Customer Stories

HUSKY UGV USED FOR 3D MAPPING IN MARS SIMULATION

Graz University of Technology

Graz University, in partnership with the Austrian Space Forum (OeWF) and international research organisations including the Oman Astronomical Society, conducted a four-week Mars simulation mission in the Arabian desert in Oman.

RIDGEBACK MOBILIZES BAXTER IN SOCIAL ROBOTICS RESEARCH AT HALMSTAD UNIVERSITY

HALMSTAD UNIVERSITY

Martin Cooney and a team of social robotics researchers at Halmstad University are using the Baxter and Ridgeback Robots to make improvements in people’s everyday lives.

DEMINE ROBOTICS DEVELOPS LAND MINE EXCAVATING ROBOT USING HUSKY UGV

Demine Robotics

Richard Yim and his team at Demine Robotics are using a robotic excavation device to reduce casualties in demining, the world’s most physically intensive field.

UNIVERSITY OF VIRGINIA MAPS HISTORIC TUNNEL USING JACKAL UGV

University of Virginia

Nicola Bezzo and his team at University of Virginia use Jackal UGV to efficiently and accurately map the historic Blue Ridge Tunnel in Virginia.

SIT ADVANCES AUTONOMOUS MAPPING & NAVIGATION RESEARCH WITH JACKAL UGV

Stevens Institute of Technology

Brendan Englot and his team at SIT are using Jackal UGV to advance their autonomous navigation and mapping research.

MIT DEVELOPS AUTONOMOUS “SOCIALLY AWARE” ROBOT USING JACKAL UGV

Massachusetts Institute of Technology

Michael Everett and his team at MIT have successfully developed a robot using a Jackal UGV that is capable of navigating autonomously amongst crowds and pedestrians.

DEPLOYABLE, AUTONOMOUS VIBRATION CONTROL OF BRIDGES USING HUSKY UGV

University of Waterloo

Sriram Narasimhan’s research team is developing a new mobile damping system for suppressing unwanted vibrations in lightweight, flexible bridges.

HUSKY PERFORMS SLAM ON STEREONETS

Queen’s University

Queen’s Husky UGV gathers geotechnical data that’s crucial in predicting rock slides and bursts. The autonomous system turns an hours-long process into one that takes a few minutes.

AUTONOMOUS MAPPING IN CHILE’S DANGEROUS MINES

University of Chile

University of Chile’s work with Husky keeps humans from the deadly task of scouting unknown territory in Chile’s network of open-pit mines.

HUSKY MOBILIZES TELEAUTONOMOUS BOMB DISPOSAL RESEARCH

Massachusetts Institute of Technology

Husky mobilizes dextrous bomb-disposal robot with cutting-edge teleautonomy capabilities.

The U.S. Army Research Laboratory is developing flexible autonomous navigation and visual terrain classification using two Husky UGVs.

The Singapore-MIT Alliance for Research and Technology uses Kingfisher USV to patrol Singapore’s coasts to detect future disasters like harmful algae blooms.

Portugal’s Coimbra University uses Husky to develop robust autonomous humanitarian demining prototype, also integrated into an FP7 project.

Clearpath’s retrofit for Queens’ University mining vehicles automates one of the dullest and deadliest jobs in mining: the load-haul-dump process.