Unmanned aerial vehicle (UAV)
Physical and Chemical Trace Evidence from 3D-Printed Firearms, and Use of a Quadcopter for Targeted Sampling of Gaseous Mercury in the Atmosphere
Countering the Emerging Drone Threat to Correctional Security
Forensic Use of GPR and LiDAR Technology for Clandestine Grave Detection
Contraband and Drones in Correctional Facilities
Evaluating Aerial Systems for Crime-Scene Reconstruction
New drone-mounted remote sensing technologies could complement conventional ground-based laser scanning in efficiently recreating crime scenes for forensic analysis.
Evaluating Aerial Systems for Crime-Scene Reconstruction
Finding the Missing and Unidentified: The Application of Predictive Modeling, Ground-Penetrating Radar, and Small Unmanned Aircraft-Mounted Infrared Imagery for the Detection of Unmarked Graves
Want To Start a UAS Program? The Arlington Police Department Has Lessons Learned To Share
New York Prison Using UAS Detection Technology
Resource Sampler on Unmanned Aircraft Systems
Loudoun County Using Project Lifesaver sUAS
JTIC Launches Expanded Resources on Unmanned Aircraft Systems
National Center for Spectator Sports Safety and Security Offers UAS-Related Resources
TECHBeat, March 2018
TECHBeat, November 2018
Evaluation of Terrestrial and Aerial Remote Sensing with Small Unmanned Aircraft Systems (SUAS) for Forensic Crime-Scene Reconstruction
Unmanned Aircraft Systems Can Support Law Enforcement in Crash Scene Reconstruction
NIJ-funded study shows Unmanned Aircraft Systems (UAS) can help law enforcement investigate traffic accidents more quickly and efficiently.