The Drone That Arrives Before the Police Do
BRINC Guardian is a satellite-connected public safety drone with 62 minutes of flight time, 640x zoom, and autonomous deployment that reaches 911 scenes in under 70 seconds.
Photo source:
Brincdrones
What Happens in the Minutes Before Help Arrives
The average police response time to a 911 call
in the United States is between seven and eleven minutes. In those minutes, a
situation can escalate, a victim can deteriorate, and officers arriving with no
prior information walk into whatever they find. Guardian was built to change
what those first minutes look like. Rather than sending officers in blind,
Guardian launches autonomously the moment a call comes in, arrives on scene in
under 70 seconds on average, and begins streaming live video before a single
human responder has left the station. By the time officers arrive, they already
know what they are walking into.
BRINC's Guardian is the next generation of
Drone as First Responder, redefining what automated public safety solutions can
do. It is not a camera strapped to a drone. It is a complete airborne response
system with unmatched imaging, the ability to fly farther, faster, and longer
than anything else in its class, and a level of autonomous operation that
allows it to run 24 hours a day, seven days a week, 365 days a year without
requiring an operator to be standing by.
How Guardian Sees What No Ground Team Can
The imaging system aboard Guardian is the
clearest argument for why this platform exists in a category of its own. Dual
4K visual sensors deliver 640x total zoom with 40x lossless optical
magnification, capable of reading a license plate from over 1,000 feet in the
air. That capability means Guardian can hover at a safe, unobtrusive altitude
and still identify faces, read signage, track fleeing vehicles, and document a
scene in detail sharp enough to hold up as evidence.
Alongside the visual system sit dual 1280-pixel
HD thermal imagers, the first optical zoom thermal cameras ever placed on a
drone as a first responder platform, offering 64x total zoom and 4x optical
magnification. That combination of visual and thermal at this resolution means
Guardian operates with equal capability in full daylight and complete darkness,
in smoke, in fog, and in the low-light conditions that surround most nighttime
incidents. A built-in laser rangefinder with a range exceeding 4,900 feet allows
operators to pinpoint GPS coordinates of objects far below and share them
instantly with ground teams, eliminating the back-and-forth of trying to
verbally direct officers to a precise location across complex terrain.
How Guardian Stays Connected When Everything Else Fails
Most drones lose connection the moment they fly
beyond a local radio range or enter a dead zone. Guardian is the first drone to
solve that problem with triple-redundant communications that run simultaneously
rather than switching between them as backups. In urban environments, Dual SIM
5G provides high-bandwidth connectivity. In suburban areas, mesh radios extend
coverage beyond traditional cellular reach. In rural environments with no
infrastructure at all, integrated Starlink satellite connectivity means that if
someone is on Earth, Guardian can reach them. All three systems run in
parallel, not sequentially, so there is no drop in connection quality as the
drone moves between coverage zones.
That connectivity underpins a platform
capability that changes what emergency response actually means. Guardian covers
200 square miles from a single station, stays on scene for 62 minutes per
flight, reaches 60 miles per hour in pursuit, and carries a 10-pound payload
capacity that allows it to deliver AEDs, Narcan, trauma kits, EpiPens,
flotation devices, radios, and survival packs directly to people who need them
before any ground unit can get there. In addition, an integrated 130-decibel
siren, three times louder than a police vehicle siren, allows Guardian to
command attention and direct people on scene while officers are still en route.
Furthermore, a two-way loudspeaker turns the drone into a flying communication
tool, allowing dispatchers to speak directly with individuals on scene,
de-escalate confrontations, and gather information in real time.
How the Guardian Station Makes True 24/7 Operations Possible
A drone this capable is only useful if it is
always ready, and that is what the Guardian Station solves. The station handles
robotic battery swapping and robotic payload loading autonomously, meaning
Guardian can return, recharge, reload, and redeploy without any human
intervention between flights. Up to 20 different payloads can be stored in a
climate-controlled carousel inside the station, selectable remotely before each
launch based on what the incoming call requires. That payload flexibility means
the same drone that delivers a defibrillator to a cardiac arrest in one call
can carry a trauma kit to a shooting scene in the next, all without anyone
physically touching the aircraft.
The numbers behind what this system produces
are already measurable in the agencies using it. Across over 900 public safety
agencies in all 50 states running BRINC platforms, one in three calls for
service is now cleared solely with drone information, without dispatching a
physical unit at all. Human response times are 54% faster on the calls that do
require officers, because those officers arrive knowing exactly what they face.
Guardian covers seven times more area and stays on scene four times longer than
traditional response systems, and with Kevlar-reinforced design, a molded
magnesium fuselage, carbon fiber arms, IP55 weather resistance, and integrated
automotive-grade radar obstacle avoidance that works in fog, rain, and dust, it
does all of this in the conditions where emergencies actually happen rather
than the conditions that drone demos are designed for.
You have exceeded your free limits for viewing our premium content
Please subscribe to have unlimited access to our innovations.
Get The Latest In Innovation
Join Our Newsletter
Where bold ideas find bold readers.
