Cross sectional view showing the shape of the external casing, intended to be produced via injection moulding out of ABS
Cross sectional view showing the shape of the external casing, intended to be produced via injection moulding out of ABS. With real size examples of the internal components being held within the external casing
Isometric render of final concept
Side view of render showing how nozzle is removable
Perspective view of product. Showing where the shape is orientated in relation to the handle. The switch being easily reachable when the product is in use.
Front perspective view of product. Showing the product inflation valve and deflation valve situated on the same surface reducing the over all surface areas of the product
Presentation board showing the product in it intended environment and highlighting some of its key features. The presentation board also correctly dictates how the product should be held. Showing the human interaction with the product
3D printed presentation model. With internal components being held within it. With an allowed tolerance of 2mm within the external casing the components fitted within the casing without issue
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Festival Air Pump Development
As a group, we were asked to evaluate a students project from the previous term and develop it accordingly to obtain a better product. We had to do this in the style of an existing manufacturer of out door products. The manufacturer style for this particular product being Snow Peak. The product for development was a lithium battery operated pump. For use at festivals, camping ext. As a result of this the product had to be as compact as possible without compromising size for power.
