This is effectively a non-mobile robot with Dex 7, Mech-2 and Electronic-2.
It includes a small suitcase loaded with a minicomputer, a power link, power cables, a fuel cell, numerous drill bits/attachments/modification tips.
The main unit is a five-kilogram hand tool with a safety trigger. The hand tool include various sensors, manipulators, and a power tool element that can (with the proper attachments) saw, drill, grind, etc.
The system is "dextrous" and "smart" enough to confer Mech-2 and Elec-2 on any task definable with its minicomputer. Of course, the skill check usually takes much longer because the user has to mess with the computer and find the right task program.
Once a program has been selected, the user holds the robot in place. If the robot's cameras and sensors recognize the environment, the "ready" light flashes green and the user can depress the safety trigger. As long as the safety trigger is not depressed, the robot will sense but take no action. When the trigger is depressed, the robot is free to maneuver itself, grip the work objects, signal the user to change position, and operate its power tools.
Even if the user is so clumsy as to hold the robot unsteadily, the robot has the ability to compensate with gyros and servos. The robot's gripping arms can hold it steady. If the safety trigger is fastened down (e.g. with duct tape) the robot could walk with its gripper arms, dragging the minicomputer/fuel cell case behind it. Such a task would strain the system and is not recommended by the manufacturer.
The system is commonly used for delicate repairs in shipboard spaces too small to admit a human-sized robot. Locksmiths often use the system to construct and repair intricate locks which combine mechanical and electronic principles.
It includes a small suitcase loaded with a minicomputer, a power link, power cables, a fuel cell, numerous drill bits/attachments/modification tips.
The main unit is a five-kilogram hand tool with a safety trigger. The hand tool include various sensors, manipulators, and a power tool element that can (with the proper attachments) saw, drill, grind, etc.
The system is "dextrous" and "smart" enough to confer Mech-2 and Elec-2 on any task definable with its minicomputer. Of course, the skill check usually takes much longer because the user has to mess with the computer and find the right task program.
Once a program has been selected, the user holds the robot in place. If the robot's cameras and sensors recognize the environment, the "ready" light flashes green and the user can depress the safety trigger. As long as the safety trigger is not depressed, the robot will sense but take no action. When the trigger is depressed, the robot is free to maneuver itself, grip the work objects, signal the user to change position, and operate its power tools.
Even if the user is so clumsy as to hold the robot unsteadily, the robot has the ability to compensate with gyros and servos. The robot's gripping arms can hold it steady. If the safety trigger is fastened down (e.g. with duct tape) the robot could walk with its gripper arms, dragging the minicomputer/fuel cell case behind it. Such a task would strain the system and is not recommended by the manufacturer.
The system is commonly used for delicate repairs in shipboard spaces too small to admit a human-sized robot. Locksmiths often use the system to construct and repair intricate locks which combine mechanical and electronic principles.