This next window allows you to choose what type of box to use for the calculations. The placement setting can be left at normal, and then click next. Change this if you are using more than one subwoofer. After the window loads, the first option to change is the number of drivers. If we use this for our Ev3 sub, we have more than enough space.Īfter you save your driver, click on the create new project button, find, and select your subwoofer. For example, if your rough measurements are a width of 2 feet, a height of 2 feet, and a length of 1.5 feet, you would have a volume of 6 cubic feet. The simple formula for finding this volume is multiplying the length, width, and height together. You might want to convert the imaginary box’s measurements into cubic feet for a better comparison. For your own project, you will only need the recommended airspace for which type of enclosure you plan to build.Īfter you find out your recommended airspace, compare it to the rough measurements you got earlier. Also, the manufacturer states that this subwoofer is not recommended for a sealed enclosure. For the Ev3 10”, the recommended air space for a ported enclosure is 1.75 cubic feet. You must have the specs of your speaker for future steps. Most subwoofer manufacturers have the specs for their speakers right on their websites, but some could be in the manuals. For this guide, I chose to work with a Sundown Audio Ev3 10’, and to find what size box it would work best in, I checked the specs of the speaker, found on the Sundown website. Using and interpreting data is a key component of this context, and we do this in the tutorial with the data given from WinISD.Įach subwoofer has a recommended size box that it performs best in, and this differs if mounting in a sealed or ported box. This tutorial relates to the computation aspect of this context, using the program WinISD. The skills listed above are also key pieces to this practice.Ĭontext - Computation, Automation, AI, and Robotics This tutorial does not cover the physical building of the box, but the creation of the design and plans to be used to build the box later. In these terms, making refers to the act of creating something, and doing refers to the hands-on processes associated with designing and building. The skills used in this tutorial such as measuring, sketching, and CAD are integral parts of this core standard. This tutorial relates to the one of the key ideas of this standard, that making is an inherent part of technology and engineering design. OPTIONAL - Solidworks, Fusion 360, or other similar 3d modeling programĬore Disciplinary Standards - Design in Technology and Engineering Education
TOP BOX SPEAKER ENCLOSURE DESIGN INSTALL
Use the link below, and click on download latest version, run the installer, and follow the instructions to install the program.
TOP BOX SPEAKER ENCLOSURE DESIGN FREE
The only material you need for this project is a computer, and the free program from Linearteam in Finland, WinISD.
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