Toyota and Lexus Dominate iSeeCars Longevity Study as Models Most Likely to Reach 250,000 Miles

For buyers planning to keep their next vehicle long enough to outlast a 15-year mortgage, a new analysis of nearly 400 million cars has identified exactly which models are most likely to survive a quarter-million miles on the odometer. Toyota and its luxury division Lexus dominate the longevity landscape in 2026, capturing nine of the top ten spots in the latest durability study from automotive research firm iSeeCars, with the Toyota Sequoia, Lexus LS, and Toyota 4Runner leading the industry.[1][2]

The research firm evaluated odometer readings across 395 million vehicles to calculate the statistical probability of specific models reaching the 250,000-mile threshold. While the average vehicle on American roads has just a 5.4 percent chance of hitting that mark, the top performers clear it by massive margins. The Toyota 4Runner, a body-on-frame midsize SUV, boasts a 33.1 percent survival rate—more than six times the industry average and the highest of any midsize SUV on the market.[1][3]

Above the 4Runner sit only two vehicles: the full-size Toyota Sequoia SUV, which leads all models with a staggering 42.3 percent chance of reaching 250,000 miles, and the Lexus LS sedan at 38.8 percent. The Sequoia shares its underlying architecture with the Tundra pickup, a platform historically engineered for heavy-duty towing and payload demands that translate into extreme long-term durability for passenger use.[1][2]

The remainder of the top ten reinforces a clear corporate engineering philosophy at Toyota. The Lexus RX Hybrid at 28.9 percent, Toyota Tundra at 28.2 percent, Toyota Tacoma at 25.0 percent, Lexus GX at 23.3 percent, Toyota Avalon at 23.2 percent, and Toyota Highlander Hybrid at 20.7 percent lock out the top nine positions. The only vehicle to break the Toyota conglomerate's monopoly is the Honda Accord Hybrid, which secures tenth place with an 18.5 percent chance of reaching the quarter-million-mile mark.[1][3]

When aggregated by brand, the data reveals a stark divide between Japanese automakers and the rest of the industry. “Reaching 250,000 miles is an exceptionally high bar for any vehicle, which makes the distinction among the four highest-ranked brands meaningful,” said iSeeCars Executive Analyst Karl Brauer. “Toyota, Lexus, Honda and Acura don't just lead the list, they substantially outperform the average vehicle's chances of reaching that high-mileage threshold.” Toyota stands as the longest-lasting brand overall, with its vehicles collectively carrying a 19.7 percent chance of reaching 250,000 miles.[1][2]

Lexus follows at 14.4 percent, Honda at 13.3 percent, and Acura at 9.5 percent. GMC is the only non-Japanese brand to exceed the 5.4 percent industry average, landing in fifth place at 5.8 percent. The study also dismantles lingering consumer skepticism regarding the long-term durability of hybrid powertrains. With the Lexus RX Hybrid, Toyota Highlander Hybrid, and Honda Accord Hybrid all securing top-ten finishes, the data proves that complex battery-electric systems can endure extreme mileage just as well as traditional internal combustion engines.[1][3]

AI

While trucks and SUVs traditionally dominate high-mileage lists due to their robust frames and commercial use cases, passenger cars proved they can also go the distance. The Lexus LS and Toyota Avalon both cracked the top ten, despite passenger cars having the lowest category average at just 3.4 percent. The Honda Civic, a perennial commuter favorite, also performed well above the baseline with a 15 percent chance of reaching the milestone, though it trails its larger stablemates.[1][4]

With the average age of vehicles on U.S. roads climbing to 12.8 years, longevity has become a primary financial consideration for buyers. A driver covering 12,000 miles annually would need nearly 21 years to reach 250,000 miles. The data suggests that buyers who prioritize long-term ownership and minimal depreciation are overwhelmingly best served by Japanese nameplates, specifically those utilizing body-on-frame construction or proven hybrid systems.[1][2]