AUSTIN, Texas — February 13, 2012— Circuit of The Americas is the newest member of the Green Sports Alliance, a non-profit organization made up of more than 40 professional and collegiate sports teams and nearly 90 sports venues with a mission to help sports teams, venues and leagues enhance their environmental performance. Circuit of The Americas will be the first Formula One™ racing facility to become a member of the Alliance.
“Circuit of The Americas and the City of Austin have taken a bold stand with their sustainability plan for the sports and entertainment complex,” said Martin Tull, executive director of the Green Sports Alliance. “We welcome Circuit of The Americas into the Alliance and look forward to working with them.”
The Green Sports Alliance is a unique coalition of sports teams and venues, professional sport leagues, the Natural Resources Defense Council, and the Bonneville Environmental Foundation, working with the U.S. Environmental Protection Agency and other environmental and green building experts.
“I applaud the Circuit’s commitment to setting a standard for sustainability in North American motorsports,” said Lucia Athens, chief sustainability officer for the City of Austin. “Joining forces with the Green Sports Alliance will increase their green horsepower and put Austin on the map yet again for its leadership and innovation. The Green Sports Alliance has been providing expert technical assistance to many of the sports leagues, and can now assist motorsports in achieving greener results.”
Members in the Green Sports Alliance share best practices to improve the environmental performance of their venues, saving millions of dollars through energy and water conservation, waste reduction, recycling and composting. By tracking environmental performance, sports facilities learn how they compare to their counterparts and how to maximize sustainability efforts. Alliance members have reported reductions as high as 30 percent in energy usage, 60 percent in natural gas use and more than 20 percent in water use.
“We are excited to be collaborating with the best minds in sustainable facility management,” said Edgar Farrera, sustainability director at Circuit of The Americas. “We look forward to developing new approaches to environmentally sustainable operations at our facility and sharing what we learn with organizations and companies around the world.”
About the Green Sports Alliance
The Green Sports Alliance is a non-profit organization with a mission to help sports teams, venues and leagues enhance their environmental performance. Less than a year since its public launch, the Alliance is made up of representatives from over 40 teams from 13 leagues and 90 sports venues, the Natural Resources Defense Council, Environmental Protection Agency, Bonneville Environmental Foundation and many other organizations.
Its second annual conference, the Green Sports Alliance Summit, will be held on Sept. 5-7, 2012 and will bring together hundreds of facility operators, team executives, league officials,
environmental experts and corporate partners to discuss innovations in environmental performance.
For more information about the Green Sports Alliance visit: www.greensportsalliance.org.
About Circuit of The Americas
Circuit of The Americas will be a world-class destination for performance, education and business. It will be the first purpose-built Grand Prix facility in the United States designed for any and all classes of racing, from motor power to human power, and be the U.S. home to the 2012 FORMULA 1 UNITED STATES GRAND PRIX™ Nov. 16-18 and V8 SUPERCARS.
The Circuit of The Americas’ master plan features a variety of permanent structures designed for business, education, entertainment and race use. Its signature element will be a 3.4-mile circuit track with capacity for 120,000 fans. Other support buildings will include a medical facility, a conference center, a banquet hall as well as an expansive outdoor live music space. Future proposed amenities include a driving/riding experience, a motorsports driving club, kart track, grand plaza event center and tower, and a trackside recreational vehicle park.

Polyphony Digtial has today fully revealed the “X1 Prototype”, a project in conjunction with Red Bull Racing.

All races that exist in today’s world are restricted by regulations. However the X1 is a machine born from a fantastic “what if” dream of Polyphony; “What would the fastest racing car on Earth, free of any and all regulations look like?”

Initially the X1 prototype was a single seater, canopied prototype wing car with covered front wheels. The performance brought about by the 1500ps direct injection V6 Twin Turbo would have been spectacular as is, with a top speed of 400km/h and a maximum lateral acceleration of 6G. But this concept showed an even greater advancement through the help of Red Bull Racing, who became a partner in this project.

