Police Drone Removes Knife from Suspect Using Magnet
Sacramento County Sheriff's Office uses drone with dangling magnet to disarm motionless suspect.

The Sacramento County Sheriff's Office in California promoted a video on June 22, 2026, showing a small quadcopter drone using a dangling magnet to remove a knife from the hand of a motionless suspect. The video, shared to Facebook and Instagram, uses the Mission: Impossible film franchise theme to dramatize the incident that took place earlier in the month. The incident involved a 'felony suspect armed with a knife and a firearm' who 'was not responding to negotiators,' according to the video.
The sheriff's office surrounded the suspect's residence with a SWAT team after the 'known felon and parolee-at-large was seen earlier with a firearm.' A first drone deployed to the scene located the suspect hiding in a corner of the garage, and also spotted the motionless suspect holding a knife in one outstretched arm. The Sacramento County Sheriff's Office is one of hundreds of US police departments and sheriff's offices that have deployed camera-equipped drones to assist first responders. The use of drones in this incident marks a new application of the technology in law enforcement, as police departments continue to explore ways to safely and effectively respond to high-risk situations.
Why this matters: The use of drones to disarm suspects represents a significant advancement in law enforcement technology, with potential implications for police departments nationwide. As drones become increasingly prevalent in policing, questions arise about the extent to which they will be used in high-risk situations, and what protocols will be put in place to ensure their safe and effective deployment. For developers, this raises questions about the future of drone technology and potential applications beyond law enforcement.
For businesses and consumers, it highlights the growing presence of drones in public spaces and the need for greater awareness and understanding of their uses.
Source: Ars Technica