Makes some sense.
Makes some sense.
NICE! So.. Now there is a proper attack against drones that probably is damn near impossible to detect. Now to automate it with some cameras and a little pod on my roof. I know I don't own my airspace but if you are a creeper I am knocking your drone down one way or another.
Archive: https://archive.today/O2Civ
From the post:
>AS CHILDREN everywhere are delighted to learn in science class, sound can shatter glass. Might it also be possible, then, to use acoustic waves to disrupt the electromechanical sensors that drones require to fly? To find out, four engineering students at the University of Toronto repurposed small car speakers to cobble together a contraption “for blasting a drone with sound”, as one of them, Michael Acquaviva, puts it. It worked in early tests, though only at close range. Drones 50cm away wobbled. At 25cm, they crashed.
NICE! So.. Now there is a proper attack against drones that probably is damn near impossible to detect.
Now to automate it with some cameras and a little pod on my roof. I know I don't own my airspace but if you are a creeper I am knocking your drone down one way or another.
Archive: https://archive.today/O2Civ
From the post:
>>AS CHILDREN everywhere are delighted to learn in science class, sound can shatter glass. Might it also be possible, then, to use acoustic waves to disrupt the electromechanical sensors that drones require to fly? To find out, four engineering students at the University of Toronto repurposed small car speakers to cobble together a contraption “for blasting a drone with sound”, as one of them, Michael Acquaviva, puts it. It worked in early tests, though only at close range. Drones 50cm away wobbled. At 25cm, they crashed.
(post is archived)