VW ID. Buzz Completes 62,000-Mile World Trip With Nearly 96% Battery Health
The electric van retained 95.7% of its original capacity after extensive global driving, challenging common EV degradation fears.
A Volkswagen ID. Buzz has completed a 62,000-mile journey around the world, retaining nearly 96% of its original battery capacity. The result offers a significant data point on the long-term durability of electric vehicle batteries under real-world, high-mileage conditions.
What Happened
The electric van accumulated approximately 62,000 miles during its global trip. Following the journey, diagnostics revealed that the battery pack maintained 95.7% of its state of health. This level of retention indicates minimal degradation despite the substantial distance traveled and varied environmental conditions encountered during the world tour.
Why It Matters
Battery degradation remains a primary concern for EV buyers, particularly for those considering high-mileage use or long-term ownership. This case study suggests that modern EV battery chemistry can withstand extensive use with limited capacity loss, potentially alleviating fears about the longevity of electric vehicles compared to internal combustion engine counterparts.
The Bottom Line
The VW ID. Buzz’s performance demonstrates that EV batteries can retain high levels of capacity even after tens of thousands of miles of global travel, providing confidence in the durability of current electric vehicle technology.
