Select your car to check what fits
You don’t load assembled furniture into a car. You load boxes. Start by selecting your car to run deterministic fit checks against real loading constraints like boot opening and usable length (seats up vs seats down), then pick an item to see YES / MAYBE / NO with margins.
Frequently asked questions
Quick answers about vehicle-first fit checks, seat configurations, and what to verify when margins are tight.
Are these vehicle limits manufacturer numbers?
We use structured trunk measurements from trusted sources and normalise them into opening and cargo constraints for deterministic fit checks.
Do seats-up and seats-down really change the result?
Yes. Folding seats can significantly change usable cargo length and loading geometry, so we compute seats-up and seats-down separately.
What does MAYBE mean?
MAYBE is borderline. It can work, but loading precision matters, including angle, exact clearances, and trim obstacles. It is not missing data.
If an item has multiple packages, does YES mean everything fits at once?
Not necessarily. Results are evaluated per package. Multi-package orders may still require stacking strategy or multiple trips.
My car is not listed. What can I do?
Check this page again later, and share a reliable source link so the vehicle can be queued for indexing.
Why aren't all cars listed here?
We prioritise vehicles with strong demand and reliable dimension data. Coverage expands as more models are indexed and validated.
What does the limiting factor mean?
It is the tightest constraint for that package and vehicle setup, usually trunk opening dimensions or cargo area limits.
Can diagonal loading change the outcome?
Sometimes. We evaluate eligible orientations and show the best valid one when it improves the fit margin.
Why do year and variant matter?
Different trims and model years can have different trunk geometry. Use the exact brand, model, variant, and year range whenever possible.
How accurate are the results?
Results are deterministic and based on structured dimensions, but real-world obstacles such as trim, hinges, and parcel shelves can reduce usable space in tight scenarios. Verify tight points when margins are small.