Trunk comparison: Hyundai Elantra GT Wagon vs VW Golf Wagon

Key Differences

The clearly outstanding differences concern the vertical dimensions of the cargo space in the Volkswagen Golf Wagon: The height of the trunk opening is 4.3 in (≈16%) higher than in the Hyundai Elantra GT Wagon, and the depth from the loading edge to the trunk floor is 4.3 in (≈1000%) greater (significantly larger gap in the VW).

All other measurements differ by only a few percentage points (lengths with folded seats +5% and +4% in favor of the VW; width differences 1–2% alternating in favor of both models; Hyundai's loading edge is 0.4 in higher = ≈2%).

Impact on Usability

Higher trunk opening (VW, +16%): The greater opening height makes it easier to load and unload tall or bulky items because there is more vertical clearance at the access point. This facilitates standing furniture parts, boxes, or cartons upright and reduces the risk of catching on the upper edge of the opening.

Greater depth from loading edge to trunk floor (VW, very noticeable): The significantly larger distance means that cargo can be recessed further down into the trunk.

Advantages include more usable interior height behind the loading edge (better stackability, lower center of gravity for luggage) and more space for irregularly shaped or bulky items without them protruding over the loading edge.

A lower trunk floor can be disadvantageous when lifting heavy items — while the lifting height when loading is reduced, you may need to reach deeper when unloading.

Short-term practical consequences overall: For users who frequently transport tall or bulky loads (e.g., furniture, plants, boxes), the Volkswagen Golf Wagon offers clear advantages due to the higher opening and deeper loading floor.

For normal luggage use (suitcases, shopping bags), the differences in length and width are relatively small (4–5% and 1–2%) and hardly noticeable in practice.

The Hyundai has a slight advantage in the narrowest width of the cargo space and a loading edge about 0.4 in higher, which can mean a very slight extra effort when loading heavy loads but has no major impact on everyday usability.