Red Bull Racing’s chief technical officer, the genius aerodynamicist Adrian Newey proposed that “Fan Car” technology, a dream that he had held to himself over the years be added to the X1 Prototype.

A “fan car” is a vehicle having a fan mechanism which forces the air out from underneath the car, to reduce air pressure under the car’s floor. The resulting suction draws the car to the ground surface and creates a massive amount of downforce. And because it can create downforce regardless of the vehicle’s current speed, it dramatically raises it’s cornering speed even in low speed corners.

The incredible ability of fan cars has already been proven in history. The Chaparral 2J fan car entered in the 1970 Can-Nam series was so fast that it was banned after just 1 season. Even in the F1, the BT46B fan car entered in 1978 by Brabham dominated the opening round of the series with extreme speed, and was banned just after that single race.

With this proposal from Mr. Newey, the machine was transformed with a large fan added to the rear end of the body. With additional advice regarding the shapes of the front and rear wings and rear diffuser, its aerodynamics became even further refined. As a result, the X1 prototype attained an astonishing level of performance, reaching a top speed of over 450km/h, with a maximum lateral acceleration reaching up to 8.75G. This is a performance level that is at the very limits of what a normal human body can withstand.

The driver who performed the shakedown test of the machine in Gran Turismo 5, was the world famous Sebastian Vettel. In his very first run on the Suzuka Circuit, he shortened the record time of the course by over 20 seconds. And in the test drive on the Nurburgring GP Course, he marked a record time of 1 minute 4 seconds, drawing out the incredible potential of the X1 Prototype.

This is the dream of the fastest racing car on land, brought to life through the collaboration between Polyphony and Red Bull. Witness for yourself the power of the X1 through the in-game “X1 Challenge”, the first driving lesson ever in Gran Turismo to be performed by a top professional driver.

Adrian Newey, Chief Technical Officer at Red Bull Racing

The results were thrilling. X1 is about evolution. Delivering the optimum combination of tested technologies in a single integrated design. This would be the future of racing were we not bound by regulations, but one that is achievable today. And as Sebastian has shown, it is about devastating speed coupled with real handling control. Today thanks to PlayStation®3 and Gran Turismo we can test drive the future.

Kazunori Yamauchi, President, Polyphony Digital Inc and creator of the Gran Turismo series

X1 sees the marriage of virtual and real worlds as we explore the boundaries of our technology and aesthetic senses. The X1 Prototype Project has been motivated by curiosity and passion, powerful forces that brought together the best the world has to offer in design, physics simulation, racing car product technology and driving.

X1 Downforce Specifications

Lets try calculating the cornering G’s of the X1 at 300km/h from the total tire load and coefficient of friction for the tires.

The total load on the X1′s tires at 300km/h is 1142.7kgf at the front tires, and 1432kgf at the rear tires. The coefficient of friction for the tires isμ=1.97. From these conditions, the maximum cornering force that the tires can exhibit can be determined to be 5073kgf. Dividing this by the wet weight of the X1 of 615kg comes to be 8.25, which is the maximum cornering G of the X1.

8.25G greatly exceeds the G’s felt during the launch of the Space Shuttle, and is roughly the same as that of a jet fighter plane at full afterburner. It is a figure at the very limits of what a human body can withstand.

Test Calculation: Cornering G at 300km/h
Total Tire Load: 2575.6kgf (Front Wheel 1142.7kgf+Rear Wheel 1432.9kgf)
Coefficient of Friction of Tires: μ=1.97 (baseμ=2.16, model calculates an efficiency reduction to 91.5% under high load)
Cornering force that can be exhibited by tires: 5073.9kgf
Cornering G: 8.25G (= 5073.9kgf / 615kg)

Read more: http://www.worldcarfans.com/110102929262/red-bull-x1-prototype-revealed-for-gran-turismo-5-video#ixzz13tUTExBi

A furious Fernando Alonso has accused FIA stewards of manipulating Sunday’s European grand prix.

