When a model has been built with the Legos in the real world, the software will use an algorithm to smooth out the edges and corners of the virtual Lego blocks. Once you attach two parts, the virtual models will snap together.

The blocks can be manipulated and rotated in real life, and the virtual models will match their movements.

Cleverly using augmented reality to see the blocks being moved and connected in real time, Lego X can create virtual duplicates of whatever is built with the bricks. For most kids, Lego sets and building blocks are some of the first toys that we ever play with.Ī group called Gravity Research Club has inserted small sensors into a collection of building bricks and matched them to corresponding virtual versions that can be viewed on a tablet.

Even those of us who may not have a knack for design, we can all stick multi-colored blocks – Lego X uses Duplos in their demo video – together in order to build something. The technology and software in Lego X solves this problem in a rather interesting and innovative way.Īll of us can build using Lego bricks. There are a few newer options that have simplified the process so much that models can be designed on touchscreen devices, but even those can be difficult to manage for someone incapable of conceptualizing 3D objects designed in a 2D space. The program let’s users create 3D printable models by simply building the basic shape out of Lego bricks and then converting them into 3D models.įor the average consumer, CAD design programs – even the “easy” ones – are still pretty complicated for someone with little to no experience using them. A mysterious YouTube video and Twitter feed appeared recently that demonstrated a great mix of augmented reality, simplified CAD software and 3D printing called Lego X.

Lego 3d modeling software