Tesla Model S
0.0/10
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We aim to provide both the manufacturer’s estimated range, as listed on their official websites, and a realistic range based on actual driving conditions. This includes the impact of weather, as well as the use of heating, air conditioning, and other factors that could affect performance. This data is supported by data from official manufacturer websites, user feedback, and EV-Database.org.
Estimated Range by manufacture
Minimal Estimated range
Maximal Estimated range
Disclaimer: The standard conditions for our range estimates assume an ambient temperature of 23 degrees Celsius (73.4 Fahrenheit) without the use of air conditioning. Please note that these ideal conditions are not always practical, and the real-world range may be lower.
Approximate actual distance given by feedback
Real range - City ❄️
Real range - Highway ❄️
Real range - City ☀️
Real range - Highway ☀️
Disclaimer: We also consider ‘worst-case’ scenarios. For ‘Cold’ conditions, we assume -10 degrees Celsius (14 Fahrenheit) with heating on, and for ‘Hot’ conditions, we maintain 23 degrees Celsius (73.4 Fahrenheit). We include the effects of different driving environments, such as city and highway, with speed limits adhered to as per US and European standards (excluding unlimited German autobahns). This data is corroborated by EV-Database.org and feedback from real users.
Charging times
Charging time 0-100% - Home (2.3 kW)
Charging time 0-100% -Wallbox (11 kW)
Charging time 10-80% Fast charging (175kW)
There are several methods of charging electric vehicles, which we categorize into three types: standard home plug, home wallbox, and highway superchargers (CCS).
Home plug: Generally offers a charging capacity ranging from 1.5 to 3.7 kWh. We use 2.3 kWh as an average reference, but actual rates may vary depending on the vehicle model.
Wallbox: Although wallboxes can support up to 22 kWh, government regulations in some countries may require special permission for higher capacities. Therefore, we display the maximum standard output of 11 kWh that can be used without additional permissions.
Supercharger CCS: Depending on the service provider and car model, these chargers typically offer around 175 kWh, but this can vary based on weather conditions and car specifications. Some cars have a maximum kWh limit to prevent malfunctions, so if a charger offers 175 kWh or 150 kWh and your car only shows a maximum of 100 kWh, don’t be alarmed.
All this data is coming from an average calculation between users’ feedback and EV-Database.org
Introducing the Tesla Model S, the electric vehicle (EV) that transformed how the world sees electric cars. No longer just a green alternative, the Model S has set the standard for what an electric car should be—fast, fancy, and fun. Since its debut in 2012, this model has evolved continuously, pushing the boundaries of EV technology with each update. It’s more than a car; it’s a marvel of modern engineering that can take you from zero to “Whoa, that’s fast!” in seconds. Whether you’re an EV enthusiast or a luxury sedan aficionado, the Model S is designed to impress with its sleek styling, remarkable range, and ludicrous performance.
As Tesla’s flagship sedan, the Model S has played a pivotal role in pushing automakers worldwide to up their game in the electric market. With its combination of cutting-edge technology, enviable speed, and emissions-free driving, it has become a symbol of eco-luxury and performance, making it a prime choice for those looking to reduce their carbon footprint without sacrificing the joy of driving.
Relevant Specifications of Tesla Model S
Range
When it comes to range, the Tesla Model S is not just good; it’s exceptional. Depending on the variant, it can travel approximately 652 kilometers (405 miles) on a full charge, which is leagues ahead of many competitors in the luxury EV space. This formidable range makes the Model S a top pick for those who suffer from “range anxiety.” Whether it’s a long road trip or a hefty commute, this car can handle it with fewer stops to recharge, making it better in terms of practicality than many others like the Audi e-tron GT or the Porsche Taycan.
Battery Life & Charging Time
The heart of the Model S’s endurance lies in its robust battery system. Equipped with a high-capacity battery pack (up to 100 kWh), the Model S supports superfast charging which allows it to regain up to 320 kilometers (200 miles) of range in just 15 minutes using Tesla’s Supercharger network. Home charging with a Wall Connector provides a full charge overnight, making it always ready for the day ahead. This quick turnaround is essential for EV owners and makes the Model S a leader in convenience among electric sedans.
Performance
Performance is where the Tesla Model S truly shines. It’s more than just quick; it’s lightning in a bottle. With the ability to sprint from 0 to 100 km/h (0-62 mph) in just 2.1 seconds in its Plaid version, the Model S holds its ground as one of the fastest production cars in the world. This insane acceleration is matched with a high level of efficiency and smooth handling, making it not only better but also thrilling compared to other high-end EVs like the Lucid Air or Mercedes EQS.
Cost of Ownership
Owning a Tesla Model S is an investment in cutting-edge technology. While the upfront cost is steep, the overall cost of ownership tends to be lower than that of comparable luxury combustion engine vehicles. This is due to lower refueling costs, reduced maintenance, and strong residual values. Tesla’s over-the-air updates also mean that the vehicle continues to improve long after it has left the showroom, a feature that is rare and highly valuable.
Technology and Interior Comfort
The Tesla Model S is a tech-lover’s dream. It boasts a minimalist interior dominated by a massive 17-inch touchscreen that controls most of the car’s functions. Autopilot, Tesla’s advanced driver-assistance system, provides semi-autonomous driving capability, making long trips less tiring. The interior is spaciously designed with luxury materials, providing a comfortable and serene driving experience. Its technology suite is unparalleled, giving it a substantial edge over competitors in terms of innovation and user engagement.
Why Should I Buy Tesla Model S
- Exceptional electric range.
- Groundbreaking acceleration and performance.
- Advanced technology and software updates.
- High resale value and lower typical ownership costs.
Why Should I NOT Buy Tesla Model S
- High initial purchase price.
- Interior might feel too minimalist for some.
- Dependent on charging infrastructure for long trips.
Conclusion
The Tesla Model S remains a benchmark in the world of electric vehicles, offering a blend of luxury, performance, and sustainability that is hard to match. It continues to set standards in what an electric car can and should do, pushing the entire automotive industry toward a more eco-friendly future. Whether it’s the right car for you depends on your priorities and budget, but for those seeking the pinnacle of electric driving, the Tesla Model S is undoubtedly a top contender.
