Gary Zhou 
Key Takeaways
- A 2019 Tesla Model S Standard Range with 250,000 miles on its original 75 kWh battery still performs impressively as a long-range vehicle.
- The vehicle, initially rated at 285 miles per charge by EPA standards, managed 203 miles at 70 mph, consuming 57.8 kWh in this real-world test.
- Testing conditions included 20 mph winds and temperatures ranging from the 40s to 50s, which were not ideal for electric vehicles.
- The car demonstrated efficiency, achieving 3.6 miles per kWh, nearly comparable to the new Model 3 Performance’s 3.8 miles per kWh.
- A Nature study highlights Tesla vehicles’ longevity, predicting an average lifespan of over 20 years and mileage exceeding 204,000 miles, outperforming other brands.
- The high mileage Model S was purchased for less than $10,000, which included incentives and Full Self-Driving capability.
- Out of Spec Testing provided insights into the vehicle’s performance and longevity with their range and efficiency challenges.
Tesla vehicles are not just about cutting-edge technology and innovation; they also stand as paragons of longevity in the electric vehicle (EV) market. Recently, a 2019 Tesla Model S Standard Range reached a significant milestone of 250,000 miles while still being powered by its original battery. This achievement emphasizes not only the durability of Tesla vehicles but also their robustness in real-world driving conditions.
The Journey of a Well-Traveled Tesla
Understanding the Milestone
The feat of clocking 250,000 miles is remarkable for any vehicle, let alone an electric one. This 2019 Tesla Model S began its journey equipped with a 75 kWh battery. Initially, it was rated at 285 miles per charge by the Environmental Protection Agency (EPA). However, over time and extensive use, the real-world range reduced but remained notable. In a recent test, this Tesla managed to travel 203 miles at 70 mph, consuming 57.8 kWh—a testament to its enduring capability.
Factors Influencing Performance
Challenging Test Conditions
This endurance test was not conducted under optimal conditions. The Tesla was driven in an environment with 20 mph winds and temperatures ranging from the 40s to 50s Fahrenheit. Such factors can typically reduce an electric vehicle’s efficiency and range. Yet, the Model S showed impressive performance, achieving an efficiency of 3.6 miles per kWh. To put this into perspective, the new Model 3 Performance, which is engineered to be highly efficient, achieves around 3.8 miles per kWh.
Economic Implications
One of the most striking aspects of this high-mileage Tesla is its purchase cost. Acquired for less than $10,000, the vehicle included advanced features like Full Self-Driving (FSD) capabilities. This suggests that high-mileage Teslas can provide exceptional value for money, offering advanced tech at a fraction of the cost.
Tesla’s Legacy of Longevity
Scientific Backing
A study published in Nature substantiates Tesla’s reputation for durability. According to the study, Tesla vehicles are expected to average over 204,000 miles throughout their lifetime, leading the automotive industry in this regard. The estimated lifespan for these electric vehicles stretches beyond 20 years, a statistic that surpasses other brands regardless of their powertrain.
What Does This Mean for EV Owners?
Insights from Out of Spec Testing
The insights gathered from the test conducted by Out of Spec Testing provide potential EV buyers and current owners with vital information. Understanding how Teslas perform over extended periods and sizable distances can inform maintenance practices, purchasing decisions, and expectations for vehicle performance.
Final Thoughts
Tesla continues to redefine what it means to be an electric vehicle manufacturer. Their commitment to longevity, efficiency, and advanced technology ensures that vehicles like the Model S not only survive but thrive, even after extensive usage. For consumers and enthusiasts alike, these developments within Tesla reaffirm the future of sustainable and reliable transportation.
