Acceleration, torque and speed convince more drivers to switch.
One of the most pervasive myths about electric vehicles (EVs) is that they don’t perform as well as gasoline cars. Performance is a complex subject, but electric vehicles equal or exceed fossil fuel vehicles in a few key areas.
The high-performance EV delivers lightning-fast acceleration, reaches an impressive top speed and also exhibits excellent handling. Gasoline vehicles offer the advantage of fierce competition and more than 100 years of accumulated research and development, but this competition is closer than expected.
How do electric cars compare to gasoline cars?
Electric and gas powered vehicles are available in low-power budget models, high-performance luxury models and everything in between. There are more gasoline vehicles on the road. That said, there are more low- and high-powered gasoline models than EVs, but EVs have advantages at both ends of the spectrum.
The only thing that helps EVs compare favorably to petrol vehicles is that the electric motors can deliver instantaneous torque that cannot be achieved with a petrol engine coupled to a gearbox. In other words, in an electric car, it starts moving almost immediately when you press the accelerator pedal, whereas in a gasoline car it takes a while to start.
This explains why electric vehicles have such impressive accelerations in the real world. Some accelerate from 0 to 60 miles per hour in less than two seconds. The world’s fastest petrol-powered supercar could come close, but it’s actually a very close race. All electric vehicles, not just luxury models, are benefiting.
In addition to pure acceleration, top speed, handling and other factors should also be considered when comparing overall performance. EVs don’t always stack favorably in these areas, but it depends. Some EVs are faster than others, some high-end EVs offer great handling, while others miss the mark just like gasoline vehicles.
Are electric cars really as fast as gasoline cars?
EVs have an acceleration advantage, but that’s only part of the equation. Acceleration and top speed are different beasts, while the fastest EVs roll faster on the assembly line than the fastest gasoline cars.
If you look at the top measured speeds of the world’s fastest cars, the top speeds of petrol cars have reached over 300 mph, and the fastest production EVs are around 200 mph.
The EV hypercar could theoretically compete with the world’s fastest petrol vehicle in the future, and the test vehicle has already reached a top speed of around 260 MPH. But all of this is a speed that the average rider would never experience.
When looking at real-world performance on the road, the EV offers better acceleration and enough speed to catch up.
Did the EV win the race?
Electric vehicles are nothing new and have a history as old as gasoline cars. An electric car won one of the first auto races held on a racetrack in the United States. According to some accounts, it was the first such race. In this race, two electric cars competed against the petrol car lineup, and the Riker Electric Vehicle Company won.
Electric Vehicles: A Brief History Lesson
After that first race over 100 years ago, gasoline cars dominated the streets, while electric cars were relatively forgotten. In most races, a relatively small number of modern electric vehicles have competed with gasoline vehicles due to strict regulations on what types of vehicles can compete. However, there were a few exceptions, and electric vehicles won the race against gasoline vehicles.
In 2015, electric vehicles took second place in the Pikes Peak International Hill Climb Unlimited Division. Almost anything can participate in this department as long as the vehicle passes the safety inspection. So this is a race where electric cars can compete with gasoline cars.
The following year, gasoline cars again won the championship, but electric vehicles took second and third places. Since then, electric vehicles have continued to compete and often win.
There are many electric racing series besides the rare cases where an electric car can go head-to-head with a petrol car. The race competes EVs and EVs in various configurations and categories, marking new advancements and breakthroughs in the field of electric motorsports.
Do cheap electric cars work well too?
While the performance of a high-end EV is easy to see, the more affordable EVs share the same benefits. The same fast acceleration that allows EVs to boast the lowest 0-60x goes to even the most affordable family sedans.
For example, the 0-60 MPH time of the all-electric Chevy Bolt hatchback is 6 seconds. Another similar vehicle, the gas-powered Chevy Bolt, goes from 0 to 60 MPH in over 10 seconds. Although inexpensive electric vehicles do not reach the same standards as expensive electric vehicles, they still compare to similar gasoline vehicles in the same category.
How to choose a high-performance EV
If you want an electric vehicle that performs better or performs better than a petrol vehicle in the same category, then you don’t have to worry about performance at all. Considering things like passenger and cargo space, battery capacity and range, and maximum charging speed, you will usually end up with a vehicle that performs or performs better than a gasoline vehicle in the same category.
If performance is your primary concern, you’re more likely to find a higher-level product, so you need more space on your budget. If you plan to use your vehicle as a daily driver, you still need to consider things like battery capacity and range, not only to get the most out of your power, but also pay attention to 0-60 MPH hours, top speed and other factors. trim.