The Ferrari driver was running behind Lewis Hamilton at Valencia when the safety car was pulling onto the track to attend to Mark Webber’s crash.

The McLaren passed the FIA vehicle and was penalised with a drive-through penalty but finished the race in second place.

“One who respects the rules is ninth, and the one who does not respect them is second,” Alonso is quoted by the Spanish sports website as.com.

He was also critical of the time it took the stewards, this weekend including former grand prix winner Heinz-Harald Frentzen, to reach the decision to penalise Hamilton.

“It seems it was very difficult to watch a replay; it takes many laps,” said Alonso sarcastically.

“Everything is against us.  They allow everything and it’s a shame the public has today seen a race that is not quite real.”

(GMM)

The competition between the development departments of the Grand Prix teams will be played with the same intensity as the position of duels on the track. Indeed, the pressure to succeed, under the working Formula 1 specialists in recent years grown more and more: Who wants to stay competitive and at the top, must evolve continuously. The cars are compared to the season opener in Bahrain has become consistently faster by about one second.

“The racing teams have realized that the incessant development is during the season just as important as the conceptual design of the next car,” said James Allison, Technical Director at Renault. “Today we hold for our R30 to each Grand Prix, a new package ready parts, whose size is roughly equivalent to those improvements we have introduced in the past, every third or fourth race.”
“We are there but no exception. Every team that wants to stay at the top, must rise to this challenge. This means for our colleagues in the workshops that they have to work so hard, and at such a high time pressure than ever before . The new front wing, which will celebrate its debut in Valencia, provides an ideal example of this: He is already the eighth variant, which comes this year for use – in the ninth race of the season! ”

But where does this escalation? A major factor provided by the new technical regulations, which came at the beginning of last year in force, so is still relatively young, always – and therefore much room for improvement, provides the enabling virtually every week important development steps. This applies in particular to the aerodynamics. Furthermore: Since modifications of the engine are not allowed to search for possibilities for improvement focused almost exclusively on the chassis of the cars.
“As further develop all vehicles on the grid with incredibly high speed, always, we need to bring any improvement found immediately able to use in order to remain competitive,” says Allison. “Previously, we have combined the optimization of a package, which is then flowed into a stage of evolution of the car. This we can not allow today. Each Grand Prix that you wait means lost performance.”

“The heavy workload meets each individual,” said Allison. “The workshop is constantly under the high pressure, constantly develop and produce new parts and need. We are therefore constantly faced with the difficult task of finding a healthy balance between major stages of development and reasonable workload.”

It seems almost an irony of fate that this once again increased rates of development associated with the prohibition of testing during the season goes. But while earlier, thousands of miles on the Grand Prix circuit in Barcelona have been scrubbed to run the team today in the central simulation computer at full speed to check for new parts and votes for their usefulness.
“Thanks to this advanced tools we can use the advantage that we bring some modifications on the track, set with an accuracy that is different from the real output by less than 0.5 percent,” said Allison. “For mechanical parts, we rely on computer simulations, whose results are then verified on test stands. With special durability testing arrangements, we can expose those individual components of loads and forces that occur in the context of a Grand Prix.”

Besides the incessant improvement of the current Grand Prix racer to run the latest from the beginning of summer and work on for next year seater. “We stand every time a difficult compromise on how much we already want to invest in the future without losing its competitiveness in the current season,” says Allison.

Paul di Resta in Valencia again gets the chance on Friday to show his talent. The Force India test driver in the morning to climb into the cockpit of Adrian Sutil, Vitantonio Liuzzi as the track in Valencia does not know and therefore needed every yard. Also at Silverstone di Resta must gain experience in the premier class. There, he will then take the vehicle from Liuzzi.

Originally it was planned that the DTM-Star on Friday often is used. Monaco was augrund the unique characteristics of the track not on the plan. In Turkey and Canada in Force India began the first time an F-bay system. Thus, both race drivers were able to get used to the handling, di Resta could only work in the background.
So far, the Scot completed three missions. In Melbourne (11th place), Sepang (15) and Spain (13) showed di Resta that he was also a Formula 1 racing car comes well clear. “I was not now for some time in the car. I think Valencia is a good way to go back,” di Resta is looking forward to his role.

