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Project Overview Mini Rover Vehicle with Remote Camera A small vehicle constructed from fischertechnik
components. The Mini Rover Vehicle and Camera are connected to a Mini
SSC II or SV203 interface. Video signals from the camera are sent by cable to a small monitor or Macintosh video input. Future modification is to make the vehicle, and camera video wireless. |
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Project Overview
Model Motion PlatformServo controller platform with Pitch, Roll and Yaw motion capabilities.
Each servo is connected to the Mini SSC II interface or SV203 and is controlled by the Macintosh Servo Control Software for the Macintosh computer.
A model is mounted to the motion platform base, and programmed for motion.
A video camera is mounted near the model motion platform, where movements of the model are recorded for editing into multimedia productions.
Note. The base is painted in croma-key blue for video editing.
Model Motion Platform Example Macintosh Control Software used
Copyright © 2001-2002 Robert Van Deest, All Rights Reserved[ Top ] [ Back ] [ Main Menu ]
Project Overview
Animatronic Talking HeadServo controller animatronic talking head.
The mechanical unit is capable of:
Eyes look up and down motion.
Eyes look left and right motion.
Jaw open and close motion.
Head Moves Left, Right, Up and Down (Pitch-Yaw)Each servo is connected to the Wizard Board interface
Animatronic Talking Head
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Picture Coming Soon Project Overview
Mini Remote Camera with Position Control
Servo controller micro camera with Pitch, and Yaw motion capabilities.
Each servo is connected to the Mini SSC II or SV203 interface, and is controlled by the Macintosh Servo Control Software or Camera Controller Software for the Macintosh computer.
The mini camera can also be controlled by a Palm PDA device connected to the Mini SSC II or SV203 interface and servos.
Using all batteries to operate the Mini SSC II, SV203 Servos, and a Palm PDA device makes the unit very portable and usable in different environments.Mini Remote Camera with Position Control Example Macintosh Control Software used yBasic example for Palm PDA's [ Top ] [ Back ] [ Main Menu ]
Project Overview
Robot GripperServo controller robotic gripper
The mechanical robot gripper is capable of:
Gripper up and down motion.
Gripper, open and close motion.
Gripper yaw left and right motion.Each servo is connected to the Mini SSC II or SV203 interface, and is controlled by the Macintosh Servo Control Software or Robotics Controller Software for the Macintosh computer.
The robot gripper can also be controlled by a Palm PDA device connected to the Mini SSC II or SV203 interface and servos.Robot Gripper Example Macintosh Control Software used yBasic example for Palm PDA's [ Top ] [ Back ] [ Main Menu ]
Project Overview
Hexapod Robot
Servo controller walking Hexapod Robot.
Each servo is connected to the Mini SSC II or SV203 interface, and is controlled by the Hexapod Control Software or Macintosh Servo Control Software for the Macintosh computer.
The hexapod robot can also be controlled by a Palm PDA device connected to the Mini SSC II or SV203 interface and servos.Future modification is to make the robot wireless.
Hexapod Robot Example Macintosh Control Software used.- yBasic example for Palm PDA's
............Hexapod Robot Macintosh Control Software ................. Copyright © 2001 R. Van Deest[ Top ] [ Back ] [ Main Menu ]
Copyright © 2001-2002 Robert Van Deest, All Rights Reserved
Project Overview
Palm Pilot RobotPalm Pilot Robot Palm Pilit Robot Project - [ Top ] [ Back ] [ Main Menu ]
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Project Overview
Animatronic ProjectsThrobbing / LED Glowing Eye Jar
Puppet Dragon ( L/R, U/D, Jaw open and close motion).
Each servo is connected to the Wizard Board interfaceAnimatronic Projects
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Project OverviewMotion Platform.
Talking Skull( Jaw open and close motion).
Each servo is connected to the Wizard Board interfaceAnimatronic Projects [ Top ] [ Back ] [ Main Menu ]
Copyright © 2003 Robert Van Deest, All Rights Reserved
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