Mercedes has been dominating F1 this season, and a big technical secret why has just come out — they split their turbo in half.
Formula One is the most advanced racing series in the world, which means the cars themselves are basically highly complex hybrid hi-tech pods with wheels. How do you pilot a machine like that? With all these buttons.
The rules done changed in F1 racing from last year to now and the most obvious difference between 2013 and 2014 is the sound of the engine in F1 racing cars. Before they used to be so screaming loud that they sounded like the manifestation of space laser warfare on the road. Now in 2014? It’s like hearing weak go karts prancing around the track. It’s that different.
An engine this small should, by conventional logic, not be this powerful. But, somehow, it is. And at this year’s 24 Hours of Le Mans, Nissan plans to see just how well its under-sized, over-powered hybrid engine prototype handles auto racings’s most grueling challenge.
A 1.6-liter V6 turbo revving at 15,000 rpm with unlimited boost that turns small drops of fuel into 600 horsepower aided by an electrical system that pumps out another 160 electron-charged horses. This is the pinnacle of engine development.
This F1 race car is a bit unusual. It is made from hundreds and hundreds of hard drives and that makes it look pretty awesome. Can you believe that those curves all come from hard drive parts? It was created by Western Digital’s Rob Ryan in a stunning bit of promotional marketing.
The tires are the only things not made from a Western Digital drive. The wheel hubs are made from 10,000rpm drive motors in the front and 7200rpm motors in the rear. They actually spin, having been milled down in a CNC machine. The side panels are a cluster of server-friendly WD Red hard drive parts, while the actuators form the front wing of the car. The rear wing is a combination of WD Velociraptor and Scorpio actuators.
There are even a stack of disk motors in the middle of the car for the driver’s head. Behind that is the replica V12 engine, assembled from 12 Western Digital Scorpio notebook hard drives. Even the LEDs in the body were taken from WD My Passport external hard drives. This thing is quite a piece of work. The detail is just stunning. Best use of hard drives yet!
Head on over to Legit Reviews for more pics of this impressive build.
[via Geek]
At the Singapore Grand Prix two weekends ago, Red Bull driver Sebastian Vettel won by an unbelievable 32 second margin over his closest rival. Seriously, it’s unbelievable. Now F1 experts believe that Red Bull Racing’s F1 engineers may have invented a new kind of traction control that links the car’s hybrid engine to its suspension — but no one knows for sure. The whole world is stumped.
In a sport where the difference between winning and losing is measured in thousandths of a second, squeezing every last ounce of speed out of your F1 racecar is absolutely imperative. A new collaboration between GE and Caterham aims to do just that—by leveraging the power of big data and materials science.
Red Bull holds the record for the fastest F1 pit stop at a barely-believable 2.05 seconds