Red Bull has presented an open and McLaren Mercedes and Ferrari also rely on the big leap. The days of lazy Sunday drives by Mark Webber and Sebastian Vettel are at the top of the Formula 1 field over. At the latest by the two McLaren-double victory in Istanbul and Montreal, this should be clear. The British want to take the momentum now to Valencia.

“We took out the last two races, the maximum score. It seems as if we had a good run,” said Jenson Button before the race in Valencia. “The team is a unit, of which we want to benefit again in Valencia.” The question is still how well the McLaren-Mercedes MP4-25 on the Spanish roads is.
“While it is a road course, but nevertheless different from Monaco or Singapore,” says the reigning world champion. “The track is faster. There are some sharp curves, but also quick direction changes and long straights. Regarding the setup is it interesting. It is not only to maximize output from. This could accommodate us very much.”

Button for Valencia is a small hurdle to overcome two major events yet to be. “There then follow two home games: Grand Prix at Silverstone and Festival at Goodwood. Both events incomprehensible many British fans will be. As world champion I am looking forward to it. Silverstone is a great experience and at Goodwood I may fulfill a childhood dream.”
The champion is the famous “Festival of Speed” at the McLaren MP4/2C sitting with Alain Prost was driven in 1986 for his second title. “I can not even partially believe how happy I am,” says Button is looking forward to the special trip as a child. And team-mate Lewis Hamilton will be allowed to drive the vehicle through the historic park in Goodwood.

“Now I’m looking forward to Valencia,” said the winner of the Grands Prix in Istanbul ind Montréal. “Last year I had a great, combative racing there. In the past two years I was there each second. So this is still a score to settle,” the clear statement of Hamilton. “It’s great that there is so much variance in the tracks. From Montreal we are now fast on the narrow street circuit in Valencia.”

“Until one has never seen a lot of overtaking in Valencia, but this year it might otherwise be, given the narrow field,” promises the series leader voltage. “For me as a driver, it is difficult to estimate and not predictable. More can you ask for little. The last races were great. It would be nice if we could also offer the Spanish fans a great show. It is determined again closely.”

Lewis Hamilton has been charged over his high profile reckless driving antics during the Australian GP weekend.

Hamilton was charged with intentionally losing control of the vehicle in a summons served on his Australian solicitor last Monday. A Victoria Police spokeswoman confirmed that a summons had been served on a 25-year-old Swiss resident.

The matter has been set to be heard in the Melbourne Magistrates Court on August 24.

Hamilton had his complimentary Mercedes impounded under Victoria’s hoon laws on March 26 after he was allegedly caught doing a burnout at the entrance to Albert Park circuit.

It is unknown whether Hamilton will appear in court, with the Belgian GP weekend starting on August 27.

Hamilton apologised at the time, “This evening, I was driving in an over-exuberant manner and, as a result, was stopped by the police. What I did was silly, and I want to apologise for it.”

(yallaF1.com)

There were high hopes of a remarkable racing car on January 31^st when the Renault R30 was unveiled, with a front wing that resembles very much the 2009 version, even though Alonso had pinpointed that that was precisely one of the main problems of the 2009 car.

Nevertheless, next day the car that made its debut in the racetrack and the characteristics of the front wing of three stacked elements was totally different.  Specifically, it’s very similar to the one that McLaren has.

The changes made on the R30 are very deep and one has to pay much attention.  The rear wing is also new, with a drop in the middle where the sharp fin gives it the aerodynamic support.

The nose’s cone is absolutely different from the rest of the scuderias, contrary to the 2010 trend which is V shaped.  Even though it is still a bit bulky, it lacks the extra protuberance underneath, with the purpose of gaining more resistance.

