Poly Bridge 2

Poly Bridge 2

Dry Cactus Limited

4.5

Updated

Jul 12, 2026

Category

Puzzle

Installs

10M+

Rating

Everyone

Updated

Jul 12, 2026

Category

Puzzle

Installs

10M+

Rating

Everyone

Privacy

View Policy

Developer

Dry Cactus Limited

Gallery

4
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Editor's Verdict

Bridge-Building Puzzle Sandbox 😄

Poly Bridge 2 is a physics-based construction puzzle game where you design bridges to help quirky vehicles cross rivers, cliffs, and tricky gaps. Each level is a compact engineering challenge with a fixed budget, clear goals, and endless creative solutions. A Living Physics Playground 💥 Every beam, cable, and joint behaves realistically, meaning your structures can bend, flex, or completely collapse in spectacular fashion. Watching vehicles test your design feels like a mini engineering show—sometimes successful, sometimes explosively wrong. Creative Problem Solving at Its Best 🤪 There’s never just one solution. You can build elegant arches, messy rope contraptions, or wild mechanical setups. Smart use of materials like wood, steel, hydraulics, and springs leads to those satisfying “it finally works!” moments. Relaxed, Clever, and Addictive 🌙 With calm music and no pressure to rush, the game encourages experimentation and iteration. Failures are part of the fun, and improving your design for efficiency or cost becomes surprisingly engaging.

Advanced Strategies

Getting Started

Your goal is simple: build a stable bridge that safely carries all vehicles from start to finish without collapsing. Success depends on smart design, physics understanding, and budget management 😏.

Understand the Level Objectives

Check vehicle types, terrain layout, and any moving obstacles like boats or drawbridges. Always keep an eye on budget limits and available materials 💸.

Build the Road Surface

Place road segments first to connect both sides. These act only as the driving surface, so they must be supported by a strong structural frame underneath.

Add Strong Support Structures

Use wood or steel beams to form triangular frameworks above or below the road. Anchor them to fixed points like cliffs or pillars—triangles are key to stability 💪.

Use Hydraulics for Moving Parts

For bridges that must open or shift, attach hydraulic pistons to designated joints. This allows sections to lift, fold, or split when vehicles or boats pass through.

Test and Improve Your Design

Run simulations to see how your bridge behaves. Watch for stress points, collapse zones, or weak joints, then pause and adjust materials, angles, or reinforcements 🔁.

Experiment and Optimize

Try different designs like suspension bridges, arches, or compact folding structures. Once it works, refine it to reduce cost or improve efficiency—and compare your solution with others for extra fun 😎.

Get the App

Player Ratings

5.0M+
4.5
5.0M+ Votes
5
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3
2
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