Accuracy in architectural model making is found through the use of physical materials and this very tactile portion of the design process. These models are intended to represent precise re-creations of the intended idea or design. This is the most important part of design presentation when attempting to obtain project financing.
In sales presentations people what to see a realistic interpretation of what they are investing in. Certain visual aspects of a project can only be revealed when incorporating such aspects as texture and coloration. As architecture is and remains an art form, appealing to the senses of potential backers in the most effective way is guaranteed to get the better results.
3D software has certain admitted features that physical models do not. Incorporating pertinent data into the presentation of a physical model requires that there be a secondary report. Models designed by using this cutting edge software can bring to light valuable data within the same presentation.
Software generated models involve far less concern regarding the use of delicate materials. Lighting effects are achieved without the hassle that is known to be a part of the physical model making process. Ultimately these can be cheaper, in a way, less subject to damage, and easier to construct.
What software models lack, however, is a physical ground for accuracy. The first and major inaccuracy in this method of presentation is the lack of an actual 3D image. In spite of being at the cutting edge of design technology, the end result is a model that is presented in two dimensional images.
In general it is intended that architectural models be the focus or meeting point within the design process. Numerous designers of different trades can come together with their various problems and solutions at the model design table. Lacking this process, there remains little room for accuracy in architectural model making when individuals of different trades cannot come together for the combination of their different tasks.
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