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The reason why Titan speakers can be made of cardboard is that cardboard has a certain thickness and rigidity, which can be used to build the external structure of the speaker. Car...

How can Titan Sound be made out of cardboard?

The reason why Titan speakers can be made of cardboard is that cardboard has a certain thickness and rigidity, which can be used to build the external structure of the speaker. Cardboard is easy to process and form, and relatively inexpensive, so it is a material of choice.

Here are the steps to make Titan Sound:

1. Prepare materials: cardboard, glue, scissors, ruler, pencil, etc.

2. Determine the size and shape of the speaker: Determine the size and shape of the speaker according to your needs and preferences. You can draw and measure with cardboard, and use a ruler and pencil to make accurate marks.

3. Make the body of the speaker: Use scissors to cut the cardboard into the desired shape and size, and then use glue to assemble the cardboard to form the main structure of the speaker. Make sure the joints of each part are strong and reliable.

4. Make the panel of the speaker: Use scissors to cut out the panel of the speaker, and cut holes in the panel as required for installing the speaker unit and connecting cables. Glue the panel to the speaker body.

5. Install the speaker unit: Install the speaker unit in the opening of the speaker box. Depending on the size of the horn unit, use scissors or knives to appropriately expand the opening size to ensure that the horn unit can be embedded completely.

6. Install cable: Cut a hole on the panel of the speaker and pass the cable through the jack of the speaker unit to ensure that the cable is tightly connected to the speaker unit. If necessary, the connection wire can be connected by welding or inserting pins.

7. Debugging and testing: Ensure that the assembly of the speaker is strong and reliable, and connect the sound source equipment for testing. Adjust parameters such as volume and sound effects to achieve the desired sound quality.

It should be noted that the thickness and quality of the cardboard will have a certain impact on the sound of the speaker. Therefore, when choosing cardboard, you can try to choose a thicker paper material with a certain density to provide a better sound quality experience. In addition, in order to increase the stability and beauty of the speaker, you can add decorations or paint on the cardboard.

In general, although making Titan sound with cardboard can achieve basic functions, compared with professional speakers, cardboard speakers may have certain limitations in terms of sound quality and volume. Therefore, if you pursue a higher quality sound experience, it is recommended to choose a professional speaker product.


To make a cardboard model of Titan Sound, you can follow the following steps:
1. Prepare the materials: a thick piece of cardboard, scissors, glue, pencil, ruler, etc. 2. Measurement: Use a ruler to measure and mark the dimensions of each part on the cardboard, including the box, horn, control panel, etc. 3. Cutting: According to the measured size, use scissors to cut the cardboard into corresponding parts according to the desired shape and size. 4. Assemble the box: Fix the cut cardboard together to form the basic structure of the box. Use glue to glue the parts together, making sure they are strong and stable. 5. Make the horn: according to the design requirements, fold the cut cardboard into the shape of the horn, and fix it on the box with glue. 6. Improve the details: Add control panel, audio interface, keys and other details on the cardboard as required. Scissors can be used to cut out the desired shape on the cardboard, or colored cardboard can be used to decorate. 7. Decoration: Use colored cardboard or other decorations to add more detail and color to the model. 8. Finished: Wait for the glue to dry, and the cardboard model of Titan Sound is ready.
Please note that this is only a simple example of the making process and actual cardboard model making may vary depending on individual needs and design. Check the required dimensions and materials and refer to the relevant specifications or drawings to ensure accuracy and completeness.