10 Most Fuel-Efficient Crossovers in 2025: Toyota, Suzuki, VW Lead the List

Fuel economy remains one of the most important factors when choosing a car.

September 25, 2025 at 2:12 PM / Useful

Fuel efficiency continues to play a key role in car buying decisions — especially in the compact crossover segment, where drivers expect a balance of practicality and economy. The UK outlet What Car? conducted real-world tests and identified ten models with impressively low fuel consumption.

Topping the list is the Toyota Yaris Cross 1.5 with a gasoline engine, averaging just 4.7 liters per 100 km (about 50 mpg US) — making it the most fuel-efficient crossover in its class.

In second place is the Suzuki Ignis 1.2 Dualjet Hybrid, which returned 4.8 liters per 100 km (49 mpg US).
The Volkswagen Taigo came in third with 5.6 liters per 100 km (42 mpg US).

Here’s how the rest of the ranking looks:

Experts noted that the Toyota Yaris Cross stands out not only for its fuel efficiency but also for its everyday usability, with comfortable handling and an ergonomic cabin layout.

The report also highlighted the most reliable budget cars capable of topping 186,000 miles (300,000 km) without major issues. That list included the Honda Civic, Subaru Forester, Honda Accord, Mazda6, and Toyota RAV4.

You may also be interested in the news:

Rumors Swirl That the Ford F-150 Lightning Could Be Pulled from the Market — Electric Pickup Proves Too Costly for Buyers
Price Tag: $300,000 — Flying Car Undergoing Tests in the U.S.
Nissan Unveils Kait, a New Compact SUV Made in Brazil for Markets Across the Americas
New Bentley Continental GT Supersports: 640 HP, V8, Rear-Wheel Drive
Why Driving Becomes Harder for Older Americans — and What the Law Says
Former Intel Employee Stole 18,000 Secret Files After Being Fired — Company Demands $250K in Compensation
After an Engine Wash, the “Check Engine” Light Came On: When It’s No Big Deal — and When You Should Brace for Repairs
Silence Engineered: China Reveals the Science Behind Its In-Car Noise Cancellation