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Conquest and controversy conclude the 2014 Rolex 24 at Daytona [spoilers]

If you don't wish to know who won the 2014 Rolex 24 at Daytona, you should avert your eyes right now. We'll even give you a double-space to skedaddle...
For those of you still with us, the first race in the United SportsCar Championship (USCC) is done, but the discussions about it certainly won't end for a while. Daytona Prototypes claimed the first four overall places, the top spot taken by the No. 5 Action Express Coyote-Chevrolet Corvette DP driven by Joao Barbosa, Christian Fittipaldi, Sebastien Bourdain and Burt Friselle. The 16th and final caution of the race bunched the field up for an eight-minute sprint to the flag, so the first place getter finished just 1.4 seconds ahead of the No. 10 Wayne Taylor Racing Dallara-Chevrolet Corvette DP driven by Max Angelelli. Third place went to Brian Friselle in the No. 9 Action Express Chevrolet Corvette DP, 20 seconds down. Chevrolet power hasn't taken the overall win since 2003, eleven years later it scores a one-two-three-four. The No. 6 Muscle Milk/Pickett Racing ORECA-Nissan 03 scored fifth place, the top LMP2 finisher.
The Prototype Challenge class win went to the No. 54 CORE Autosport team of Colin Braun, Jon Bennett, Mark Wilkins and James Gue.

Ferrari vetoes F1 engine supply cost cap

The costs associated with competing in Formula One are enormous. In addressing the problem, the FIA has proposed a number of measures aimed at reducing those expenses. But while most of the teams are apparently on board, one key player has exercised its veto to defeat the initiative. The issue came up at a recent meeting of the Formula One Strategy Group, where the participating parties discussed implementing a global cost ceiling, amending the regulations in order to drive down costs, and increasing the standardization of common parts. However one of the most concrete steps would have seen the FIA institute a maximum price which engine suppliers could charge independent teams for their power units. The issue was put to a vote, which the FIA reports passed with a "large majority." But Ferrari vetoed the measure, exercising the right accorded to it under the governing regulations – a step which the FIA will not contest. With its cost-cap measure defeated, the governing body has confirmed its intent to move ahead with proposals to bring in an outside engine supplier that will provide motivation to independent teams at a lower cost. As we recently reported, the price associated with securing power units from suppliers like Mercedes, Renault, and Ferrari, typically costs teams as much as $30 million per season – a solid two or three times what they cost in the previous V8 era. One of the leading contenders at this early stage to supply those low-cost power units is Cosworth. The British firm has long participated in the championship as an engine supplier, stepping back from the sport only recently. However other companies could enter a bid for the contract as well. A French outfit called PURE run by former BAR-Honda team principal Craig Pollock began development of an engine package back in 2011. BMW and Toyota both supplied V8 engines until a few years ago, while independent outfits like Mecachrome, Mugen, and TAG have also prepared F1 power units based on engines developed by major manufacturers. 26.10.15 FIA FORMULA 1 WORLD CHAMPIONSHIP - COST REDUCTION The FIA has studied cost reduction measures for teams participating in the FIA Formula 1 World Championship which were not conclusive, including: - a global cost ceiling, - a reduction in costs via technical and sporting regulations, - an increased standardisation for parts.

Ferrari 488 Spider turbocharges the topless life [w/video]

As expected, Ferrari has followed the Geneva debut of the new 488 GTB with the introduction of the 488 Spider convertible. Like the hardtop model, the new Spider builds on the old 458 cabriolet. The retractable hardtop has been retained for the new model, slated to debut at the 2015 Frankfurt Motor Show. But thanks to the new aluminum spaceframe, the 488 Spider's torsional rigidity has been increased by 23 percent over its predecessor, promising even sharper handling. The powered roof can be stowed in just 14 seconds. Beyond that, the 488 Spider boasts the same goodies as the hardtop model. A 3.9-liter, twin-turbocharged, flat-plane crank V8 sits amidships, sending 661 horsepower and 560 pound-feet of torque to the rear wheels via a seven-speed dual-clutch transmission. Even in this roofless model, 62 miles per hour arrives in just 3.2 seconds, compared to an even three seconds in 488 GTB. The top speed is a toupee-eradicating 203 miles per hour. Prices, not surprisingly, have not been published. You can look forward to much, much more on the 488 Spider when it makes its grand debut in September, at the 2015 Frankfurt Motor Show. Until then, check out the launch video for the new droptop, as well as the official press release from Ferrari. The Ferrari 488 Spider: performance and effortless driving for maximum drop-top fun Official unveiling scheduled for Frankfurt Motor Show Maranello, 28 July 2015 – Ferrari announces the launch of the 488 Spider, its most powerful ever mid-rear-engined V8 car to feature the patented retractable hard top along with the highest level of technological innovation and with cutting-edge design. Ferrari was the first manufacturer to introduce the RHT (Retractable Hard Top) on a car of this particular architecture. This solution ensures lower weight (-25 kg) and better cockpit comfort compared to the classic fabric soft-top. Just like all previous spider versions of Ferrari's models, this is a car that is aimed squarely at clients seeking open-air motoring pleasure in a high-performance sports car with an unmistakable Ferrari engine sound. Every area of the car has been designed to set new technological benchmarks for the sector: from the aluminum spaceframe chassis and bodyshell to the new turbo-charged V8, aerodynamics that reconcile the need for greater downforce with reduced drag along with the specific cabin air flow demands of an open- top car, and vehicle dynamics that render it fast, agile and instantly responsive.