Trunk comparison: Audi A6 Avant vs Skoda Octavia Wagon

Summary of the Key Differences

The most noticeable difference concerns the depth of the trunk (distance from loading edge → trunk floor): the Škoda Octavia Wagon is 3.1 in or 400% larger here than the Audi A6 Avant. This is the only deviation over 10% and significantly affects the usable volume and loading capacity.

Other, smaller differences: The Audi A6 Avant offers about 3.9 in (5%) more cargo length with the seats folded down and about 3.1 in (7%) longer loading floor with the first row of seats upright than the Octavia.

The height of the trunk opening is 2 in (7%) larger on the Škoda, while the width of the opening is 0.4 in (1%) larger on the Audi — both are minor. Loading edge height and the narrowest trunk width are the same for both models.

Implications for Practical Use

The significantly greater trunk depth of the Octavia means more usable volume in the vertical direction: bulky, voluminous, or irregularly shaped items can be better accommodated, and the cargo area has more "depth." This is advantageous for shopping loads, moving boxes, or bulky but not particularly long items.

The slightly longer loading floor in the A6 (with seats folded down or with the first row upright) makes it better suited for longer, flat items (e.g., slats, skis, longer furniture parts). Since the loading edge height is the same on both models, lifting or loading is physically comparable.

The slightly higher trunk opening of the Octavia (≈7%) makes it somewhat easier to load tall or bulky items, while the minimally larger opening width on the A6 is hardly noticeable.

However, the greater depth of the Octavia can make reaching items at the back more difficult — more frequent bending or reaching may be necessary.

Conclusion

For users who need more "depth" volume and better accommodation of bulky goods, the Škoda Octavia Wagon is the more practical choice.

For those who often transport longer, flat items, the Audi A6 Avant offers a slight length advantage. In terms of loading height when entering and narrowest width, both models are on par.