Which electric vehicle is right for me?
The future of EV performance
Electric cars have existed for as long as gasoline cars, but until now, most of them have lived in the shade. Almost all R&D time and money has been invested in gas powered vehicles, and all engineering achievements can be seen in the vehicles found on the roads and tracks today.
As electric vehicles become more popular and more used on the road every year, development and advancement will accelerate with the same strength as high-performance EVs jumping off assembly lines. Races like the Pikes Peak Unlimited Hill Climb are already focused on EVs, with a variety of automakers targeting the high-performance market.
Gasoline vehicles currently have electric vehicles running at full speed, but electric vehicles of the future will fill that gap. The Tesla Model S, for example, reached a top speed of around 160 MPH and led the production EV pack for a while, until the recently released Tesla Model S Plaid hit a top speed of 200 MPH.
Other experimental EVs take this further, such as the Rimac Nevera with a top speed of 258 MPH. As these and other EVs begin to enter the high-performance market, it is likely that many of these advances will lead to improved performance in low-cost EVs.
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Want a High-Performance Car? Think EV
Acceleration, torque, and speed are convincing more drivers to switch
One of the most pervasive myths about electric vehicles (EVs) is that they somehow don’t perform as well as gasoline-powered vehicles. Performance is a complicated subject, but EVs perform as well or better than their fossil-fueled counterparts in some key areas.
High-performance EVs boast blisteringly quick acceleration, hit impressive top speeds, and exhibit excellent handling as well. Gasoline-powered vehicles offer stiff competition and benefit from over 100 years of accumulated research and development, but this is one race that might be tighter than you expect.
How Do EVs Stack Up to Gasoline-Powered Vehicles?
Electric and gas-powered vehicles come in lower-performance budget models, high-performance luxury models, and everything in between. There are many more gas vehicles on the road, which means there are more low-performance and high-performance gas models than electric vehicles, but electric vehicles have an advantage at both ends of the spectrum.
The one thing that helps EVs stack up favorably against gasoline-powered vehicles is that electric motors can provide instant torque, which you can’t get out of a gas engine that’s connected to a transmission. That means when you push the accelerator in an electric vehicle, it starts moving almost instantly, while it takes a moment for a gas-powered vehicle to get rolling.
That explains why electric vehicles exhibit such impressive acceleration in the real world, with some hitting 0 to 60 MPH in less than two seconds. The quickest gas-powered supercars in the world can come close to that, but it’s a very tight race indeed. Every EV benefits from this as well, not just the high-end models.
Beyond pure acceleration, you also need to consider top speed, handling, and other factors when comparing overall performance. Electric vehicles don’t always stack up as favorably in those areas, but it’s a case-by-case basis. Some EVs are faster than others, and some high-end EVs provide excellent handling while others miss the mark, just like gas-powered vehicles.
Are EVs Really as Fast as Gas Cars?
Electric vehicles do have an advantage on acceleration, but that’s only part of the equation. While the fastest EVs are quicker off the line than the fastest gas-powered cars, acceleration and top speed are different beasts.
If you look at the highest measured speeds from the fastest cars globally, gas-powered cars have hit tops speeds above 300 MPH, while the quickest production EV tops out at around 200MPH.
EV hypercars could theoretically match the fastest gasoline vehicles in the world in the future, and test vehicles have already reached top speeds of around 260MPH. Still, these are all speeds that the average driver is unlikely to ever experience in the first place.
When you look at real-world performance on real-world roads, EVs offer better acceleration and more than enough speed to keep pace.
Have Any EVs Won Races?
Electric cars aren’t new, and they have a history that’s just as long as gasoline-powered cars. An electric vehicle won one of the first automobile races to take place on a track in the United States. By some accounts, it was the first such race. Two electric vehicles competed in that race against a slate of gas-powered cars, and the Riker Electric Vehicle Company came away with the win.
Electric Vehicles: A Short History Lesson
Since that first race more than a century ago, gas-powered vehicles went on to dominate the roads while electric vehicles faded into relative obscurity. Due to the stringent regulations that most races have regarding what type of vehicles can enter, relatively few modern electric vehicles have competed against gas-powered vehicles. There have been a handful of exceptions, though, and EVs have won modern races against gas-powered vehicles.
In 2015, electric cars took the top two spots in the Pikes Peak International Hill Climb unlimited division. This division allows just about anything to enter, as long as the vehicle meets safety inspections, so this is one race where EVs can compete with gas-powered vehicles head to head.
