The Blueprints

The Blueprints - Physics-based Puzzle Game

About the Game

The Blueprints is a logical physics game about construction. You assemble mechanisms from branches, wheels, and magnets, test them on levels, and earn trophies. All tasks can be solved in different ways: from careful engineering to daring experiments. The game features a sandbox mode where nothing limits your imagination: build prototypes, test ideas, and refine solutions for the campaign. The controls are intuitive: pick up a part, place it on the field, connect the nodes, and launch immediately. What awaits you: Physics and logic: the behavior of structures is realistic and requires an engineering approach. A variety of solutions: one level — dozens of working schemes. A sandbox for creativity and hands-on learning. Trophies and progress: build your collection while improving your inventions. Intuitive controls: quick to learn, deep variety. Two localizations: Russian and English.

Game Mechanics

Physics-based puzzles are a clever genre where real-world or simulated physical rules—like gravity, momentum, elasticity, and friction—become the core mechanics of each challenge. Instead of simply matching colors or finding hidden objects, you must manipulate objects, draw paths, cut ropes, or build contraptions to trigger chain reactions and reach a specific goal. Games like Cut the Rope ask you to slice ropes so candy drops into a hungry monster’s mouth, using swinging and bouncing. World of Goo lets you construct wobbly towers and bridges from living goo balls to reach pipes. Crayon Physics Deluxe lets you draw any shape that then interacts with gravity to guide a ball to a star. And The Incredible Machine challenges you to design Rube Goldberg devices with springs, balls, lasers, and conveyors. These puzzles reward experimentation, creativity, and an intuitive grasp of cause and effect—no math required, just playful thinking.

How to Play

The interface is intuitive: first, complete a short tutorial that will show you how to place parts, connect nodes, and run simulations. Then, the goal is simple: assemble a working mechanism and complete the level objective. Select a part (branch, wheel, magnet) and drag it onto the field. Connect the nodes to create rigid connections and triangular frames. If necessary, rotate the parts and adjust the parameters (for example, the direction of rotation of the wheels). Press "Play"— the simulation starts and shows the behavior of the structure according to the laws of physics. Press "Stop" to pause the simulation, edit the diagram, and test it again. Repeat the cycle of “assemble → launch → improve” until the mechanism consistently passes the level. Want to experiment without restrictions? Open the Sandbox and create any prototypes you like.