Constraints On The Design Of An All Terrain Vehicle (ATV)

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Task 1: Constraints
In a true design process, client and designer would collaborate to determine a list of constraints. For the purpose of this task, the designer presents the following five constraints to be placed on the design of an all terrain vehicle (ATV): the dimensions are not to exceed: width 130 cm; length 210 cm; and mass 320 kg; build cost is not to exceed $7,000; effective range (easy terrain, moderate speed) of 100 km with no additional power source; additional power must be portable; at least three cubic decimeters of enclosed storage capacity; and must operate reliably in temperatures from -40 ℃ to +40 ℃.

The purpose of the dimensional constraint is to ensure the ATV can be loaded into most pickup truck beds. In addition, …show more content…

skidplate) - unwanted; illuminate terrain ahead - unwanted; play music - unwanted; provide audible warnings (e.g. a horn) - unwanted; and provide cold storage for beer - unwanted.
All secondary functions listed as “required” contribute in some way to the ATV’s ability to provide off-road transportation. Some form of energy is needed and it must be converted to kinetic energy. A driver and his goods require some separation from moving parts. The act of transportation requires the driver to have access to variable speeds, braking, and steering. All other functions do not contribute to the basic function. These “unwanted” functions provide additional comfort, and safety; or non-transportation based functionality.

Task 3: Design Tools A pairwise comparison chart will rank the objectives of the ATV design project. While the aforementioned list of functions is a summary of what the product will do, the objectives describe what the product is. The following pairwise comparison chart illustrates the designer’s view of goals for this project (no client in this

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