2007 – Balloon-assisted Walking Robots – Simon Yates (Australian)

Life-size Humanoid Walking Robots One of the hardest things to do in robotics is build a 2-legged robot. These robots, made from balsa wood and paper, use the lifting power provided by helium balloons or propellors to leverage themselved upright and activated via remote control. They seem to wander about with a mind of their own. …

1999 – “Mr. Peanut” the Flying Android – David Santos (American)

Two Flying Humanoids successfully tested over downtown Austin, June 5, '99. Sponsored by the Austin Museum of Art's Robots Live! program. These were quite large – see the drawing of a person for comparison. Source: http://www.main.org/polycosmos/android/flyer/mrpeanut.htm The Humanoid Airship A "flying peanut" winged humanoid robot is under development for the opening of Austin's new airport. …

1990 – Bipedal Ornithopter – David Santos (American)

Bipedal Ornithopter in flight. Parts. Source: http://web.archive.org/web/19961114042310/http://robotgroup.org/projects/Roboblimp.html Bipedal Onithopter UAV By David Santos It runs on two legs, flaps wings to take flight, and flys nimbly about the nooks and crannies of urban landscapes. Featured on the Discovery Channel's, Invention Series, ABC's Good Morning America, and Newsweek magazine. The blimp is a 12-foot-long airship with running legs …

1980-1 – “Teacher” Inflatable Puppet from “The Wall” – Mark Fisher & Jonathan Park (British)

1980-1 – Mark Fisher – Teacher – "The Wall" The Architects' journal: Volume 196, Issues 14-21 – 1992 The work of mechanical engineer Jonathan Park and architect Mark Fisher, who together form the rock set specialists Fisher Park. This pair met as teachers at the Architectural Association in 1976, a time of radical experimentation. Among …

1971 – “Dynamat” – Mark Fisher & Simon Conolly (British)

    Source: Mark Fisher: staged architecture by Eric Holding – 2000 Dynamat Whilst studying for his Diploma at the AA (1969-71) under Peter Cook, Fisher continued to investigate the potential of inflatable technology, and took a particular interest in the way it could create environments able to respond quickly to a user's changing physical …