Testing Facilities
Testing Facilities
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Interested in CR2C2 activities and engagement opportunities?
A two-mile private test track at North Carolina A&T Gateway Research Park resembles rural terrains and supports vehicle prototyping and testing. Located next to the CAV lab, it includes garage space, equipment, and tools. Read more ...
An urban test track at NC A&T includes an intersection and roundabout for testing automated vehicles. Read more ...
This under-development smart intersection will feature advanced sensors, LiDAR, radars, and edge computing to monitor and evaluate real-world traffic scenarios for connected vehicle and smart city research. Read more ...
A collaborative real-world deployment environment in Greensboro for autonomous shuttles and transportation innovations including suburban and urban driving settings. Read more ...
Connected Autonomous Vehicle (CAV) Testbed – Low Speed Shared Automated Shuttles
This testbed features three GEM E6 Polaris electric shuttles equipped with different sensors and 5G connectivity for testing automated and connected vehicle systems. Read more ...
This CR2C2 testbed of two automated Chrysler Pacifica vans, including an ADA-compliant van, enables advanced testing of autonomous functions features in full-sized vehicles across varied terrains. Read more ...
A Lincoln MKZ outfitted with LiDAR, radar, cameras, GPS, and IMUs is used as a data acquisition platform, enabling high-resolution, real-world data collection for autonomous systems research. Read more ...
Laboratory for Intelligent Sensing and Computing (LISC)
Laboratory for Intelligent Sensing and Computing (LISC) at the University of Alabama researches advanced automotive radar and sensing technologies for autonomous driving. Its Lexus RX450 Hybrid testbed integrates radar, LiDAR, cameras, and GNSS for robust, all-weather 360° environmental perception. Read more ...
Vehicle-In-The-Loop Driving Simulator
A state-of-the-art static full-vehicle simulator allows research on human-machine interactions, driver behavior, and mixed-traffic simulation for autonomous and manual vehicles. Read more ...
Advanced Simulator for Rural AV Deployment
A rural-focused simulator used for developing and validating safe automated vehicle operation on unstructured roads, including vehicle-in-the-loop and software-in-the-loop testing with advanced analytics. Read more ...
Urban Air Mobility (UAM) Simulator
The Agent-based Urban Air Mobility Simulator supports modeling of urban aerial traffic with multiple drone and aircraft types, enabling dynamic conflict resolution and flight path planning using real-world data. Read more ...
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