All the sensors, servos, and motors that allow humanoid robots like ATLAS to walk on two feet require a lot of battery power--so much so that they're still impractical for real-world applications. But by more closely replicating a human's gait--at least one with lots of swagger--Georgia Tech's DURUS requires far less power.
All the sensors, servos, and motors that allow humanoid robots like ATLAS to walk on two feet require a lot of battery power--so much so that they're still impractical for real-world applications. But by more closely replicating a human's gait--at least one with lots of swagger--Georgia Tech's DURUS requires far less power.
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