The wings are a clear evolution and contrary to the other three cars previously launched by Renault, the R30 has huge sidepod air inlets that extend down to the vehicle’s floor.  Instead of rectangular air inlets (more conventional) they are bigger in the high part than in the low one.

There’s no doubt that the team is quite interested in the temperature, because over the engine’s cover are connected heat stickers.  The engine’s exhaust have been moved towards the back and more to the middle of the car.

Specifications

• Chassis: Molded carbon fiber and aluminum honeycomb composite monocoque, manufactured by the Renault F1 Team and designed for maximum strength with minimum weight. RS27-2010 V8 engine installed as a fully-stressed member.
• Front suspension: Carbon fiber top and bottom wishbones operate an inboard rocker via a pushrod system. This is connected to a torsion bar and damper units which are mounted inside the front of the monocoque. Aluminum uprights and OZ machined magnesium wheels.
• Rear suspension: Carbon fiber top and bottom wishbones with pushrod operated torsion bars and transverse-mounted damper units mounted in the top of the gearbox casing. Aluminum uprights and OZ machined magnesium wheels.
• Transmission: Seven-speed semi-automatic titanium gearbox with reverse gear. “Quickshift” system in operation to maximize speed of gearshifts.
• Fuel system: Kevlar-reinforced rubber fuel cell by ATL.
• Cooling system: Separate oil and water radiators located in the car’s sidepods and cooled using airflow from the car’s forward motion.
• Electrical: MES-Microsoft Standard Electronic Control Unit.
• Braking system: Carbon discs and pads (Hitco); calipers and master cylinders by AP Racing.
• Cockpit: Removable driver’s seat made of anatomically formed carbon composite, with six-point harness seat belt by OMP Racing. Steering wheel integrates gear change and clutch paddles, front flap adjuster.

Car dimensions and weight

• Front track: 1450 mm
• Rear track: 1.400 mm
• Overall length: 5050 mm (250 mm more than R29)
• Overall height: 950 mm
• Overall width: 1800 mm
• Overall weight: 620 kg, with driver and cameras

Engine

• Designation: Renault RS27-2010
• Capacity: 2400 cc
• Architecture: 90° V8
• Weight: 95 kg
• Max rpm: 18.000 rpm
• ECU: McLaren Electronics Standard ECU
• Fuel: TOTAL
• Battery: Renault F1 Team

Formula One Racing is, quite simply, the paramount of karting. It is the professional form of the sport in its entirety. Formula One is an international phenomenon, a media conglomerate that rakes in millions and millions of dollars a year from advertising, sponsorship, and broadcast revenues. Professional drivers with millionaire bank accounts race these majestic kart marvels that are unprecedented, flush with technological luxuries – everything from hard to produce lightweight frames that glide the machine to tires with unsurpassed grooving style that exemplify powerful movement on the circuit.

There is no sport that bests epitomizes the term “global sport” like Formula One racing. Many countries serve as active participants in shaping the professional karting scene – for example, Malaysia is a hot spot for racing (Fernando Alonso, a Spanish-born driver under Team Renault recently won a race there) and Italy plays a vital role in designing and manufacturing first class, top-of-the-line karts. Drivers and racing personalities hail from all parts of the word – you have the charismatic and popular Italian Renault boss Flavio Briatore, the handsome young 23 year old racing prodigy in Fernando Alonso who stars in a Renault Megane commercial with his pet pig, and one of the highest earning sports figures in world history in Michael Schumacher. Rivalries are common in Formula One – adding the edge of excitement with every zip of the curve and nitrous boost of the machine.

In order to better become acquainted with Formula One racing, we must understand its organization. Karting goes way beyond pitting 3 2-cycle engine machines against each other on an oval circuit. Formula One is divided into drivers & their respective teams. Under such trademark car companies like Renault, Ferrari, and Toyota – each driver has an assembling cast of staffers consisting of mechanics, engineers, and designers all working towards one goal: to make that speedster faster using all the resources at their disposal. Headed by team bosses that are adept at creating sponsorship opportunities and assembling the best cast for each team, Formula One employs the finest specialists in the business with backgrounds in computer and automobile – even specialists with aerospace experience! High end, (rare technology reserved for space projects) in some instances, create the fastest and most efficient car possible. According to FI rules, racing teams must design, construct, and built their own karts from scratch. The staff is the pride of each individual team – capable and able to win every 57 lap enduro race from Malaysia to Great Britain.