A gas-powered vehicle came back to win the following year, but the second and third-place finishers were EVs. Since then, electric vehicles have continued to compete and often win as well.
In addition to the rare instances where EVs can race directly against gas-powered vehicles, there are many all-electric racing series. These races pit EV against EV in various configurations and categories, leading to new developments and breakthroughs in the field of electric motorsports.
Do Affordable EVs Perform Well Too?
While the performance of high-end electric vehicles is easy to see, the fact is that more affordable EVs have many of the same benefits. The same quick acceleration that allows EVs to boast the lowest 0-60 times around trickles down to even the most modest of affordable family sedans.
For example, the all-electric Chevy Bolt hatchback has a 0 to 60 MPH time of six seconds. Another similar vehicle, the gas-powered Chevy Bolt, takes more than 10 seconds to go from 0 to 60 MPH. So while affordable EVs don’t perform up to the same standard as expensive EVs, they still stand up very well to similar gas-powered vehicles in the same category.
How to Pick a High-Performance EV
If you want an EV that performs as well or better than gas-powered vehicles in the same category, then you don’t need to think about performance at all. Look at things like passenger and cargo space, battery capacity and range, and the maximum rate of charge, and you’ll typically end up with a vehicle that performs as well, or better than, any gas-powered vehicle in the same category.
If performance is your main concern, then you’ll be looking more at the high end of things, so you’ll need to have more room in your budget. You’ll still need to consider things like battery capacity and range if you plan on using the vehicle as a daily driver and not just to flex its power, but you’ll also want to pay attention to the 0 to 60 MPH time, top speed, and other factors like handling.
Is an Electric Vehicle Right for Me?
The Future of EV Performance
Electric vehicles have been around as long as gas-powered vehicles, but they’ve primarily existed in the shadows. Nearly all of the research and development time and money has gone into gas-powered vehicles, and all of that engineering output is on display in the vehicles you see on the road and race track today.
With the rise in popularity of electric vehicles and more of them on the road with each passing year, developments and advancements are likely to speed up with the same intensity of a high-performance EV jumping off the line. The focus is already on EVs in races like the Pikes Peak Unlimited Hill Climb, and a variety of automakers have set their sights on the high-performance market.
Gas-powered vehicles have EVs beat in top speeds right now, but future EVs are likely to close that gap. For example, the Tesla Model S topped out at about 160 MPH and led the production EV pack for a while, until the recently-released Tesla Model S Plaid blew right past that with a top speed of over 200 MPH.
Other experimental EVs have taken that even further, like the Rimac Nevera, with a top speed of 258 MPH. As these and other EVs begin to take over the high-performance market, many of those advancements are likely to lead to improvements in affordable EV performance as well.
#HighPerformance #Car
Want a High-Performance Car? Think EV
Acceleration, torque, and speed are convincing more drivers to switch
One of the most pervasive myths about electric vehicles (EVs) is that they somehow don’t perform as well as gasoline-powered vehicles. Performance is a complicated subject, but EVs perform as well or better than their fossil-fueled counterparts in some key areas.
High-performance EVs boast blisteringly quick acceleration, hit impressive top speeds, and exhibit excellent handling as well. Gasoline-powered vehicles offer stiff competition and benefit from over 100 years of accumulated research and development, but this is one race that might be tighter than you expect.
How Do EVs Stack Up to Gasoline-Powered Vehicles?
Electric and gas-powered vehicles come in lower-performance budget models, high-performance luxury models, and everything in between. There are many more gas vehicles on the road, which means there are more low-performance and high-performance gas models than electric vehicles, but electric vehicles have an advantage at both ends of the spectrum.
The one thing that helps EVs stack up favorably against gasoline-powered vehicles is that electric motors can provide instant torque, which you can’t get out of a gas engine that’s connected to a transmission. That means when you push the accelerator in an electric vehicle, it starts moving almost instantly, while it takes a moment for a gas-powered vehicle to get rolling.
That explains why electric vehicles exhibit such impressive acceleration in the real world, with some hitting 0 to 60 MPH in less than two seconds. The quickest gas-powered supercars in the world can come close to that, but it’s a very tight race indeed. Every EV benefits from this as well, not just the high-end models.
Beyond pure acceleration, you also need to consider top speed, handling, and other factors when comparing overall performance. Electric vehicles don’t always stack up as favorably in those areas, but it’s a case-by-case basis. Some EVs are faster than others, and some high-end EVs provide excellent handling while others miss the mark, just like gas-powered vehicles.
