The player's role in Bridgezz: Bridge Construction is to take on the responsibilities of a bridge engineer. They are tasked with directly creating designs and constructing expansive bridges. These structures must ensure safety during use. The game will test the bridge's durability with massive trucks.

REALISTIC PHYSICS ENGINE

Key materials will be employed in the bridge construction process. Players will sequentially perform all necessary steps to complete the bridge. They must consider appropriate architectural designs. Furthermore, the bridge must fulfill requirements for capacity and durability.

• Authentic Stress Response: As a construction engineer and architect, players will encounter numerous challenges. Bridges over cliffs and isolated areas demand robust construction. Players will need to research and build a bridge that meets these needs. Various tools and skills will aid in this endeavor.
• Structural Weakness Insight: Once construction is completed, players must reassess their work. This process may take time, but it validates the structure's durability. Players need to rectify any errors from the building process. They will need to make adjustments to create a new, improved bridge.
• Dynamic Load Reaction: Massive trucks will traverse the bridge one at a time. If the bridge withstands the load, the player has successfully completed the construction. However, a single truck could also destroy the bridge. Players will need to review the designs and find an appropriate solution.

DIVERSE MATERIAL OPTIONS

Players have the option to choose materials for constructing bridges. Based on the actual terrain, players must decide on the most suitable material. Each material has specific durability characteristics. They can also select materials that meet the design requirements.

• Strategic Material Variety: A wide range of materials is available. The bridge can be constructed entirely from iron and steel. Components like cables, logs, and multiple layers of concrete are also important choices. An optimal combination of materials will help the bridge overcome the game's challenges.
• Unique Strength Mastery: Each type of material possesses distinct strength and flexibility. Players will decide on materials after assessing the terrain and reviewing the designs. Trial builds will inform players of the bridge's strength. If unsuccessful, players can restart the project.
• Creative Design Freedom: Players are directly involved in drafting their bridge designs. They can create modern or classic bridge models based on the game's requirements. The bridge's structure is crucial as it must endure significant forces.