Pictured: Dennis Saunders, Managing Director of Rapid Vision
Systems
Rapid Vision Systems, a leading developer of redeployable CCTV
solutions, has announced the immediate availability of NOMAD, a new
camera that features the latest Wi-Fi and 3G video transmission
technologies. NOMAD can be deployed in less than five minutes to
provide an immediate and cost effective deterrent in a wide range
of applications including street crime, theft, graffiti,
fly-tipping, crowd control and antisocial behaviour.
NOMAD delivers high quality video evidence around the clock and
is equipped with the latest noise reduction circuitry that delivers
enhanced night vision. It can be remotely controlled with
full pan, tilt and zoom using Wi-Fi or 3G wireless connections. The
Wi-Fi link also enables the high speed download of video images
from the built-in DVR which stores up to two months of unattended
recordings on a 500GB SATA drive. Considerable time savings can be
achieved compared to competitive systems as up to one hour of video
evidence can be downloaded in as little as 10 minutes.
The new camera also has a wireless remote sentry option that
extends coverage to wider geographical area or enables different
views of the target to be monitored. Up to three remote sentry
cameras, mounted on walls or lamp columns at distances of up to 200
metres, can transmit video back to a single NOMAD camera in
real-time with full PTZ control. In addition, an optional sentry
camera can be installed on the main NOMAD camera housing to view
the area directly below and provide video evidence of intruders
attempting to disable the camera. Rapid Vision Systems also offers
a range of covert sentry cameras for use when a more discreet
deployment is required.
According to Dennis Saunders, Managing Director of Rapid Vision
Systems: "We have designed NOMAD to be easy to operate, even for
personnel with no previous experience of CCTV. This powerful new
camera will have a significant impact in helping to reduce crime in
a wide range of covert and overt operations."