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Overwatch Imaging, Wide-area search, Wide-area imaging, Wide area motion imagery, Sensor enhanced fire recon, Sensor enhanced, Airborne ISS, Airborne imaging, Airborne imaging, Multispectral payload, Aerial mapping , Multispectral imaging, Multispectral mapping , Fire mapping, Wildfire mapping, Fire terrain mapping, NIROPS, Integration , Autonomous image processing, Aerial ISR, Airborne search and rescue, Maritime search and rescue, Maritime ISR, Coastal surveillance system, Vision systems, Remote sensing, edge computing, AI enabled, Artificial intelligence, Geospatial, Cross-cueing, Wide area scanning, Situational awareness, Computer vision, Dual-asix, NADIR, Step-stare , Payload , Smart sensor, Cursor on target, Collaborative AI, Distributed Sensing, Agile combat deployment, Personnel recovery Sensor-to-sensor, Unmanned aircraft, Uncrewed systems, UAV, UAS , Disaster response, Unmanned systems, Infrastructure inspection, Linear asset inspection , Combat search and rescue.

TK SERIES
SMART SENSORS

NADIR oriented sensor payloads optimized for high-resolution, wide-area mapping and ISR

TK-Series smart sensors are intelligence workhorses packed with cutting-edge remote sensing and edge computing technology. Powered by sophisticated AI and machine learning routines, TK systems are developed for a wide range of missions and applications. TK systems are optimized for high-resolution imagery that can be viewed in real-time, processed and delivered quickly, or archived for post processing.

  • Automated step-stare imaging provides high-resolution multispectral data

  • Real-time onboard processing

  • Powerful suite of AI modules available

  • Custom integration support

  • Edge processing and computing 

TK-7

Overwatch Imaging, Wide-area search, Wide-area imaging, Wide area motion imagery, Sensor enhanced fire recon, Sensor enhanced, Airborne ISS, Airborne imaging, Airborne imaging, Multispectral payload, Aerial mapping , Multispectral imaging, Multispectral mapping , Fire mapping, Wildfire mapping, Fire terrain mapping, NIROPS, Integration , Autonomous image processing, Aerial ISR, Airborne search and rescue, Maritime search and rescue, Maritime ISR, Coastal surveillance system, Vision systems, Remote sensing, edge computing, AI enabled, Artificial intelligence, Geospatial, Cross-cueing, Wide area scanning, Situational awareness, Computer vision, Dual-asix, NADIR, Step-stare , Payload , Smart sensor, Cursor on target, Collaborative AI, Distributed Sensing, Agile combat deployment, Personnel recovery Sensor-to-sensor, Unmanned aircraft, Uncrewed systems, UAV, UAS , Disaster response, Unmanned systems, Infrastructure inspection, Linear asset inspection , Combat search and rescue.

The lowest SWaP of the TK series, the TK-7 is optimized for low to mid altitude mapping and ISR applicaitons. Wide and narrow lens configurations are available to match mission objectives.  

Size: 28 x 28 x 20 cm

Weight: 5 kg

Avg. Power: 50w

Cameras: RGB, NIR, LWIR

TK-8

Overwatch Imaging, Wide-area search, Wide-area imaging, Wide area motion imagery, Sensor enhanced fire recon, Sensor enhanced, Airborne ISS, Airborne imaging, Airborne imaging, Multispectral payload, Aerial mapping , Multispectral imaging, Multispectral mapping , Fire mapping, Wildfire mapping, Fire terrain mapping, NIROPS, Integration , Autonomous image processing, Aerial ISR, Airborne search and rescue, Maritime search and rescue, Maritime ISR, Coastal surveillance system, Vision systems, Remote sensing, edge computing, AI enabled, Artificial intelligence, Geospatial, Cross-cueing, Wide area scanning, Situational awareness, Computer vision, Dual-asix, NADIR, Step-stare , Payload , Smart sensor, Cursor on target, Collaborative AI, Distributed Sensing, Agile combat deployment, Personnel recovery Sensor-to-sensor, Unmanned aircraft, Uncrewed systems, UAV, UAS , Disaster response, Unmanned systems, Infrastructure inspection, Linear asset inspection , Combat search and rescue.

With a  360° roll, the TK-8 offers the widest imaging swath of the TK series. It's suitable for low to high altitude operations and is equipped with a full range of spectral band imagers. 

