How to Stop Killer Robots

Robots typically operate on electricity but some are powered by gasoline, diesel fuel, or solar energy. You can disable a robot by cutting off its power supply. This can be done by unplugging, removing, or destroying the fuel source. Once the main power has been removed you can start disabling its other systems.

warning_amber Warning: This step can be dangerous. Make sure to wear protective gear and follow the instructions carefully.

Most robots have moving parts, even if they remain stationary: Check for hydraulic cylinders and disconnect lines, remove gearing, or damage joints at critical areas (hands, legs, arms). Large robots working in factories are likely to be well-hardened and may require tools (wrenches, pliers) to disable.

Robots use sensors to detect and respond to their environment. Blocking or overloading the sensors will disorient the robot causing it to behave erratitcally. Paint, oil, tar, and other adhesiver materials can be used to block visual sensors. Sensors can be overloaded using lasers, sonic amplifiers, extreme heat, or extreme cold.

Robots rely on communication systems to coordinate their actions. Jamming the communication systems will prevent the robot from receiving commands and functioning properly. This can be done by overloading the radio frequency, blocking the signal, or disrupting the data transmission. Deploying a cloud of metal shavings or EMP devices can disrupt wireless communication systems of robots. If you can find the central communication hub you may be able to take control of the robots by sending false commands.

Robots are controlled by complex computer systems. These systems can be disrupted by water and magnets. Magnets can be used to interfere with the computer chips. Conductive liquids like mercury or water can short the circuits.