Toy Track Engineer

Is Hape compatible with BRIO? Sold as compatible, measured by nobody

In practice yes, and you will find Hape and BRIO in the same toy box all over the place. On paper there is nothing to go on. Hape is the brand that publishes least about its own track: no curve radius, no curve angle, no straight length, no track width. Everything said about Hape fitting BRIO is said by retailers and by other people’s 3D-printing projects, never by a measurement.

What Hape actually publishes

Hape’s own product pages carry a Size field, and it is not the size of a track piece. The four-piece long curve pack is given as 19 × 2 × 1 cm, the short curve pack as 18 × 2 × 12 cm and the short straight pack as 13 × 2 × 10 cm. Those are hang-cards. A flat wooden track 40 mm wide and 12 mm thick cannot be 2 cm wide and separately 12 cm in a third dimension, and the three rows do not even agree on which axis is longest. Nothing about the track can be recovered from them, and guessing a radius out of a packaging envelope is how a layout turns out unbuildable.

What the circumstantial case looks like

Hape against BRIO, as sets

The question behind “Hape or BRIO” is usually not geometry at all. BRIO publishes its measurements, sells track in single-piece packs so you can buy exactly the eight curves you are short of, and designs its joints with stated play — the Vario System — so that a layout which nearly closes still goes together. Hape sells attractive sets and tells you nothing about the pieces. If you want to plan a layout before you build it, that difference is the whole story. What the BRIO geometry gives you, and which pack adds what.

How to use Hape track in a plan

The oval with a siding: the layout to test a mixed box on, because the loop has to close and the siding does not. Open in the planner

The other brands

Lay your pieces out as BRIO and see what closes