Robots Drive, Swarm, Jump into Smithsonian Collection
This 16th century friar automaton is driven by a key-wound spring and remains in good working condition. (Smithsonian)
The friar's dress covers its clock-like interworkings. (Smithsonian)
Model for a creep baby doll, which was patented in 1871. (Smithsonian)
The driver-less car, Stanley, sees the road ahead through roof-mounted laser sensors, video cameras, radar and GPS resources. It uses sophisticated computers to navigate the environment and avoid obstacles. (Smithsonian)
The so-called spinning wheel of death atop this pickup is a laser mapping and obstacle detection device that directs the driverless vehicle. (Velodyne)
MARV, the smallest robot in the Smithsonian collection. (Randy Montoya, Sandia National Laboratories)
The four-wheeled hopper robots will navigate autonomously by wheel and jump - with one mighty leg - onto or over obstacles of more than 7.5 meters. (Randy Montoya, Sandia National Laboratories)
These hopping machines, inspired by grasshoppers, may give robots unprecedented mobility for space exploration and search and rescue operations. (Randy Montoya, Sandia National Laboratories)
Sunset on the Robotic Vehicle Range at Sandia National Laboratories. (Randy Montoya)