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Ecclestone wonders if F1's upcoming turbo V6s should get augmented sound [w/videos]

While every team on the Formula One grid is worried about making a good showing in this year's championship at the same time as they develop a brand-new car for next year's championship, Bernie Ecclestone and F1 circuit promoters have a different concern: how next year's cars will sound. The current cars use 2.4-liter, naturally-aspirated V8s that can reach 18,000 revolutions per minute and employ dual exhaust, next year's engine formula calls for 1.4-liter turbocharged V6s that are capped at 15,000 rpm and are constrained to a single exhaust outlet. Ecclestone and promoters like Ron Walker believe the new engines sound like lawnmowers and that the less thrilling audio will keep people from coming to races. If Walker's Australian Grand Prix really is shelling out almost $57 million to hold the race, every ticket counts. As a fix, according to a report in Autoweek, Ecclestone "suggests that the only way to guarantee [a good sound] may be to artificially adjust the tone of the V6s."
However, neither the manufacturers nor the governing body of F1, the FIA, think there will be a problem. Ecclestone fears that if the manufacturers "don't get it right" they'll simply leave the sport, but the only three carmakers and engine builders left next year, Renault (its 2014 "power unit" is pictured), Mercedes-Benz and Ferrari are so embedded that it would stretch belief to think they'd leave the table over an audio hiccup - if said hiccup even occurs. And frankly, these issues always precede changes to engine formulas, as they did when the formula switched from V10 to V8; fans, though, are probably less focused on the engines and more on the mandated standardization of the sport and the spec-series overtones that have come with it.
No one knows yet what next year's engines will sound like, but we've assembled a few videos below to help us all start guessing. The first is an engine check on an Eighties-era John Player Special Renault with a 1.5-liter V6 turbo, after that is Ayrton Senna qualifying in 1986 in the Lotus 98T that also had a 1.5-liter V6 turbo, then you'll find a short with a manufactured range of potential V6 engine notes, and then the sound of turbocharged V6 Indycars testing last year at the Indianapolis Motor Speedway. Any, or none of them, could be Formula One's future.

This electric Ferrari 308 GTS would do Magnum PI proud

We've seen Lancias, Alfas, Maseratis, and assorted F1 cars over the years packing Ferrari engine. But seeing a Ferrari running under different power is something else entirely – let alone one packing a fully electric powertrain. Yet that's what one company in Southern California has done with this 1978 Ferrari 308 GTS, swapping out its V8 engine for an array of electric motors and battery packs. Rather than tearing apart a perfectly good Italian sports car, Eric Hutchison of San Diego-based Electric GT found the Magnum PI-spec Prancing Horse for salvage after it had burned out from an unfortunate fuel leak. One man's loss being another's gain, he bought it for $10,000 and, together with his friend Michael Bream at EV West, set about converting it to electric power. The cavallo elettrico produces an impressive 465 horsepower and 330 pound-feet of torque. With three AC51 HPEVS electric motors and 48 batteries installed, the cavallo elettrico produces an impressive 465 horsepower and 330 pound-feet of torque. That's a heck of a lot more than the 2.9-liter V8 in the original 308 ever produced: before later versions introduced fuel injection and four-valve cylinder heads, the 308 packed about 200 horsepower and 181 lb-ft. Not one of the most powerful models ever to leave the factory in Maranello, in other words. To handle the extra muscle, Hutchison, Bream, and company fitted a new clutch, flywheel, pressure plate, and (perhaps the oddest part) a Porsche transaxle, mounted upside down. Though most EVs do away with a conventional transmission, Hutchison points to the original (though ultimately unfulfilled) Tesla Roadster plans and the Formula E setup as evidence of the combo's ideal blend of efficiency and performance. "The massive torque transferring through the transmission engages the driver in a clutch-dropping, gear-pounding Ferrari experience," he said. To offset the added weight of the four dozen 3.3-volt lithium-ion batteries, they stripped out anything they could, and found new homes for many of the jettisoned components through fora like Ferrari Chat, whose members enthusiastically followed the conversion process. The result is a vehicle just 150 pounds heavier than stock that can travel 100 miles on a single charge. That's more than most OEM EVs can go these days, and (arguably) in better style, too. We've been following the project's development for nearly two years now, and took it for a spin on Translogic.

Watch Rimac's Concept One roast a LaFerrari and Tesla Model S in a drag race

It's been five long years since Rimac Automobili took the covers off of its Concept_One at the Frankfurt Motor Show. From the very beginning, Rimac has confidently touted the supercar's capabilities, but now we actually have proof of just how capable the Concept_One really is. Here's your takeaway: It's quick enough to show a Ferrari LaFerrari its taillights through the quarter-mile. If you've spent any time clicking around on YouTube, you've seen the Tesla Model S P90D trump all sorts of high-performance cars. In this video, the Tesla is really only there for reference, because the way the Concept_One bests the electric sedan is just brutal. For those not familiar with Croatia's electric machine, here's the lowdown: 1,088 horsepower and 2,800 pound-feet of torque thanks to four electric motors that put everything down off the line Zero to 62 mph in 2.6 seconds, 6.2 seconds to get to 124 mph from a standstill, and 0 to 186 mph in 14.2 seconds An independent gearbox for each electric motor with the front featuring single-speed gearboxes and the rear axle using two-speed double-clutch gearboxes Rimac All Wheel Torque Vectoring (R-AWTV) system that calculates the optimum amount of torque for each wheel On paper, the Concept_One makes a Tesla Model S P90D with Ludicrous Mode look slow. But a LaFerrari isn't a Model S. And it's definitely not an electric car. It's a stampeding thoroughbred with a naturally aspirated V12 and an electric motor that together make 950 horsepower. It can blitz the quarter-mile in roughly 9.8 seconds and is faster than the majority of cars on the road today. Granted, the LaFerrari is quicker to 60 mph than the Concept_One, at 2.5 seconds. In essence, this race between two titanic machines should be close. But it's not. It's not even close to being close. It's a massacre. Related Video: News Source: Archie Hamilton Racing via YouTubeImage Credit: Archie Hamilton Racing / YouTube Green Ferrari Tesla Coupe Electric Videos drag race ferrari laferrari Rimac