NASA scientists has also designed a robot named as “Surrogate” with the help of left-over parts of “RoboSimian” and “Surrogate” was more traditional to ran on the tracks of complicated disaster. According to researchers “Disaster relief robots can go into dangerous environments where human rescue workers can’t go and these robots can also execute the simple tasks such as; lifting debris off survivors or the turning off a valve.
As per Supervisor, Brett Kennedy from RVMG (Robotic Vehicles and Manipulators Group) of JPL, “The stable, durable and deliberate approach suites to their technical strengths and it also provides the model for different vital element of the ecosystem, it is expected that robots will be deployed for disaster scenarios in the future”.
The tasks of RoboSimian will also include the maintenance and assembly of orbital structures, exploration of low-gravity bodies such as; comets, moons and moons; exploration of cliffs and caves on Moon and Mars. The software technique of RoboSimian was influenced by programs which can control the Mars rovers, but now JPL is focusing on the ape-like design, so that it can be used for Earth-bound applications.
If you will imagine the robots of the future, so they will work and move more like humans via using a pair of arms to work and grab the objects and standing up on two legs, but Jet Propulsion Laboratory of NASA was working on a different type of robot, which can help them in disaster response, which is designed to look and move like an ape. The seven cameras will act like head in this headless robot, whereas; the four identical limbs will act as pair of arms and legs.
RoboSimian is the final entry in DARPA Robotics Challenge from JPL. DARPA Robotics Challenge is 27 month long competition among the world’s top organizations and individuals, who have create robots for an emergency response such as; a nuclear disaster, climate disaster and more. In June 2015, RoboSimian along with other 18 finalists will have to find their way through multiple obstacles simulates eight common scenarios to test the strength and artificial intelligence of robots. In this each and every robot will have to drive car, use a tool and climb stairs, move across rubble and more without human controlling or support. The final winner will receive the prize of $2 million.
The Jet Propulsion Laboratory (JPL) is well known and recognized for robotics the robots for space exploration like those robots who can work on Mars and Moon, but the DARPA competition will be an opportunity for the JPL group to come up with new robotics research where they can directly approach to other talented teams.