The Air Force Research Laboratory Airbase Technologies Division (AFRL/RXQ) researched robotic technologies to support flightline operations with the goal of improving the efficiency and safety in deployed locations. From February to October 2012, the Robotics Team designed and implemented a robotic control package for autonomous driving of the 25K Halvorsen Loader system. This project focused on robotic technologies for the cargo loader (K- Loader) systems that automate the transportation and handling of palletized cargo between the loading ramps and aircraft. This project was enabled by AFRL/RXQ's extensive repository of autonomous ground vehicle driving behaviors that were adapted to the K-Loader systems including: waypoint driving, obstacle avoidance, traversability grid mapping, and dynamic path planning. On October 25th, AFRL/RXQ conducted a successful demonstration of phase I of the Automated K-Loader system, which concluded the funded work for this effort.
25K Halvorsen Loader Automation Report
2013
46 pages
Report
Keine Angabe
Englisch
HALVORSEN SOLO 40 - Fraaie zeebonk
Online Contents | 2008
Discussion of papers by Halvorsen, Rogers, and Hussey; by Rolinson; and by Vaughn
Engineering Index Backfile | 1916