Trunk comparison: Citroen C3 vs VW Polo

Biggest Differences (>10%)

Three measurements differ significantly: The height of the trunk opening of the Citroën C3 is 3.9 in (14%) higher than that of the VW Polo. The depth of the trunk (distance from loading edge → trunk floor) of the Citroën C3 is 5.9 in (188%) larger.

Additionally, the loading edge of the Citroën C3 is 3.1 in (11%) higher above the road than that of the VW Polo. All other specifications (trunk length with folded seats, with upright front row, as well as width measurements) show only single-digit percentage differences and are therefore less relevant.

Implications for Usability

Higher trunk opening (+3.9 in / 14%): Practically, this means more vertical clearance in the C3. Bulky or tall items can be loaded and unloaded vertically more easily without having to tilt or insert them diagonally.

Significantly greater trunk depths (+5.9 in / 188%): The C3's volume benefits from a deeper loading floor; items can sink deeper, increasing usable volume and allowing large or tall loads to be better accommodated inside. Downside: Smaller items lie deeper and are harder to reach when removing.

Combined with the higher loading edge, this also means that while heavy items fit through the higher opening, two effects come into play when loading — higher lifting to the loading edge and additionally reaching into the deeper recess.

Higher loading edge (+3.1 in / 11%): The C3's loading edge requires more effort to load from road level than the Polo. This is especially noticeable when lifting heavy, awkward loads. Those who frequently load heavy or bulky items from the ground benefit from the Polo's lower loading edge.

Conclusion on everyday usability: The Citroën C3 offers more vertical and usable interior space due to the higher opening and significantly deeper loading floor — advantageous for tall cargo and volume.

For frequent loading of heavy items or more comfortable lifting from the ground, the VW Polo is more practical due to the lower loading edge. Smaller width and length differences are hardly relevant for most everyday tasks.