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ENGINEERING NOTES KID WIND

In this engaging project, we collaborated to design and construct a wind turbine. Each member contributed by researching different blade designs, sketching ideas, and working together in class and after school. We meticulously cut PVC pipes, plywood, and aluminum to ensure precise dimensions. We faced challenges like accuracy in drilling and cutting, but our teamwork led to the creation of efficient blades. Ultimately, we achieved remarkable success by producing up to 35,000 milliwatts of energy, demonstrating our ability to innovate and solve problems.

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ENGINEERING NOTES KID WIND

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  1. ENGINEERING NOTES KID WIND By: Luis .C Miguel .M

  2. Materials List • Screws……………….. (base attachment)… …..#26 • Nails………………….. (Base attachment )..........#10 • PVC Pipe………….......(height holders)………….#6 • Septic Pipe………….. (head & blades)…………..#1 • Plant buckets…….......(Blades)…………………….#6 • Plywood…………...... (Blades & main base)……#6 • Aluminum…………….(stick holders)……………..#6 • Hot Glue………………(Stick & Blade holder) • spray paint……………(Green & Blue)……………#3 • Microphone holder…(Hold motor)………………#1 • Gears #2(small)& 2(big) • Metal stick #2 & Metal Stick Holders #3

  3. Work Description #1 • We all contributed and the creation of the wind turbine. • We all analyzed and researched different designs of wind blades. • We all did different wind blades sketches • We all helped each other cute the different blades. • We all worked in class and after school to finish the project. • We drilled holes on the wind turbine. • We all painted different parts of final wind turbine model.

  4. Work Description #2 • We all helped glue the Aluminum & wood stick on the wind blades. • We all helped cut the right measurements of the plywood for better results. • We all helped cut the right measurement of the PVC pipes to have precise height. • We all helped drill Screws and nailed in necessary areas on main base and main head. • We drilled holes on necessary areas all around the wind turbine order to create a system that functions better.

  5. Challenges • One of the challenges was starting the project because we didn't have good reasonable ideas. • Accuracy and Precision. • After three wind turbine models failures. • Working with curve blades. • Being very unique. • Drilling accurate holes main head. • Cutting plywood wind blades. • To produce high energy.

  6. Success • We were able to create precise blades. • We improved our wind turbine each time as time preceded. • We able to be very unique overall. • Stability on the wind turbine. • We able to produce up to 35,000 mill watts

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