Demonstrating the Future of Unmanned Logistics Systems
ELECTRIC MOBILITY LIVING LAB
Launch into the Future of Electric Mobility
Demo Day & Symposium media
OFFICIAL READ AHEAD MATERIALS
READ AHEAD MATERIALS
Check out this new video showcasing Robotic Research's Pegasus™, a family of tactically deployable, transformable, autonomous robotic systems.
Driving the transformation of commercial and government autonomy through innovative, intelligent, integrated systems.
Robotic research: PEgasus
Pegasus™ is a family of tactically deployable, transformable, autonomous robotic systems that provides all the air capability of a VTOL UAS in conjunction with the capabilities of a tracked UGV.
Fighter fuel range is the biggest threat to America's Navy in the 21st century
SANDBOXX blog article by Alex Hollings
June 12, 2020
So How Are We Going to Logistically Support the CPG?
Association of Marine Corps Logisticians blog article by Tim Fretwell
Sep 4, 2019
Operational Concept for Future Logistics Development
Sustaining the Force in the 21st Century
This Is What Ground Forces Look Like To An Electronic Warfare System And Why It's A Big Deal
MILITARY POWER AND ENERGY MODEL (MPEM)
LOGISTICS ANALYSIS AND WARGAME SUPPORT TOOL (LAWST)
By Thomas Russell, Director, Logistics Innovation Office
June 2020 “Logistics Innovation Office Newsletter”
SHORTFALLS IN THE MARINE CORPS' EABO CONCEPT
Expeditionary advanced basing would be problematic on both strategic and operational levels.
By Ben Wan Beng Ho July 2020 Proceedings Vol. 146/7/1,409
VOXL with PMD's Time of Flight Enables Small, Fully-Autonomous UAVs with ROS and PX4
ModalAI's VOXL platform enables fully autonomous sUAS. ModalAI designs full stack hardware and software, and it is built in the United States.
modal ai robotic perception
ModalAI, Inc. spun out of Qualcomm
in June 2018. The team drove
Qualcomm’s drone R&D efforts
(Snapdragon Flight, etc).