Do - it - yourself kit to build your own hydraulic bridge. Observation: on pulling the piston of both the plastic cylinder-piston simultaneously the bridge moves up and gets open up. While on pushing it you will observe that it gets down again forming the bridge again. In how it works on pulling and pushing the piston of the plastic cylinder-piston the bridge moves up and down. This happens because of the water pressure. First on pushing the piston, the water in the open cylinder-piston experience pressure. As a result the water from it gets force to move to the cylinder-piston of the pillars. Thus in turn the water exerts pressure on the piston of the cylinder-piston of pillars and it moves out. Thus as the piston of pillars moves up the bridge along with it moves up. The reverse happens on pulling the piston of cool plastic cylinder-piston and the bridge gets down. Hence with any heavy mechanism and engine we can make a hydraulic bridge. We can see this type of working bridge in foreign countries, but it works by heavy mechanism.

• Do - it - yourself kit to build your own hydraulic bridge. Kids have fun to create hydraulic bridge based on the principle of pascals law. A frenchman named pascal discovered that a pressure applied to any part of a confined fluid transmits to every other part with no loss. The pressure acts with equal force on all equal areas of the confining walls and perpendicular to the walls
• Product specification the framework is made of medium density fiber (MDF). The parts get cut by a laser machine. Assemble the parts using interlocking system i.e. One has to engage its parts with each other by overlapping or by the fitting together of projections and recesses. Please be gentle, careful while assembling. This product is designed for a single use. Apply your creativity while assembling. Assembly manual is provided with the kit
• The project is for demonstration and informational purposes only. All of junior scientist products are unique and handmade. We work by designs and endeavour to create like products. However the very nature of being individually designed by hand gives raw finishing of the projects since it should look that students have created on its own
• Assembly skill required
• Apply your creativity to build this project