TRI Robotics Virtual Open House | Press Kit

TRI has developed a unique prototype overhead gantry research robot in a mock home in its Los Altos, CA headquarters.

TRI's prototype mobile manipulation research robot can be taught to perform different household tasks with different interchangeable tools.

A unique overhead robot developed by researchers at TRI peeks out from inside a mock home in TRI's Los Altos, CA headquarters.

TRI researchers have developed unique "bubble" gripper fingers that allow a robot to handle delicate objects and learn to sense the shape of the objects it picks up.

TRI has developed unique custom gripper fingers to help robots perform household tasks, such as picking up plates, silverware, and mugs, and loading them into a dishwasher.

A research robot in TRI's Cambridge, MA lab validates simulation by performing the task of loading dishes from a sink into a dishwasher.

Research robots are constantly learning (with some human supervision from TRI researcher Sam Creasy) in TRI's Cambridge, MA lab.

TRI has designed and built a mock home in their Los Altos, CA headquarters to accelerate research on various unique assistive robots.

TRI designed and built the T-TR1 prototype telepresence robot to research new ways of providing remote presence and mobility for all.

Lukas Kaul, a TRI research scientist, teaches a robot to perform a sweeping task using a virtual reality system to see what the robot sees and command the robot to perform actions.

TRI's unique prototype overhead gantry research robot puts away objects in a mock home without needing to navigate the cluttered floorspace, as research scientist Dan Helmick watches.

TRI's prototype research mobile manipulation robot is able to reach up high and down low, and use interchangeable tools for different household tasks.