BitVoxel PC Steam CD Key

Specs

// Developer

Balancia Games

// Publisher

Balancia Games

// Release

July 6, 2026

Description

BitVoxel is a 3D digital logic sandbox where you build working circuit systems inside a voxel world. Create circuits using switches, wires, LEDs, and logic gates such as AND, OR, XOR, and NOT. Start with simple input-and-output designs, then combine your circuits into larger machines, systems, and experiments. Build Working Digital Circuits Every circuit in BitVoxel is built from real logic behavior. Place blocks, connect signals, test your design, and watch your circuit react as you change inputs. Build simple gates, larger systems, or massive logic creations in an open sandbox world. Create Reusable Components BitVoxel includes a component tool that lets you select part of a circuit, save it, and place it again later. Build your own library of reusable circuit parts or find components other players have shared on the workshop and use them across different worlds. This makes it easier to create larger systems without rebuilding the same designs from scratch. Build Faster With Editing Tools Use editing tools like copy, paste, move and rotate to speed up larger projects. Expand your builds, rearrange designs, test new ideas, and keep improving your worlds as your circuits grow. Share Builds With Steam Workshop With Steam Workshop support, players can share their builds and reusable components with the community. Download creations from other players, share your own circuit parts, and use community-made components in larger projects. Sandbox Building And Circuit Experimentation BitVoxel is currently focused on sandbox building, digital logic, and circuit experimentation. Build freely, test ideas, save worlds, create reusable components, and push your designs as far as you want. The game is in Early Access, and future updates are planned to improve the experience with more polish, better onboarding, structured learning, challenges, and progression. Build, test, improve, and create working systems inside a 3D voxel world.

Requirements