Railway Bridge

Railway Bridge is the first part of a series where you have to build crossings specifically for rail transport. The game includes 20 levels with gradually increasing difficulty. Each task requires not only building a reliable bridge, but also laying the track so that the train collects all the stars scattered throughout the level. There are two main types of materials available for the job. The rails form the track along which the train will travel. The fasteners serve to create a supporting structure and ensure the stability of the entire structure. Each level has a fixed amount of money allocated for construction. This means that you cannot use an infinite amount of materials - you have to carefully plan every detail. An additional motivation is that collecting stars unlocks new trains. The more stars you collect throughout all the tasks, the more diverse your collection of rail transport will become.

How to play

Start by examining the entire task area. There are arrows on the sides of the screen—hover your mouse cursor over them, and the image will scroll in the desired direction. This will give you a complete picture of where the reference points are, how the stars are located, and where the train should arrive. Select the material at the bottom of the screen, then specify the first connection point and drag it to the next one. Lay the rails along the top—they will become the path for transport. The fasteners form the support system from below. Connect the nodes so that triangular shapes are formed for maximum stability. The counter shows the remaining funds during operation. Each part has its own cost, which is deducted during installation. Incorrectly placed elements are removed with the cross button, with a refund. Once construction is complete, activate the start. The train will begin to move along your rails, collecting stars along the way. With proper design, the transport will safely reach the finish line. Destruction or lack of tracks requires reworking - reinforce the structure with additional triangular supports or adjust the trajectory. Experiment with different options, find a balance between reliability and economy, and show that you are a true master of engineering.