Formula One cars can be summed up in two words: technological marvels. These sleek, low riding gems ripping through laps at speeds topping 200 mph. consist of more than just a chassis, an engine, and four wheels. For starters, the engine is located behind the cockpit as opposed to standard automobiles. They consist of 10 cylinder engines that produce heat which propel the kart forward. Team engineers are always looking into ways to make their engines more powerful. Currently, 1000 bhp (a scale for horsepower) has not been topped – it is up to the teams to produce an engine which would fare well supporting speed as well as support the chassis. And as we know, there is a snug open cockpit for Jarno Trulli to maneuver his machine in.

Construction of Formula One race cars is unprecedented. The first rule of thumb in designing a bonafide piece of framework is to make it weigh as least as possible. Less kart weight correlates to faster speeds. For this reason, team brains use lightweight material that is hard to construct. The minimum weight of a kart must be 600 kg including the driver. This ensures a level playing field, although teams are allowed to keep their money making construction methods a secret from other teams. Team staff is very highly regarded in the Formula One business. Their technological and dynamical know-how of the machines they build is a valuable asset to any team. And like free agents, they are lured and signed by the likes of companies creating a recruiting war for their services. Of course, there are restrictions for creating karts. You cannot add nitro boosts to your machine or use technology that resembles life in the year 3000. Teams are always looking to bend the rules slightly and coming up ways to beat the competition legally.

Professional kart tires have to have optimum characteristics to ensure smooth driving. For one, tires have to have grooving technology built into them. For the novices, grooves are indented lines in tires that allow for it to slow down considerably on turns and to adapt to the track surface. No matter what the technology, kart tires are simply not adept at withstanding the rigors of asphalt, concrete, and dirt. For this reason, Formula One racers are allotted two pit stops during the course of a 57 lap race to change tires. If you’ve ever watched a Formula One race, team staffers with lightning quick hands have an extremely limited time for which to remove and replace tires in the pit stop – often times not exceeding over 7 seconds! Regulations are placed on tire grooves (a minimum of four) to allow for an even playing field for all racers. Remember enthusiasts, grooves serve more to slow down the kart than to speed it up.

Chassis construction with its illustrious carbon fiber material, tires with indented grooves, team specialists with a knack for speed, and engines which burn heat like calories is the epitome of a Formula One race car. All of these attributes contribute to the performance of the vehicle in racing lap after lap. As a result of all this technology, Formula One cars leave people breathless reaching consistent speeds of 200 mph. on the race track. More impressive is the time needed to go from 0 mph to 100 mph – 5 seconds! Formula One is only moving forward with the advent of new features – like improved horsepower engines, more lightweight materials, new ballasts to add weight to the car, and more. Behind that stylish, mind blowing chassis that pique our interest is that top-class technology that makes Formula One racing so great.

