Tesla transportation, which is also considered an electric vehicle (EV), differs from transportation in a regular car by, first off, having an electric motor instead of an internal combustion engine. Since the vehicle is entirely run on electricity, there is no exhaust from the tailpipe, leading to lesser emissions.
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Let’s break down more examples of how an electric car is different from gas-powered vehicles and how transportation in a Tesla differs.
Here we’ll go over some more examples of how these two types of vehicles differentiate:
According to Ask MIT Climate, “Over the course of their driving lifetimes, EVs will create fewer carbon emissions than gasoline-burning cars under nearly any conditions.”
While electric vehicles aren’t completely clear of claiming zero emissions themselves, it has been proven time and time again that EV’s impact on the environment is much better than an internal combustion vehicle. And we’re only just scratching the surface of what these vehicles can do. Over time, the technology will continue to grow, ensuring we are bettering our future and, overall, the planet.
Due to the lack of internal combustion, electric vehicles are nearly silent. You may hear the tires against the roadway or the wind against the car as you drive, but you won't hear anything coming from the engine since there are no pressure changes within the vehicle.
EVs also offer faster acceleration because the torque is very large. Due to their different powertrains, electric vehicles use single-speed transmission, which means the motor is connected directly to the drive wheels. Since the power is being channeled directly into the wheels, it allows for faster acceleration.
It’s no secret that charging an electric vehicle takes longer than filling up a gas tank, so you might have concerns when it comes to driving long distances, like if you’re going on a road trip. But for day-to-day needs, there isn’t much to be concerned about. You can charge your vehicle at home and essentially leave every morning with a “full tank.”
There’s no need to worry, though. Even if you plan on taking a road trip in your electric vehicle, it just takes a bit of extra planning to ensure you can stop to charge when needed.
Overall though, in terms of range, battery capacity is measured in kilowatt-hours (kWh) – and the bigger the number, the better.
We’ve reviewed some benefits of driving an electric vehicle compared to a gas-powered one. But let’s break down what makes Tesla unique.
For starters, The National Highway Traffic Safety Administration gave the Tesla Model S a rating of 5.4 out of 5. That’s pretty impressive! With automatic braking on top of their durable cabins, it’s one of the safest vehicles to tavel in.
This is an incredible feature, especially for blind spots! If you’re looking to change lanes and don’t happen to spot another vehicle, the Tesla will correct you and steer you out of harm’s way. This is a huge benefit that helps protect you from any potential accident.
The Model 3 automatically locks all doors (including the trunks) when your driving speed exceeds 5 mph preventing any accidents from happening with unlocked doors! Tesla likes to keep your safety in mind when it comes to all aspects of their vehicles.
With the Model S, you can adjust your vehicle’s height to meet all of your needs. Say you’re driving up a steep ramp, through high snow, or over large speed bumps; you can manually heighten your car to traverse these objects.
Have you ever needed to park your car under the scorching sun for a long period of time? When you return, getting back into the vehicle is nearly unbearable from how hot it becomes. With Tesla, it offers automatic cabin overheat protection, so it can keep the temperature controlled for a comfortable return. However, it takes fifteen minutes to activate, so if you’re back too soon, it may still be a bit warm in there.
Models X and Y offer a Bioweapon Defense Mode, meaning you can literally survive a military grade bio attack by sitting in your car. These models have such a robust air filtration system that it helps scrub the air of pollen, bacteria, and pollution before reaching you inside. Hepa filters are such a huge benefit when it comes to the air quality you’re breathing in.
Caraoke is Tesla’s version of traditional Karaoke. The electronic screen will display song lyrics to popular songs without interfering with any critical information needed by the driver to ensure your safety. The songs can be played with or without vocals, but unfortunately, it doesn’t come with a microphone. You’ll have to sing at your normal level.
Tesla’s Model Y touchscreen offers entertainment as well. You can use streaming services such as Netflix, Hulu, and so on, as long as you are parked and connected to WiFi.
You can also play some games just like you’re in an arcade as well! Depending on the game, you may be able to use the steering wheel or plug in a controller through the USB port. Bluetooth is also available to connect a device that way.
You can always look into a Tesla rideshare, but why not treat yourself to an environmentally friendly, luxury car just for yourself?
Guided by our values, we aim to create scalable transportation solutions that solve the challenges and complexities of common ridesharing by curating a passenger experience that improves every community we join by reducing carbon emissions.
Kaptyn offers a better ride. Better in every sense of the word. Better for our drivers, who are full-time employees with benefits. Better for our passengers who can rely on us to show up on time, with a professional driver, for a safe and enjoyable ride. Better for the environment, with a brand new fleet of e-vehicles. Better for businesses that can rely on Kaptyn to uphold premium service standards for their most important customers.
Whether traveling for business or pleasure, you’ll benefit from knowing that your Kaptyn journey is proactively reducing emissions and lasting positive change for generations to come.
So book your Kaptyn today, and arrive in style.
11 Tesla Features You (Probably) Didn’t Know About. (2023).
How Do All-Electric Cars Work?
Moseman, A. (2022). Are electric vehicles definitely better for the climate than gas-powered cars?
Putting the Tesla HEPA Filter and Bioweapon Defense Mode to the Test. (2016).
Why Electric Car Acceleration Works Optimally? (2022).
Yap, L. (2023). Electric Vehicle Range and How It Works.