed the Northern California resident to a team contract. While the new position thrust him into an international spotlight, it hasn’t changed Wan’s proclivity towards rotary powered sliders.

“I am very fond of Mazdas and the FD3S,” says Wan. “I believe it is one of the greatest sports cars ever built. I have been to many Sevenstock events at Mazda’s headquarters in Irvine, California. I am particularly interested in the new RX-7 that they are coming out with in the near future.”

There’s no better proof than the subject of our Meet The Tuners feature that you see here - Wan’s personal snow white FD3S Mazda RX-7, which replaces his red FD and has just finished its multi-year transformation from stocker to shocker. Starting its transformation from the depths of despair, Wan’s turbocharged and tuned RX-7 has relied on hand-me-downs and spares parts to attain its dressed-to-thrill looks and dizzying performance.

“I bought the chassis through Rotary Reliability and Racing in Southern California,” says Wan. “It was a beat-up parts car and I dreamed of turning it into a top level drift/time attack car. The lion’s share of credit goes to Henry Chung of Motorsport Dynamics - he handled all the mechanical wrenching, from the meticulous seam welding of the body to the installation of all the hard parts. Apexi USA supplied an old, discontinued AX75F82 turbo kit and the R-Magic Saito Roll Cage from their U.S. D1 drift car. The motor, drivetrain and suspension came off of my previous red D1 FD.”

The Apexi AX75-series turbos, still mainstays in the Apexi lineup, are designed for single turbo applications and rely on ARICK assisted ball bearing center sections to improve responsiveness and generous compressor A/Rs to deliver big power. The unit on Wan’s car with an 82-spec cold side is rated at 550 to 650 horsepower, which kicks the back around quite nicely when the boost hits. The rotary runs a very hip Rotary Extreme V-mount intercooler/radiator set-up that positions the chiller in a top-mount looking location forward of the engine. The radiator is laid out to make a V configuration and allow air from the nose to dissipate heat from both exchangers. The piping is a Rotary Extreme affair using a GReddy elbow as ‘point-A.’ Tuning is addressed with an Apex Power FC and AVC-R/ The Power FC is a piggyback ECU that allows tuning of ignition timing maps, fuel duty cycle, and air flow meter simulation among others. The AVC-R is Apexi’s tried-and-proven boost controller. The fuel system has been fortified with an Apexi BNR33 pump, Aeromotive regulator and upgraded 850cc primary and 1300cc secondary injectors expertly flow-matched by RC Engineering. Finally, the driveline has been taken to task with an Exedy clutch set, KAAZ two-way, clutch type differential, Mazdaspeed bushings and a RE Amemiya D1-spec shifter.

Footwork consists of Apexi N1 Pro coilovers, the all important Super Now steering adaptors that give more turn-in to keep pace with quick drift transitions, Rotary Extreme arms and ST Suspension roll bars. The Mazda rolls 18-inch Gram Lights aluminum and Falken Azenis RT-615 rubber. Up front, 18x9 wheels are joined by 235/40 tires while out back 18x10 rims and 275/35 tires are tortured as they are heavily hazed during serious sideways maneuvers.

Today the FD looks like no other parts car we can think of. Almaden Collision worked the magic in the body tuning department by massaging the panels and installing a jaw-dropping Final Konnexion body kit. The Mazda also sports aggressive Final Konnexion front and rear fascias and side skirts augmented by a Rotary Extreme rear wing and N1-spec carbon hood. Finishing touches include a Motorsport Dynamics front splitter, C-west canards and Feed headlight ducts.

“We got the chassis finished for SEMA 2004 and displayed at the Star Shield Armor booth," says Wan. “The car was fully completed and ran for the first time during the Inaugural San Jose Grand Prix Formula D Drifting Demonstration. Since then it is has been dual-purpose car for both time attack racing and drifting. It got second place in the Super Street Time Attack in the Drift Class and first place during the Nitro 2 Go – Rim of the World Drifting Invitational. It has been to numerous car shows - from HIN to Import Showoff to SF and San Jose International Auto Shows to the Exedy Globalparts Corporation booth in SEMA 2005.”

“More recently,” Wan continues, “I have been participating in a lot of events and shows with the car. I just finished participating in a cover story shootout comparison for Sport Compact Car magazine. The shootout went very well - my FD3S won most of the evaluations.”

“I am also signed up for the 2006 San Jose Grand Prix drift demo. I am helping promote the race during the Fast and Furious Tokyo Drift premier at a downtown San Jose theater. Then, during the actual Grand Prix, I will be pulling gs in the drifting demo during the full weekend of the race at the end of July. Me and that RX-7…we keep pretty busy.”

Wan’s RX-7 and its highly boosted rotary powerplant are a hard act to follow, but they serve as a great idea factory for aspiring FD enthusiasts out there…so go forth and ‘Zoom, Zoom’ to your own tune.