Administrator Administrator Staff member Mar 17, 2016 #1 Developer - Biomimetics and Dexterous Manipulation Lab Multi-Modal Robots Team: Morgan Pope
Administrator Administrator Staff member Mar 17, 2016 #2 SCAMP teaser Published on Feb 19, 2016 First peak at SCAMP, the Stanford Climbing and Aerial Maneuvering Platform. More to come soon! Click to expand...
SCAMP teaser Published on Feb 19, 2016 First peak at SCAMP, the Stanford Climbing and Aerial Maneuvering Platform. More to come soon! Click to expand...
Administrator Administrator Staff member Mar 17, 2016 #3 Meet SCAMP Published on Mar 16, 2016 SCAMP - the Stanford Climbing and Aerial Maneuvering Platform - is designed to fly, perch, climb, recover from failure, and take off. It operates outdoors on rough vertical surfaces like concrete and stucco walls. Click to expand...
Meet SCAMP Published on Mar 16, 2016 SCAMP - the Stanford Climbing and Aerial Maneuvering Platform - is designed to fly, perch, climb, recover from failure, and take off. It operates outdoors on rough vertical surfaces like concrete and stucco walls. Click to expand...
Administrator Administrator Staff member Mar 17, 2016 #4 Article "Stanford's Flying, Perching SCAMP Robot Can Climb Straight Up Walls" by Morgan Pope March 16, 2016
Article "Stanford's Flying, Perching SCAMP Robot Can Climb Straight Up Walls" by Morgan Pope March 16, 2016
Administrator Administrator Staff member May 2, 2016 #5 Quadcopter outdoor perching with opposed micro-spines Published on May 2, 2016 A perching strategy with opposed micro-spines allows quadcopters to perch on outdoor vertical and inverted rough surfaces. Click to expand...
Quadcopter outdoor perching with opposed micro-spines Published on May 2, 2016 A perching strategy with opposed micro-spines allows quadcopters to perch on outdoor vertical and inverted rough surfaces. Click to expand...