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DC08_Final.avi
room125
17 views
In Northwestern's Design Competition 2008, Shepard Robotics face off with Nomec in the finals.
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China Memories.wmv
room125
45 views
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Fluffbot with seal casing 3.MOV
room125
29 views
Flufbot uses conservation of angular momentum to move forward or backward, by controlling the acceleration of a momentum wheel and the angle of a steering wheel.
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Fluffbot with seal casing 2.MOV
room125
28 views
Flufbot uses conservation of angular momentum to move forward or backward, by controlling the acceleration of a momentum wheel and the angle of a steering wheel.
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Fluffbot with seal casing 1.MOV
room125
41 views
Flufbot uses conservation of angular momentum to move forward or backward, by controlling the acceleration of a momentum wheel and the angle of a steering wheel.
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Fluffbot seal-on-land.MOV
room125
68 views
Flufbot uses conservation of angular momentum to move forward or backward, by controlling the acceleration of a momentum wheel and the angle of a steering wheel.
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Fluffbot seal-on-land reverse.MOV
room125
16 views
Flufbot uses conservation of angular momentum to move forward or backward, by controlling the acceleration of a momentum wheel and the angle of a steering wheel.
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Fluffbot seal-on-ice.MOV
room125
19 views
Flufbot uses conservation of angular momentum to move forward or backward, by controlling the acceleration of a momentum wheel and the angle of a steering wheel.
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Fluffbot seal-in-water.MOV
room125
30 views
Flufbot uses conservation of angular momentum to move forward or backward, by controlling the acceleration of a momentum wheel and the angle of a steering wheel.
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Fluffbot bottom view of momentum and steering wheel.MOV
room125
92 views
Flufbot uses conservation of angular momentum to move forward or backward, by controlling the acceleration of a momentum wheel and the angle of a steering wheel.
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