The Nimbus is a 165 gram SWAP smallest ultra light weight gyro stabilized military EO/IR multi sensor PTZ camera available with both visible and thermal imaging. Its visible/NIR colour sensor has a 6.5X optical zoom and 2X digital zoom for a total zoom power of 13X, while its 640×480 LWIR uncooled thermal camera provides a HVOF of 8~32 degrees with 2X and 4X digital zoom.
The Nimbus boasts incredibly small SWaP (Size Weight and Power) with a total weight of only 165 grams for the complete system, with available options and features such as IP, SD recording, auto-tracking, GPS and gimbal stabilisation.
Designed for UAV/Drone Integration
The Nimbus is designed for easy integration with custom drones and
off-the-shelf consumer UAVs such as the DJI model drones. Its SWaP
optimized design ensures long flight times and the ability to use just
about any drone as its total weight is only 165g.
Our accessories make integration quick and easy. There is an interface
for PC integration with third party software, protocol call converters
adapters that utilize standard radio control formats using the PWM or
SBus interface. This allows you to utilize auto pilot features or manual
control with any aerial system.
›› Video Tracking › Video Compression IP Adapter
›› Shock Mount › Electronic Retractable Mount
›› PWM Adapter › SBus Adapter
Thermal cameras, unlike traditional visible cameras, use heat rather
than light to see an object. Humans, animals, and vehicles are very
hot in contrast to most backgrounds making trespassers hiding in
shadows or bushes easy to spot. Thermal images are also unaffected
by bright light and have the ability to see through atmospheric
obstructions such as smoke, dust, and light fog. Ideal for search and rescue, fire, marine & land
navigation, and wide area situational assessment.
The Nimbus integrates a 17μm uncooled LWIR thermal sensor with
a resolution of 640×480 which operates on 7,000nm–14,000nm
wavelengths where terrestrial temperature targets emit most of their
infrared energy. The sensor detects minute temperatures differences
to create high contrast images, and its no-maintenance uncooled
design has no ITAR restrictions, which means a high ROI and long
lifetime. We pair the uncooled LWIR core with a precision-engineered
19mm germanium lens that offers a 31.8° horizontal field of view,
creating a system that is able to detect vehicles nearly 2km away
and humans at 650m.