Sport fans tend to follow the sponsors of their favourite team or player. The same can be said with auto racing; the only difference is that these players are referred to as drivers. In fact, with auto racing, this is most commonly seen with NASCAR. It has been said that NASCAR has the largest group of loyal fans. Fans not only support the sponsors of their favourite drivers, but they also tend to purchase merchandise or services from them. The same can be said with Formula Drifting.
Formula Drifting is a sport that is relatively new to the United States. Despite the fact that the first professional event was held in 2004, the sport still has quite the fan following. Like many NASCAR fans, these fans are loyal. That is why a large number of sponsors, also commonly referred to as product manufacturers have made the decision to become involved with the sport. When it comes to Formula D, the sponsors that most often first come to mind are tire manufacturers.
Tire manufacturers do not just get their name on a driver’s uniform, but they also provide that driver with tires. With Formula D, the tires used are extremely important. In fact, to create a drift the tires need to loose tractions with the ground. This essentially helps to create the perfect drift. Since tires are so important to the sport of drifting, there are a large number of tire manufacturers who have inserted themselves into the sport. In fact, it has been noted that Formula D has the most tire manufacturer sponsors of any other motor sport; which includes NASCAR.
Nitto Tire is one of the many tire manufacturers that is involved with Formula Drifting. This manufacturer, like many other tire manufacturers, makes tires for all different vehicles and all different driving conditions. While they are well known for their tires for traditional vehicles, such as cars, SUV, and trucks, Nitto Tire is most well known for its racing tires. One of these tires includes the NT 555 RII. This type of tire is used primarily with road racing and other competitive sports, such as Formula D.
BF Goodrich Tire is another tire manufacturer that participates in Formula Drifting. This tire manufacturer is one of the most well known manufacturers in the United States. As with Nitto Tires, BG Goodrich Tires has a wide variety of different tires, available for all different uses. When it comes to sports cars and Formula Drifting, quite a few BF Goodrich Tires are ideal for the sport.
Maxxis Tires, another sponsor and tire manufacturer involved in Formula D, is also a well known tire manufacturer. Although they are not as well known to most everyday individuals, they are well known to those involved in auto sports, such as auto racing or Formula Drifting. In fact, most of Maxxis Tire’s focus is placed on auto sports, including Formula Drifting.
Perhaps, out of all of the tire manufacturers and sponsors, for Formula Drifting, Bridgestone is the most well known. Bridgestone’s tires are not only used in Formula D, but other motor sports as well. These additional sports include, but are not limited to, Formula 1, supercross racing, and monster truck racing. Bridgestone is not just popular among racing, but it is a company that is known by just about everyone. In fact, there is even a chance that you have Bridgestone tires on your personal vehicle.
In addition to the above mentioned tire manufacturers, Toyo Tires, Falken Tires, Cooper Tires, and Dunlop Tires are also Formula D sponsors. To add interest or extra excitement to your next Formula D event, keep an eye on the tires being used. While all of these tire manufacturers come highly recommended, you will often find that the tires used makes all the difference in the world.

Last summer, Formula One standout Juan Pablo Montoya announced that he will be competing on the NASCAR races. During his announcement he said that he was excited to bring his aggressive style of driving to the motorsport.

In Formula One, Montoya cemented his reputation as one of the most aggressive professional race car drivers today. While his skills combined with his unique style made him one of the most talented drivers today, he seems to be having trouble making friends in NASCAR as his aggressive style of driving seems to be rubbing his fellow NASCAR drivers the wrong way.

While NASCAR racing is more aggressive than Formula One, there is a limit to one’s aggressiveness on the tracks. And that is what Montoya is still trying to find out. Currently, the Colombian driver has already wreaked havoc on his fellow drivers with the season just starting. In Mexico, Montoya accidentally forced his teammate, Scott Pruett, off the road at the road race in the Busch Series. The road race saw Montoya securing his first win in the new field that he has entered. He has also reportedly “annoyed” Jeff Gordon in Atlanta. Montoya also ran into Ryan Newman and Tony Raines at Martinsville. Aside from those incidents, Juan Pablo Montoya also managed to annoy two-time Nextel Cup Champion Tony Stewart as he tangles with him at the recently concluded Samsung 500 which happened in Texas.

In response to the criticism that he receives over his aggressive driving, Montoya has this to say: “I don’t think Chip (Ganassi) hired me to run 20th every weekend, and I didn’t come here to run 20th every weekend. Is (contact) going to happen? Yeah, it’s going to happen a lot of weekends, but our aim is to run up front.” He added that: “I think anybody that’s seen me race knows that I’m not going to back down.”

