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Intrepid Robot

System Requirements

  • Your robot must do three things in order in less than 15 minutes:

    • High five an LA (target hand height 105.5-107 cm), seated conveniently nearby in the atrium

    • Travel to Jason Rife’s office.

    • High five Jason Rife (target hand height 105.5-107 cm).

  • Your robot should not be tethered to a wall outlet (batteries will be available in Nolop).

Restrictions

  • You should not touch your robot during its adventures. This probably means that your robot should be remote controlled.

  • You should not use an RC car controller. This probably means that your robot should be controlled through wifi from a laptop or phone.

  • Your robot cannot fly. (We don’t have the space to test drones safely, unfortunately.)

  • You cannot clear a path for the robot. This would include moving chairs, opening doors and the like.

Safe assumptions

  • The doors at the top of the stairs that lead to the ME department hallway will be propped open.

  • The atrium and hallways will be clear of chairs and similar obstacles. You will still need to traverse a variety of different surfaces.

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Our Design

We decided to make a robot which could operate an elevator, so that we would not have to worry about traversing stairs or leaving the building. 

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We used a push-pull solenoid with a laser-cut hand for both the high-five and pushing the elevator button. The robot was wifi controlled using a phone.

Above are two demonstrations of the push-pull solenoid.

On the left we show our control interface.

On the right we show it pushing the elevator button.

Our robot had four motors and four wheels. It was controlled by Arduino and encased in laser-cut acrylic

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On the right is a demonstration of the robot driving and high-fiving me.

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