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Making bridge lift working model 3d

Track :

Science

Course Presenter :

howtofunda

Lessons no : 25

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What will you learn in this course?
  • Design and construct a 3D movable bridge model using cardboard, wood, pulleys, and small motors for realistic operation
  • Apply principles of levers, pulleys, gears, and hydraulic pressure to create functional bridge lift mechanisms
  • Demonstrate understanding of mechanical systems and physics concepts involved in bridge engineering and transportation infrastructure
  • Enhance teamwork, problem-solving, and creativity through hands-on building, testing, and refining of the bridge lift working model

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Lessons | 25


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Making bridge lift working model 3d, in this course is a fascinating hands-on project that teaches students about engineering, mechanics, and real-world transportation systems. In this course, learners will design and build a three-dimensional model of a movable bridge, such as a drawbridge or lift bridge, using simple materials like cardboard, wood, strings, pulleys, and small motors or syringes for hydraulic action. The model demonstrates how bridges can be raised or lifted to allow ships and boats to pass beneath and then lowered again for vehicles to cross. Through this activity, students will explore mechanical concepts such as levers, pulleys, gears, balance, and hydraulic pressure. They will also learn about the importance of bridge engineering in urban planning and transportation. This project not only strengthens understanding of physics and mechanics but also enhances creativity, teamwork, and problem-solving skills. Perfect for school science projects, classroom demonstrations, and exhibitions, it brings complex engineering concepts to life in a simple, interactive, and exciting way. howtofunda