In the recent incident involving Montoya and a fellow driver, it seems that the “rookie” will be having a hard time adjusting to the sport. Stewart, the latest victim of Montoya’s aggressive driving style, has this to say: “If you race people with respect, you get respect. You might want to be just a little bit more patient just long enough to learn how everything’s done over here.” NASCAR aficionados have even compared Montoya’s aggressive driving to the skills of NASCAR legends like the late Dale Earnhardt Sr.

The common thinking is that aggressive drivers can have good success in the sport but they have to make sure that their aggressiveness is channeled so that it comes as not to be counter-productive.

Montoya’s start tote season is quite respectable. Being from Formula One, it is expected of him to eventually win in the NASACR races. Currently, the aggressive driving Colombian posted a win at the Busch Series and has already managed to get a couple of top ten finishes in the Nextel Cup. In Texas, the former CART champion managed an eighth place finish. He is driving a Dodge which is yet to win a race at the Nextel Cup. Currently, Dodge, Ford, and Toyota, are being dominated by Chevy at the Nextel Cup series. Equipped with for-race engineered engines which leaves far behind the performance of on-road Chevy vehicles equipped with the Chevy cold air intake system.

While Montoya is yet to show his true worth in NASCAR, drivers in the sport agrees that Montoya has got the talent to be come successful in the motorsport. Even Stewart said that Montoya is the most talented driver in his team. Although admitting Montoya’s flair for the game, Stewart added that: “He didn’t make friends with me [at Texas], so he won’t get any help from me in the future.”

For the second consecutive time, Greg Biffle managed to advance in the final section of the Camping World RV 400 Sprint Cup race at Dover International Speedway taking the victory and overcoming the leaders and favorites to win this particular competition. Biffle certainly surprised many of us with his brief running to grasp the title. 

 

The Nascar’s driver Biffle was able to closely drive for most of the race next to the race leaders, but at the point when there were only 15 laps remaining he competed against his teammate Matt Kenseth; this was a very exciting part of the competition as Biffle constantly tried to surpass Kenseth in each lap but Kenseth put up a good race but finally Biffle overcame him with an absolute win. 

 

On the other hand, Carl Edwards achieved a third place despite trying very hard to obtain a better place. He was then followed by Mark Martin in the fourth place driving a Chevy, and the two-time champion, Jimmie Johnson, arrived in fifth place. 

 

Among the top ten positions also were: Kevin Harvick, Jeff Gordon, Clint Bowyer, Jeff Burton and Michael Waltrip. Eight of these ten drivers had previously competed in the NASCAR Sprint Cup Championship, except for Martin and Waltrip. One driver that did not have a good performance as expected was Kyle Busch who ended the race in the 43rd position, which was the last place.

 

Despite the fact that it was a very splendid day for Nascar’s racing it was not such a good day for Busch neither David Gilliland as they both collided hardly against the retention wall. Another crash was that of Patrick Carpentier, which lost control of his Dodge in the first curve, striking the defense of the NASCAR Sprint Cup Chase contender, Carl Edwards.

 

Another driver Jeff Gordon showed his skills and speed while taking a privileged position along with Hamlin, Kenseth, Jamie McMurray, Martin, Dale Earnhardt Jr., David Reutimann, Bowyer, Kyle Busch and Martin Truex Jr.

 

During the 64th lap Joe Nemechek caused another yellow flag when his Chevy burst a front wheel and struck the external wall. Some other remarkable drivers who rose to top positions and finished seeded in the top ones were: Reutimann, Johnson, Bowyer, Burton and the race winner Biffle. Toyota’s AJ Allmendinge’s caused another yellow flag some laps later when hitting the retention wall. The sparks continued shortly after the yellow flag when Robby Gordon was put behind McMurray this certainly changed the race which at half point of the competition the Nascar driver Hornish crashed again in the 187th lap.

 

Another highlight of the race was the good performance and rising of the Colombian Juan Pablo Montoya who achieved a 17th place. He has also been improving race after race as he seems to be getting more comfortable with the vehicle he is now driving, he is one of those drivers that will sooner than later surprise us with an unexpected victory in the short run.