Are EVs Really as Fast as Gas Cars?
Electric vehicles do have an advantage on acceleration, but that’s only part of the equation. While the fastest EVs are quicker off the line than the fastest gas-powered cars, acceleration and top speed are different beasts.
If you look at the highest measured speeds from the fastest cars globally, gas-powered cars have hit tops speeds above 300 MPH, while the quickest production EV tops out at around 200MPH.
EV hypercars could theoretically match the fastest gasoline vehicles in the world in the future, and test vehicles have already reached top speeds of around 260MPH. Still, these are all speeds that the average driver is unlikely to ever experience in the first place.
When you look at real-world performance on real-world roads, EVs offer better acceleration and more than enough speed to keep pace.
Have Any EVs Won Races?
Electric cars aren’t new, and they have a history that’s just as long as gasoline-powered cars. An electric vehicle won one of the first automobile races to take place on a track in the United States. By some accounts, it was the first such race. Two electric vehicles competed in that race against a slate of gas-powered cars, and the Riker Electric Vehicle Company came away with the win.
Electric Vehicles: A Short History Lesson
Since that first race more than a century ago, gas-powered vehicles went on to dominate the roads while electric vehicles faded into relative obscurity. Due to the stringent regulations that most races have regarding what type of vehicles can enter, relatively few modern electric vehicles have competed against gas-powered vehicles. There have been a handful of exceptions, though, and EVs have won modern races against gas-powered vehicles.
In 2015, electric cars took the top two spots in the Pikes Peak International Hill Climb unlimited division. This division allows just about anything to enter, as long as the vehicle meets safety inspections, so this is one race where EVs can compete with gas-powered vehicles head to head.
A gas-powered vehicle came back to win the following year, but the second and third-place finishers were EVs. Since then, electric vehicles have continued to compete and often win as well.
In addition to the rare instances where EVs can race directly against gas-powered vehicles, there are many all-electric racing series. These races pit EV against EV in various configurations and categories, leading to new developments and breakthroughs in the field of electric motorsports.
Do Affordable EVs Perform Well Too?
While the performance of high-end electric vehicles is easy to see, the fact is that more affordable EVs have many of the same benefits. The same quick acceleration that allows EVs to boast the lowest 0-60 times around trickles down to even the most modest of affordable family sedans.
For example, the all-electric Chevy Bolt hatchback has a 0 to 60 MPH time of six seconds. Another similar vehicle, the gas-powered Chevy Bolt, takes more than 10 seconds to go from 0 to 60 MPH. So while affordable EVs don’t perform up to the same standard as expensive EVs, they still stand up very well to similar gas-powered vehicles in the same category.
How to Pick a High-Performance EV
If you want an EV that performs as well or better than gas-powered vehicles in the same category, then you don’t need to think about performance at all. Look at things like passenger and cargo space, battery capacity and range, and the maximum rate of charge, and you’ll typically end up with a vehicle that performs as well, or better than, any gas-powered vehicle in the same category.
If performance is your main concern, then you’ll be looking more at the high end of things, so you’ll need to have more room in your budget. You’ll still need to consider things like battery capacity and range if you plan on using the vehicle as a daily driver and not just to flex its power, but you’ll also want to pay attention to the 0 to 60 MPH time, top speed, and other factors like handling.
Is an Electric Vehicle Right for Me?
The Future of EV Performance
Electric vehicles have been around as long as gas-powered vehicles, but they’ve primarily existed in the shadows. Nearly all of the research and development time and money has gone into gas-powered vehicles, and all of that engineering output is on display in the vehicles you see on the road and race track today.
With the rise in popularity of electric vehicles and more of them on the road with each passing year, developments and advancements are likely to speed up with the same intensity of a high-performance EV jumping off the line. The focus is already on EVs in races like the Pikes Peak Unlimited Hill Climb, and a variety of automakers have set their sights on the high-performance market.
Gas-powered vehicles have EVs beat in top speeds right now, but future EVs are likely to close that gap. For example, the Tesla Model S topped out at about 160 MPH and led the production EV pack for a while, until the recently-released Tesla Model S Plaid blew right past that with a top speed of over 200 MPH.
Other experimental EVs have taken that even further, like the Rimac Nevera, with a top speed of 258 MPH. As these and other EVs begin to take over the high-performance market, many of those advancements are likely to lead to improvements in affordable EV performance as well.
#HighPerformance #Car
Synthetic: Vik News
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