The quadrotors will deliver the thrust required for aerial and terrestrial locomotion, and there is no need for further actuators which would be counter productive, as the weight of the entire system would be increased. When the HyTAQ is on the ground, the rolling cage would mean the robot needs to overcome just rolling resistance to move forward, and it will jump over an obstacle that it finds difficult to roll over. This is far more energy efficient, and in an aerial-only travel test, its battery lasted five minutes while moving 1,969 ft (600 m), although when rolling over a smooth surface, it was able to last for 27 minutes, traveling a distance of 7,874 ft (2,400 m).