"Clear-Cut"
Back side of physical model - Back side of robot....shows how the back arms rotate into place when not in use.
Profile shot of physical model.
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.
A small fraction of some of the finished parts.
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.
Worn feet with hubless motors set into place.
Every part was hand painted and airbrushed to give the model a "worn" appearance.
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.
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.
Working electronic lights built in. Scale human figure shows how large the robot would actually be.
Back arms rotate behind the body when not in use.
Steel frames were welded to run up through the legs in order to support the weight of the model.
Rotating back shoulder brackets
Parts were meticulously hand painted and detailed.
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Forest Fire Prevention Robot physical model