AGRICULTURE
Automated Driving Systems (ADS) for Rural America
Aerial Robots from Penn Engineering
Automated Truck Control
Automobile Automated Driving
University of Waterloo Autonomoose
Autonomous Vehicle Development
Blind Driver Challenge
Bus 2.0
Cohda Wireless CAV
Data Storage for Neural Network Training
Ground Unmanned Support Surrogate (GUSS)
Intersection Decision Support
Massive Datasets for Climate Science Shared Globally by NASA
NASA Competition
Putting Data to Work: Apex.AI
Showroom style sensor integration
Small Unmanned Ground Vehicle
University of Cincinnati Next Mobility Lab
University of Illinois Center for Autonomy
Intelligent Mobility at the University of Nevada, Reno
University of North Texas: Expanding CAV capabilities
Large Unmanned Ground Vehicle Technology
Small Unmanned Ground Vehicle
SUGV (Small Unmanned Ground Vehicle) Collision Avoidance and Mapping
Customers throughout the world are using robotics to help save lives. Now small robotics are being developed to not only be operated by remote control but also have the capability to operate anytime under any condition without an operator.
Using LiDAR the robots are able to navigate around obstacles through buildings and avoid areas of hazard. LiDAR can also be used to collect data and create a very detailed map of the environment. This is especially useful for scouting unknown areas including buildings and tunnels.
Industrial small unmanned ground vehicles also use LiDAR for collision avoidance and maneuvering throughout facilities. Often industrial SUGVs will be used to automatically transport materials throughout a manufacturing facility or warehouse.
AutonomouStuff provides small and inexpensive perception solutions for obstacle detection collision avoidance and mapping. Contact us so we can help you decide which product best fits your specific application.
