Robotic Autonomy in Complex Environments
A University of Washington safety operator monitors a RACER Fleet Vehicle as it autonomously traverses a course at Fort Irwin.
“Since the first experiment, teams have been working to improve perception of the environment and planning navigable routes through development of new autonomy algorithm technologies,” said Stuart Young , RACER program manager in DARPA’s Tactical Technology Office.
More From SAE Media Group
Tech Briefs
Experiment 3: DARPA RACER Highlights
Tech Briefs
DARPA’s Experiment 4: RACER Heavy Platform
Aerospace & Defense Tech Briefs
Autonomous Ground Reconnaissance Vehicles
Motion Design INSIDER
Autonomous Robot Opens Doors, Finds Wall Outlets
Motion Design
Algorithm Helps Swarming Robots Avoid Collisions
Motion Design INSIDER
Helping Robots Make Good Decisions in Real Time
Tech Briefs
Using Generative AI to Train Robots
Tech Briefs
'Vestri' the Robot Imagines How to Perform Tasks
Tech Briefs
Autonomous X3: Racing, Drones, Robotic Dogs
Aerospace & Defense Tech Briefs
One Person Can Supervise a Swarm of 100 Unmanned Autonomous Vehicles
Defense INSIDER
Cockroach-Inspired Robots Open Doors for Military Missions
Tech Briefs
A Soft Robot to Pack Your Groceries
Transcript
No transcript is available for this video.