SCORBOT is used to study the ER4U 5-DOF manipulator. The ScorBot ER-4U is a versatile and reliable system for industrial robotics training and education. The ScorBot ER-4U robot arm can be mounted on a table top, pedestal or linear slide base. The robot’s speed and repeatability make it highly suited for both stand-alone operations and integrated use in automated work cell applications such as robotic welding, machine vision, CNC machine tending and other FMS operations The robot is supported by ScorBase robotics programming and control software. Optional RoboCell 3D graphic software lets students design, create and control simulated industrial work cells, and provides dynamic simulation of the robot and work cell devices during position teaching and program execution. The robot is designed to enable observation of its working mechanical parts while ensuring a safe environment for students.

The modular servo system enables students to study the theory and practice of automatic control systems. The modular concept of the MS150 system permits the study of individual units and also, by combination, the investigation and performance testing of complete systems. A series of instructional manuals is supplied to provide comprehensive coverage of servo system theory and assignments.
The MS150 Modular Servo System is a unique equipment designed to study the theory and. practice of automatic control systems. It has been designed for teaching the theory of open. and closed-loop, speed and positional control systems using modular units, both mechanical.

The industrial robots are used in many application areas, such as material handling, loading, and unloading of machines, palletizing and depalletizing, spot and arc welding. They are used in some large companies, predominantly in the automotive industry, but also in other industries such as the aerospace industry.

Walking robots are relatively unexplored in the area of hobby and education. The reason for this is that they have inherent design limitations such as their ability to handle diverse terrain including stairs; they require more complex programming algorithms and sensor based feedback; and interdependency between software and hardware requires some critical thinking to obtain the desired actions.
The Toddler is considered an advanced robotics project and introduces the following concepts:
1) Dependencies between mechanical and electrical systems and the ability to tune hardware or adjust software to obtain desired results
2) Advanced programming skills with the BASIC Stamp 2. An efficient Toddler program makes use of Stamp programming tricks with the DATA statement and EEPROM pointers, program routines that are reused and “configured” prior to execution, variable aliasing, general sound programming practices.
3) Advanced robotic programming techniques including real-time programming, subsumption architecture and state machines.
4) A step-wise process which starts with the basics and builds to something more complex and ultimately more useful

KHR-3HV is the best in class humanoid robot platform with sturdy design and ability to perform amazing maneuvers that cannot even be attempted by its rivals. This is made possible by up to 22 degrees of freedom with 17 actual servos and 5 dummy servos. The dummy servos can be replaced by actual servos to achieve 22-DOF. However, we have seen that all the cool maneuvers are possible even with 17 servos that come with the standard package.