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Carnegie Mellon and Sikorsky cooperate on Unmanned Ground Vehicle for autonomous Black Hawk

Carnegie Mellon and Sikorsky cooperate on Unmanned Ground Vehicle for autonomous Black Hawk

Carnegie Mellon University has provided more information to the similar story Sikorsky released on 15th May – see Sikorsky and Carnegie Mellon partner to demo US Army autonomous UGV delivery Robot Team Will Autonomously Survey Sites for Radiation, Biological or Chemical Contamination Carnegie Mellon University’s National Robotics Engineering Center (NREC) and Sikorsky Aircraft Corp. are working… Read more »

Source: Carnegie Mellon, 06-Jun-14

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Sikorsky and Carnegie Mellon partner to demo US Army autonomous UGV delivery

Sikorsky and Carnegie Mellon partner to demo US Army autonomous UGV delivery

Sikorsky Aircraft Corp. today announced it has won a significant demonstration project with the National Robotics Engineering Center (NREC) of Carnegie Mellon University to demonstrate an autonomous delivery of an Unmanned Ground Vehicle (UGV) by an Optionally Piloted Black Hawk helicopter enabled with Matrix™ Technology. The UGV will subsequently execute a mission to investigate a… Read more »

Source: Sikorsky, 15-May-14

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Carnegie Mellon University awarded $7M for robotic rotorcraft research

Carnegie Mellon University awarded $7M for robotic rotorcraft research

Robotic rotorcraft for inspecting bridges and other infrastructure, tools for minimally invasive surgery that guide surgeons by creating 3D maps of internal organs and assistive robots for blind travelers are among seven new Carnegie Mellon University research projects sponsored through the National Robotics Initiative. The National Science Foundation announced it has awarded a total of more than… Read more »

Source: CMU, 24-Oct-13

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Piasecki and Carnegie Mellon Demonstrate Autonomous Helicopter Collision Avoidance & Landing Zone Selection System

Piasecki and Carnegie Mellon Demonstrate Autonomous Helicopter Collision Avoidance & Landing Zone Selection System

Piasecki Aircraft Corp. and Carnegie Mellon University have developed and flight demonstrated a navigation/sensor system that enables full-size, autonomous helicopters to fly at low altitude while avoiding obstacles; evaluate and select suitable landing sites in unmapped terrain; and land safely using a self-generated approach path. Autonomous flight at low altitude and landing zone evaluation/selection is… Read more »

Source: Piasecki, 09-Jul-10

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