Construct a Bridge

Puzzle by Mortgage Calculator
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Test your engineering skills in Construct a Bridge! Design and build bridges that can support vehicles crossing over various terrains. Use different materials and construction techniques to create stable structures while managing your budget. Each level presents unique challenges requiring creative problem-solving and strategic thinking.
How to Play
Controls
FAQ

Construct a Bridge is a physics-based puzzle game where you design and build bridges to help vehicles cross safely. Analyze the terrain and choose the right materials and structure for each challenge.

Start by examining the gap you need to bridge and the budget available. Select from different materials like wood, steel, and cables, each with their own properties and costs.

Test your bridge by sending vehicles across it. If it holds up, you'll advance to the next level. If it collapses, analyze what went wrong and rebuild with improvements!

Use the following controls to play Construct a Bridge:

  • Mouse: Click and drag to place bridge components
  • Left Click: Select materials and tools
  • Right Click: Remove components
  • Scroll Wheel: Zoom in and out
  • Space: Test your bridge construction

You can also click the fullscreen button in the top right to enjoy the game in fullscreen mode for better precision when building.

How do I build a strong bridge?
Use triangular supports for stability, distribute weight evenly, and choose materials appropriate for the span length. Steel is stronger but more expensive than wood.
What happens if I run out of budget?
You'll need to restart the level and design a more cost-effective bridge. Try using fewer materials or cheaper alternatives while maintaining structural integrity.
Why did my bridge collapse?
Bridges can fail due to poor weight distribution, insufficient support, or using inappropriate materials. Analyze the failure point and reinforce that area.
Are there different types of vehicles to consider?
Yes! Different levels feature various vehicles with different weights. Heavier vehicles like trucks require stronger bridges than cars or motorcycles.