A military robot is a machine that has been designed to replace human soldiers. These robots don't require to be fed, slept, or protected from the elements. They don't have emotions, passions, or feelings. It is possible to reduce the amount of unethical behavior soldiers can display. Aside from that, they are not subject to the same strains, fatigue, stress and fatigue as human soldiers.
AVATAR III
The AVATAR III military robot is a highly customizable unmanned aerial vehicle (UAV). The robot is equipped with a plug and play payload bay, allowing users to configure the robot to fit their specific needs. The robot is fully customizable and can detect, target, and eliminate moving forces. AVATAR III's tactical capabilities are identical to its larger counterpart, AVATAR III, Tactical Robot. It features dual IR LED and LED lights as well as a sturdy, drop-resistant chassis.
The AVATAR III's capabilities go well beyond the battlefield. It will help first responders and law enforcement better respond to hazardous situations. It is rugged and flexible. It can use multiple wireless channels simultaneously, has two-way sound and can also operate on audio. The robot is also capable of navigating a variety of different terrain types and environments, making it an excellent choice for combat or law enforcement missions.
REDOWL
iRobot is developing REDOWL, a robotic military vehicle. It uses neural-network circuitry, which simulates nerve cell behavior. However, unlike other robots, the REDOWL does not have a programming language and has to learn by trial and error. It can recognize gunshots, and it can guess the direction of sound. Then it is given the difference between the guesses made and the actual location and then goes through another trial. It then learns by doing so and slowly develops an 'neural" connection with the sound source.
The REDOWL army robot features an array acoustic/optics systems that determine the source gunfire. It's also attached to a Packbot, which is a miniature tank robot. The robot is controlled using a modified Xbox controller. It is capable of entering hazardous buildings and can spot gunfire within milliseconds. Two wide-angle cameras are included, along with a thermal imaging cam that allows for precise identification of targets. This makes it ideal to use for surveillance, perimeter protection, hostage/barcade situations, surveillance and daytime urban surveillance.
MUTT
The MUTT robot can assist ground forces in combat or carry out 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. Flexible design allows it to adapt to new payloads, controllers and higher levels of autonomy.
The GDLS has developed the MUTT military bot. It is based off the Small Multipurpose Equipment Transports (SMMET), program. This program is intended push the limits of autonomous operations. It also shifts the paradigm in manned/unmanned warfare. It is planned to be in service with IBCTs by the end of 2022. It is capable of autonomous resupply and direct fire and can also be modified to allow for EW missions. It is also capable of counter-drone operations.
BigDog
Boston Dynamics is creating a military robot called BigDog. It can carry soldiers and supplies, as well as travel long distances. BigDog was designed to run on a variety terrains. It can also traverse enemy positions or minefields. It's a great way of strengthening a unit without placing them at risk. Its solid and reliable design allows it to transport a wide range of items.
Boston Dynamics, the company behind BigDog, is working with DARPA on improving the military robot. The BigDog's military robot can traverse many terrains and deliver supplies to soldiers. AlphaDog (a seven-ton robotic military robot funded by DARPA) was also designed to be a leader in combat formations.