Trunk comparison: Opel Astra Wagon vs Skoda Fabia
Key Differences
The Opel Astra Sports Tourer offers 14.6 in (26%) longer cargo space with the seats folded down than the Škoda Fabia. Even with the first row of seats upright, the Astra is 11 in (38%) longer.
On the other hand, the Škoda Fabia has a 2 in (36%) greater depth between the loading edge and trunk floor and a 2.8 in (11%) higher loading edge above the road than the Astra.
Smaller differences, none exceeding 10%, include the width of the trunk opening and the narrowest width inside the trunk in favor of the Astra (each at or below 10%).
Impact on Usability
Length: The significantly greater loading length of the Astra (both with folded seats and with the rear bench upright) makes it clearly more suitable for long items such as slats, skis, furniture parts, or long building materials.
Those who regularly transport bulky, longer cargo or need more usable cargo space with folded seats directly benefit from the Astra.
Loading edge and depth: The higher loading edge of the Fabia means that heavy or bulky items must be lifted higher — increasing the effort required when loading and unloading.
Additionally, the greater depth between the loading edge and trunk floor causes items to fall further down or sit deeper when loaded; combined with the higher loading edge, this can make handling less convenient.
For frequent lifting of heavy loads or comfortable loading (e.g., groceries, strollers), the Astra is ergonomically better suited for everyday use.
Volume-oriented details: The width at the narrowest point is slightly better in the Astra (about +3.5 in), which facilitates placing wide items crosswise or storing them — however, this advantage is around 10% and less pronounced than the length and height differences.
Conclusion: For users who transport long or bulky items or generally want more usable cargo space, the Opel Astra Sports Tourer is the more practical choice.
The Škoda Fabia offers a deeper loading area but has disadvantages in carrying comfort and easier handling of heavy loads due to the higher loading edge and greater lifting effort when loading.