A military robot is a machine that has been designed to replace human soldiers. These robots do not require food, sleep, or shelter from the elements. They are also free from emotions, passions, and feelings. Because of this, soldiers tend to be less ethical. Additionally, they don't suffer from stress, fatigue, strain, or other symptoms that soldiers experience.
AVATAR III
The AVATAR III military robot is a highly customizable unmanned aerial vehicle (UAV). The robot has a plug and go payload bay which allows users to tailor the robot to meet their individual needs. The robot can target, detect and eliminate moving forces and is completely customizable. AVATAR III's tactical capabilities are identical to its larger counterpart, AVATAR III, Tactical Robot. It is equipped with dual IR/LED lights and a durable, drop-resistant casing.
The AVATAR III has many capabilities that go beyond the battlefield. It helps law enforcement and emergency responders to better understand and deal with dangerous situations. It is very rugged and highly customizable. It can use multiple wireless channels simultaneously, has two-way sound and can also operate on audio. The robot can also navigate across a variety terrain types and environments, making them an excellent choice to aid in law enforcement and combat operations.
REDOWL
iRobot has developed the military robot REDOWL. It uses neural-network circuitry, which simulates nerve cell behavior. The REDOWL is different from other robots in that it doesn't have a programming language. They learn by trial, error, and not using a specific programming language. It can recognize gunshots, and it can guess the direction of sound. The difference between the guesses and the actual location of sound is fed to the animal, who then runs another trial. It gradually learns from this experience and develops a 'neural connection' with the sound source.
The REDOWL robot is equipped with an array of acoustic systems and optics systems that can determine the source and direction of gunfire. A packbot is attached to it, which is a small robot tank. The modified Xbox controller is used to control the robot. It is capable of entering hazardous buildings and can spot gunfire within milliseconds. It is equipped with two wide-angle cameras and a thermal imaging camera which can accurately identify targets. This makes it ideal to use for surveillance, perimeter protection, hostage/barcade situations, surveillance and daytime urban surveillance.
MUTT
The MUTT military robotic can be used for many purposes, including assisting ground troops in combat and remote operations. The robot's advanced technology makes it a great tool to reduce the burden on ground forces. Remotely controlled and teleoperated, it can increase stand-off against enemy threats as well as enhance combat power projection. Its flexible design also allows it to evolve to accommodate new payloads, controllers, and increased levels of autonomy.
The GDLS created the MUTT military robotics. It is based upon the Small Multipurpose Equipment Transport(SMMET) program. This program is intended to expand the boundaries of autonomous operations and change the paradigm in manned/unmanned warfare. It will be deployed to IBCTs by 2022. It is capable of autonomous resupply and direct fire and can also be modified to allow for EW missions. It also enables counter-drone operations.
BigDog
Boston Dynamics is creating a military robot called BigDog. It will be able to travel long distances, while also carrying supplies and soldiers. Developed to run over a variety of terrains, BigDog can also traverse enemy positions and minefields. It is a great way for reinforcement without putting troops at risk. Its sturdy and reliable design makes it able to hold a variety of items.
Boston Dynamics, which developed the BigDog robot, has worked closely with DARPA. The BigDog military robot was designed by the company to be capable of traversing multiple terrains and bringing supplies to soldiers on the ground. AlphaDog (a seven-ton robotic military robot funded by DARPA) was also designed to be a leader in combat formations.