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Back side of physical model - Back side of robot....shows how the back arms rotate into place when not in use.
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Profile shot of physical model.
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Forest Fire "Clear Cut" Robot - Senior year independent study project. This futuristic robot was aimed more towards entertainment design...similar to the "Demolition-Bot" seen in the Hollywood film I-Robot. It is designed to cut very large "clear-cut" paths around a forest fire to prevent the flames from spreading. The physical model consists of nearly 600 individual parts and took 6 long months to complete.
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A small fraction of some of the finished parts.
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Hydrolic hands shown in multiple positions. - Senior year independent study project. This futuristic robot was aimed more towards entertainment design...similar to the "Demolition-Bot" seen in the Hollywood film I-Robot. It is designed to cut very large "clear-cut" paths around a forest fire to prevent the flames from spreading. The physical model consists of nearly 600 individual parts and took 6 long months to complete.
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Worn feet with hubless motors set into place.
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Every part was hand painted and airbrushed to give the model a "worn" appearance.
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Some of the interior leg components. - Senior year independent study project. This futuristic robot was aimed more towards entertainment design...similar to the "Demolition-Bot" seen in the Hollywood film I-Robot. It is designed to cut very large "clear-cut" paths around a forest fire to prevent the flames from spreading. The physical model consists of nearly 600 individual parts and took 6 long months to complete.
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Fuel delivery system. - Senior year independent study project. This futuristic robot was aimed more towards entertainment design...similar to the "Demolition-Bot" seen in the Hollywood film I-Robot. It is designed to cut very large "clear-cut" paths around a forest fire to prevent the flames from spreading. The physical model consists of nearly 600 individual parts and took 6 long months to complete.
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Working electronic lights built in. Scale human figure shows how large the robot would actually be.
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Back arms rotate behind the body when not in use.
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Steel frames were welded to run up through the legs in order to support the weight of the model.
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Rotating back shoulder brackets
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Parts were meticulously hand painted and detailed.

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