I had the challenge of creating a hydraulic machine prototype that could potentially become an asset for construction purposes, so It had to be a design that could be durable, strong and omnidirectional in an area.

Through a systematic process of trial and error,I was able to enhance the design of the hydraulic claw. One example is when I focused on reinforcing the weaker joints within the gantry system, had shown weaknesses through my testing. This approach improved the system stability and depend my understanding of my model.

The model held up remarkably well, showing how much stronger everything underneath had become. When pushed hard in trials, it stayed steady, which was proof of solid construction and long-term toughness. Still, being an early version, small flaws showed up here and there. Each one must be studied carefully later so fixes can improve dependability.

My hydraulic claw prototype has been engineered and tested, demonstrating exceptional strength and functionality. The innovative design shows great potential for construction applications, enhancing efficiency in the feild.

This prototype is inspired by a claw machine in real life and I base my sketches to a youtuber named " the Q" who made one https://www.youtube.com/watch v=16MVPbX2D1M

I would like to thank my parents for their unwavering support, which was a huge give of motivation for me. I also appreciate my science teacher for inspiring my passion for for scientific inquiry. Finally I am also thankful for the assistance of grammarly, which helped improve my writing in development of the prototype.