The high-end sedan reaches 60 mph in simply 2.4 seconds, i m sorry outperforms every supercar accessible today. Tesla maximizes efficiency at every stage and also uses software program to unlock the battery"s maximum strength output to achieve its superior acceleration. Following is a transcript the the video.
You are watching: Can you make a tesla faster
Spectator: there it goes.
Narrator: 2.4 seconds. Passenger: Wow! Narrator: That"s all it takes for this Tesla to reach 60 mph indigenous a standstill. That"s faster than a Bugatti Chiron, the fastest vehicle in the world, i beg your pardon takes 2.5 seconds to walk from zero to 60. Tesla engineers worked for years to cut tenths of a second off the model S Performance"s acceleration time. So, what exactly makes the so good at accelerating so fast?
First off, electric vehicles will constantly be an ext efficient 보다 your typical combustion-engine car. And the an ext efficient a automobile is, the far better it performs. Gas-powered cars are filled v thousands of parts linking together various mechanical components to deliver the power from the engine come the wheels. To perform this, the engine sends power come the transmission, i beg your pardon converts that strength to usable power through gears, clutches, and also different electrical components before sending it come the driveshaft, which ultimately rotates the wheels. In ~ every allude in this process, there"s a ns of energy as result of the friction the the various moving parts. Electrical vehicles are much less complicated in part because they deserve to accelerate native zero come their peak speed without changing a single gear. Since electric vehicles don"t have actually to change gears, every one of the torque lock can develop is obtainable from zero rpm, or rotations per minute. This is what"s referred to as immediate torque.
Passenger: Oh, my God!
Narrator: however let"s take it a step earlier and talk about where that strength comes from. The battery. EV batteries range from around 20 kilowatt-hours to 100 kilowatt-hours. This number represents exactly how much power the battery have the right to store, likewise known as power density. The 100-kilowatt-hour battery pack discovered in the model S Performance renders 762 horsepower, which is ~ above par v Lamborghini Aventador SVJ, but it"s the power thickness of that battery the determines how much power deserve to be ceded to the electrical motor per second. The greater the power density, the quicker the vehicle can accelerate. Tesla decreased to share the precise power thickness of its batteries, yet a quick look at how the version S power compares to various other EVs will prove it is among the most power-dense battery in an electric vehicle obtainable today. Yet power isn"t everything. A car can only accelerate as rapid as the tires can grip the road.
Traction is among the most important factors when it pertains to racing. If her tires can"t fixed the road, then your auto isn"t walking anywhere. Tesla incorporates 3 features commonly found in other performance cars come maximize traction in between the tires and also the road, which allows the automobile to accelerate much more efficiently. The very first is all-wheel drive. Two electric motors in ~ the front and also rear that the vehicle deliver strength to all 4 wheels in ~ the very same time, which, the course, increases traction. Climate there"s talk vectoring. Tesla"s software measures exactly how well every of the tires room gripping the road and also adjusts talk in the front and also rear independently thousands of times per second to ensure the tires room constantly achieving maximum grip and also propelling the car forward. And, lastly, Tesla offers a tire with a tread pattern specifically arisen to maximize contact with the ground.
So far, whatever in model S Performance, with the exception of Tesla"s battery technology, have the right to be found in various other performance car or EVs. These attributes together provide the model S a zero come 60 of 3.7 seconds, which renders its acceleration comparable to the Alfa Romeo Giulia or the dodge Challenger Hellcat, both of i m sorry are superior performance dare on their own. Yet the not-so-secret sauce the propels the version S come supercar performance and also shaves off one more 1.3 seconds is Ludicrous to add mode and also launch control.
Ludicrous Plus mode preps the battery because that maximum performance by heating it to specifically 122 degrees to boost power output by about 46 horsepower, follow to DragTimes" recent test the the recent firmware update. The motors, inverters, and also transmission deserve to handle higher temperatures for a longer period of time prior to the automobile limits strength to cool the car"s materials down, permitting the car to endure strenuous driving choose drag racing longer. V launch control, the front suspension squats right into a cheetah view to keep force on the former tires an ext consistent to more improve traction. The axle is additionally preloaded v a little amount that torque, similar to pulling a slingshot earlier to construct tension prior to launching a projectile. Yet in this case, the projectile is the car.
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There isn"t just one function that deserve to be attributed come the incredible performance that the version S. Instead, it"s a device that maximizes power and efficiency at every stage.
Passenger: I might do the every day.