The Ultimate Mileage Test: A Tesla's Journey to 100,000 Miles
Get ready for an eye-opening journey as we explore the real-life story of Tim and his Tesla Model 3. This isn't your typical car ownership tale; it's a testament to the resilience of electric vehicles (EVs) and a challenge to our preconceived notions about high-mileage cars.
Tim, an adventurous soul, purchased a used Tesla Model 3 with an impressive 57,000 miles on the odometer. His mission? To push this EV beyond the 100,000-mile mark and document the costs along the way. But here's where it gets controversial: Would the expenses be astronomical, or could this EV surprise us with its durability?
At the time of the video, the Tesla had clocked an impressive 101,000 miles, and it was still going strong. Contrary to popular belief, this car hadn't required extensive repairs or modifications. Sure, there was the lowered suspension, but beyond that, it was a relatively smooth ride.
And this is the part most people miss: EVs like Tesla's are known for their longevity. Take, for instance, the Tesla Model S that has surpassed a staggering 1.6 million miles! But Tim's Tesla isn't alone; there are stories of Volvos that have achieved even more, like the famous 3.2-million-mile Volvo with no breakdowns.
So, how much did Tim's adventure cost? The total came to a surprising $1,700, primarily due to a failed safety inspection that Tesla repaired for a reasonable $870. Tire replacements added up to $290, but overall, the Tesla proved its mettle.
But what about the battery? After all, an EV's performance is only as good as its battery health. Tim's Tesla battery had an 88% capacity, offering an impressive 283 miles on a full charge and a respectable 220 miles at 80%.
If you're curious about the nitty-gritty details, be sure to check out the breakdown on the Chargeheads YouTube channel. It's a fascinating insight into the world of EV ownership and a challenge to our assumptions about high-mileage vehicles.
So, what do you think? Are you surprised by the resilience of EVs? Do you think traditional gas-powered vehicles could match this level of durability? We'd love to hear your thoughts in the comments!
