Backus Woods Addition 360° Video Experience
This video utilizes immersive 360 technology, and is best viewed on either a Google Chrome web browser or a mobile device with headphones. Drag your mouse or tilt your phone to explore the forest around you. View our 360 tour of the Backus Woods Addition, then test your knowledge for a chance to Win* an Outdoor Prize Pack. http: Purchase Necessary. Subject to Official Rules at http: Open to residents of Canada (excluding Quebec) who are of the age of majority. Contest Closes at 4:59:59 PM ET on 11/30/2016.
about 1 year ago
Explore recent video campaigns
More 360° Videos
Live Through Two Days of the Battle of Mosul With This 360 Experience
MOSUL, Iraq: “Once we cross this bridge, anything can happen” our fixer, Ayar, warns as we rumble over the Tigris and officially cross into Western Mosul. The Eastern half of the city has been liberated for months, and some semblance of normal life has returned to the city. Most of West Mosul has been liberated as well, save for the Old City: its ancient buildings, narrow streets and endless blind alleys have made clearing the last ISIS fighters a slow, brutal process. We start our trip into West Mosul with a long stay at the checkpoint Scorpion. Mosul is filled with checkpoints like this, where Iraqi soldiers and police search vehicles heading to and from the disputed areas. Some of these people are fleeing the city for Internally Displaced Person camps, and some of them are returning to their homes in newly-liberated portions of the city. Some parts of West Mosul look almost normal, like any other city in Iraq. But the closer you get to the Old City, where ISIS still reins, the more complete the devastati
Human Robotics Lab - 124B
The Human Robotics Lab at the University of Delaware develops robotic devices for physical interaction with humans and pursues their application in motion augmentation, rehabilitation and as advanced tools to study movement neuromechanics. Room 124B is used for the fabrication and testing of human-interacting robots. Two systems are currently being tested: the UDiffWrist, a lightweight cable-driven wrist exoskeleton used for robot-aided rehabilitation of fine motor skills, and the EMG-controlled ball and beam, a system used for teaching neuromuscular interfaces and nonlinear controls in the class Biomechatronics (BMEG467/667).
Explore recent photo campaigns
More 360° Photos