Robot Sculpture, RadarBot from the Droid Series
Robot Sculpture, RadarBot from the Droid Series
Robot Sculpture, RadarBot from the Droid Series
Robot Sculpture, RadarBot from the Droid Series
Robot Sculpture, RadarBot from the Droid Series
Robot Sculpture, RadarBot from the Droid Series

Robot Sculpture, RadarBot from the Droid Series

SeekRbots

Regular price $359.00 Sale

ONE-OF-A-KIND ART PIECE

 

Robot Name : RadarBot

Robot Series : Droids

All custom art pieces are sculpted using items found at flea markets and antique shops and are not meant to be toys.  As such, you will find patina, scratches, and/or dents in the various materials.  All of these imperfections add to the beauty and character of the final sculpture.

The series of bots that fall under "Droids" have a unique finish to them where color has been applied first.  Several layers of varying black wash and sanding techniques follow with a final layer of matt clear coat protection.  The end result gives each sculpture a look and feel of having spent numerous years aboard a star-class spaceship in a scifi movie.

 

Current State of Affairs

  • Given Name : RadarBot
  • Serial Number : AB-3
  • Ship Assignment : The Paragon
  • Part Time Occupation : Ship Navigator

Dimensions

  • Tallness...14"
  • Side to Side...6.75"
  • Front to Back...4.75"

Found Artifacts

  • Electrical Junction Box, Conduit Pieces, Electronic Components
  • Miscellaneous Plumbing & Hardware Pieces, Radar Box
  • Copper Fittings & Springs, Antennas, Motors & Gears, Wire

Interesting Facts

It's easy to get lost in space without the latest and greatest vacuum radio wave radar and scanning technology.  This Droid makes the perfect ship companion for just such and occasion.  Operating on all frequency channels, RadarBot can detect even the weakest of radio wave GPS chatter from the positional communication satellites stationed thought the solar system.  However, he does tend to get lost on the way to the ship bridge on occasion.  Maybe the close quarters don't agree with his signal receiving algorithms.