Before insurance, I spent over ten years working with premium automotive brands.
Tesla, as an innovative automaker, has carved out a unique position in the automotive industry by challenging traditional sales and production models.
I still love going to cars and coffee events, and my favorite car is a Porsche 992 GT3 Touring in Fjord Green.
I’m also a fan of electric vehicles (EVs) despite the higher insurance costs, because their overall cost of ownership remains attractive with less routine maintenance. Many consumers now purchase their Tesla directly through the company's website, reflecting how automakers are shifting to online sales platforms.
Tesla Dominates
Tesla accounts for 50-65% of EV sales, depending on the year, with popular models such as the Model S, Model 3, Model X, and Model Y leading the market. However, as you’ll see below, the brand is more expensive to repair in most categories. I’d still consider getting one, and I once took a Model Y overnight because I was quite close to getting one.
Unlike traditional automakers, Tesla does not follow the conventional model year system; instead, it updates its vehicles' hardware and software continuously, making its models more flexible and innovative. Tesla vehicles are often sold directly to consumers through company-owned stores and online sales, bypassing traditional dealership sales.
Despite higher repair costs, many consumers are attracted to Tesla's innovative approach.
Batteries
Electric car batteries are the primary driver for the difference in repair costs for two reasons.
- EVs that need repairs must often be disconnected from the battery pack and de-energized to start work. In addition, other components, such as the electric motor and related devices, may also need to be disconnected.
- Batteries can’t be repaired, so if they are damaged, they must be replaced. Depending on the cell system, the cost can be anywhere from $4,000 to $20,000. The battery pack, unlike a traditional fuel tank or engine, is a complex device that stores energy and requires advanced engineering to manufacture and protect.
Teslas are the most difficult to repair because the battery packs are built into the car bodies. Because of this, repairs are more costly. The integration of these components is part of Tesla's unique engineering approach.
Claims Costs
- The average claims cost for electric cars was $963 higher than for gas vehicles. Insurance prices and repair services for electric vehicles can vary significantly depending on the model and region.
- If you only look at Tesla, the average claim cost is $1,589 higher, and Tesla vehicles are often priced higher for insurance due to the cost of specialized services and parts.
Repair/Replace
- 90% of parts for electric vehicles are provided directly by the manufacturer (OEM), and Tesla manufactures and produces many of its own components in-house as part of its vertical integration plan, compared to 66% for gas vehicles.
- OEM parts are more expensive, though they are generally also better quality.
- When electric vehicles are repaired, 5% more parts are replaced rather than repaired.
Paint Time
- Painting a vehicle accounts for about 40% of an average repair order, and refinishing electric vehicles takes 30 minutes longer than refinishing gas vehicles. The body style of the vehicle can affect the complexity and speed of the painting process, as certain designs may require more detailed work or specialized techniques.
- The temperature threshold for “baking” the vehicle after painting and allowing the paint to dry must be kept lower, which requires more time.
Making EVs easier to repair requires overhauling vehicle designs and factories so that EVs, hybrids, and gas vehicles can be built on the same production line. BMW has worked toward this with its Nu Classe for the last decade.
Full Self-Driving and Safety
Full Self-Driving (FSD) technology is rapidly changing the automotive landscape, especially as electric vehicles become more mainstream. Tesla Motors, a leader in electric vehicle innovation, has pushed the boundaries of what’s possible with FSD, integrating advanced electric motors, sensors, and sophisticated software to enable vehicles to operate with minimal human input.
One of the standout benefits of FSD is its potential to make our roads safer. Since most car accidents are caused by human error (like distracted driving, speeding, or misjudging road conditions), removing the human element can significantly reduce the risk of collisions. Electric vehicles equipped with FSD systems are designed to react faster and more accurately than a human driver, offering peace of mind for both drivers and pedestrians.
Beyond safety, FSD brings a host of other advantages. For example, it can provide greater mobility for people who might otherwise struggle to drive, such as the elderly or those with disabilities. The technology also helps reduce traffic congestion by optimizing driving patterns and speeds, making commutes more efficient. And because electric vehicles run on electricity rather than gasoline or diesel, they produce zero tailpipe emissions, supporting a cleaner environment and helping drivers save on fuel costs.
Tesla’s commitment to safety is evident in how it operates its FSD testing program. Tesla vehicles equipped with FSD are constantly collecting data from millions of miles driven, allowing the company to refine and improve the system’s performance. This rigorous approach to testing ensures the technology can handle a wide range of real-world scenarios, from city streets to high-speed highways.
For new customers considering a Tesla or another electric vehicle with FSD capability, there are additional perks. Many insurance policies now recognize the enhanced safety features of FSD-equipped vehicles, leading to competitive pricing and potential discounts. Industrial customers, such as logistics and transportation companies, also stand to benefit from FSD technology. By reducing reliance on human drivers, these companies can lower operating costs, improve efficiency, and enjoy less maintenance thanks to the fewer moving parts in electric motors compared to traditional engines.
FSD technology isn’t limited to just one type of vehicle. Whether you’re interested in a sedan, SUV, or even a truck, the system can be integrated across various body styles, offering advanced handling and performance at a range of speeds. As the technology matures, we can expect to see even more innovative applications, further driving the evolution of the automotive industry.
In summary, Full Self-Driving technology represents a major leap forward for electric vehicles, offering significant benefits in terms of safety, efficiency, and sustainability. With companies like Tesla leading the way, drivers can look forward to a future where electric cars are not only more efficient and cost-effective but also safer and smarter than ever before. For those considering switching to an EV, the combination of FSD and electric power offers compelling value, both on the road and in long-term savings.
Before you take delivery of your new car, it’s a good idea to get an insurance estimate to factor into the total cost of ownership. Also, drive one—nothing beats instant torque.
Questions about this page? Email us at hello@falconwest.com
Questions about this page? Email us at hello@falconwest.com