A simple vacuum cleaner model is built using a plastic bottle, a motor, and basic craft materials. A propeller powered by a motor creates suction that pulls in small debris, showing how air pressure and airflow work in real vacuum cleaners.

1. Cut a 700 mL plastic bottle into two parts as shown in the guide.
2. In the bottom section, make a side hole and several holes at the base.
3. Cut a cardboard disc to fit tightly inside the bottle bottom. In the center, cut a square opening to mount the gearless motor.
4. Cut three triangular openings in the disc for airflow.
5. Attach a propeller to the motor shaft, then secure the motor into the square opening of the cardboard disc.
6. Insert this motor-propeller setup into the bottle bottom section.
7. Connect the motor to a power source (such as a power bank) using a motor control element.
8. Cover the open end of the bottle with a piece of open-weave bandage to act as a filter net.
9. Reattach the top section of the bottle over the setup.
10. Secure the power bank to the outside of the bottle with double-sided tape.
11. Turn on the circuit and test by placing the bottle’s opening near small pieces of paper. The suction should collect the debris.

How To Make Vacuum Cleaner At Home | Powerful Vacuum Cleaner For School Project - Creative Biswajit :

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• Replace the bandage with different types of fabric (cloth, silk, or mesh) and compare performance.
• Try bottles of different sizes for stronger or weaker suction.
• Use different propeller designs to test efficiency.
• Add a switch to control the motor more easily.

• Use scissors and cutters carefully when cutting the bottle and cardboard.
• Ensure wires are properly insulated to prevent short circuits.
• Do not use the vacuum for liquids or fine dust.
• Supervise children during construction and use.

• What happens if you use an opaque fabric (like silk) instead of a net bandage?
• How does the propeller create suction inside the bottle?
• Why are holes needed at the base of the bottle?
• How does this model compare to a commercial vacuum cleaner in design and function?
• What improvements could make this design stronger or more efficient?