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Video proof that LaFerrari has a pure electric mode

Typically, a hybrid car, with its gas engine and an electric motor/battery pack is able to run on both forms of propulsion independently of each other. That means you can sip gas, run on pure electricity or some variation there of. The Ferrari LaFerrari is not like other hybrids.
See, the successor to the Enzo has batteries, an electric motor and a great, thumping V12 engine, but unlike its rivals from McLaren and Porsche, it has no standalone electric mode. That's been Ferrari's party line since day one. But have the Italians been exaggerating a bit? Judging by this video, it seems like a real possibility.
The video comes from what we're guessing is a European track day. It shows a black LaFerrari stealthily sailing through a tunnel on pure electric power, which it shouldn't be able to do, before its 789-horsepower V12 fires to life.

Fiat Chrysler starts production of ventilator components in Italy

MILAN — Fiat Chrysler has begun producing ventilator parts to help Italy's Siare Engineering boost its output of the medical equipment needed to treat patients during the coronavirus crisis, the carmaker said on Friday. Carmakers around the world are ramping up production of critical healthcare products and machines to respond to the enormous demand during the pandemic. Italy, the epicenter of the virus outbreak in Europe, had asked Siare to triple its normal monthly production as a part of government efforts to increase the number of intensive care beds. FCA said that with the support of luxury group Ferrari and holding company Exor, which controls both carmakers, it had produced the first electrovalves, a key part in ventilators, at its plant in Cento, in northern Italy. The Cento plant is usually used to produces high-performance car engines for the global market. It had been closed because of the coronavirus but has partially reopened for this project. "With the additional supply of electrovalves from Cento, Siare estimates that it will be able to reduce total production time for ventilators by as much as 30-50%", the statement said. In addition to the production of the electrovalves, a team of specialists from FCA is also working alongside Siare staff at their production facility near the city of Bologna. "The objective is to help increase Siare's total production, with a gradual scaling up of daily output beginning from the first week of April", FCA said.

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.