Size: 49 x 17 x 19 cm

Weight: 11 kg

Avg. Power: 140w

Cameras: RGB, NIR, LWIR, MWIR, SWIR

TK-9

Overwatch Imaging, Wide-area search, Wide-area imaging, Wide area motion imagery, Sensor enhanced fire recon, Sensor enhanced, Airborne ISS, Airborne imaging, Airborne imaging, Multispectral payload, Aerial mapping , Multispectral imaging, Multispectral mapping , Fire mapping, Wildfire mapping, Fire terrain mapping, NIROPS, Integration , Autonomous image processing, Aerial ISR, Airborne search and rescue, Maritime search and rescue, Maritime ISR, Coastal surveillance system, Vision systems, Remote sensing, edge computing, AI enabled, Artificial intelligence, Geospatial, Cross-cueing, Wide area scanning, Situational awareness, Computer vision, Dual-asix, NADIR, Step-stare , Payload , Smart sensor, Cursor on target, Collaborative AI, Distributed Sensing, Agile combat deployment, Personnel recovery Sensor-to-sensor, Unmanned aircraft, Uncrewed systems, UAV, UAS , Disaster response, Unmanned systems, Infrastructure inspection, Linear asset inspection , Combat search and rescue.

Built for the fastest and highest altitude operation, the TK-9 is an enclosed payload that integrates into the airframe and incorporates a full range of spectral band imagers. 

Size: Depends on form factor

Weight: ~ 27 kg

Avg. Power: 140 w

Cameras: RGB, NIR, LWIR, MWIR, SWIR

Overwatch Imaging, Wide-area search, Wide-area imaging, Wide area motion imagery, Sensor enhanced fire recon, Sensor enhanced, Airborne ISS, Airborne imaging, Airborne imaging, Multispectral payload, Aerial mapping , Multispectral imaging, Multispectral mapping , Fire mapping, Wildfire mapping, Fire terrain mapping, NIROPS, Integration , Autonomous image processing, Aerial ISR, Airborne search and rescue, Maritime search and rescue, Maritime ISR, Coastal surveillance system, Vision systems, Remote sensing, edge computing, AI enabled, Artificial intelligence, Geospatial, Cross-cueing, Wide area scanning, Situational awareness, Computer vision, Dual-asix, NADIR, Step-stare , Payload , Smart sensor, Cursor on target, Collaborative AI, Distributed Sensing, Agile combat deployment, Personnel recovery Sensor-to-sensor, Unmanned aircraft, Uncrewed systems, UAV, UAS , Disaster response, Unmanned systems, Infrastructure inspection, Linear asset inspection , Combat search and rescue.

Powerful onboard processing delivers critical data, FAST

Overwatch Imaging's powerful processing architecture and AI functionality analyze full resolution imagery on the edge, in real-time. This allows for immediate interpretation and interaction with image data, checks of coverage and quality while the aircraft is still in the area of interest, and data delivery during flights, or quickly afterwards.

 

Our systems only transmit the data required or desired by real-time operators, allowing timely intelligence even in areas with poor or no communications infrastructure. This means reporting points of interest in map-format KML orshapefile, cross-cueing other sensors for additional inspection, providing image chips or full-resolution raw images for in-flight download, and generating synthetic false-colored images in real time to highlight interesting content.

Overwatch Imaging, Wide-area search, Wide-area imaging, Wide area motion imagery, Sensor enhanced fire recon, Sensor enhanced, Airborne ISS, Airborne imaging, Airborne imaging, Multispectral payload, Aerial mapping , Multispectral imaging, Multispectral mapping , Fire mapping, Wildfire mapping, Fire terrain mapping, NIROPS, Integration , Autonomous image processing, Aerial ISR, Airborne search and rescue, Maritime search and rescue, Maritime ISR, Coastal surveillance system, Vision systems, Remote sensing, edge computing, AI enabled, Artificial intelligence, Geospatial, Cross-cueing, Wide area scanning, Situational awareness, Computer vision, Dual-asix, NADIR, Step-stare , Payload , Smart sensor, Cursor on target, Collaborative AI, Distributed Sensing, Agile combat deployment, Personnel recovery Sensor-to-sensor, Unmanned aircraft, Uncrewed systems, UAV, UAS , Disaster response, Unmanned systems, Infrastructure inspection, Linear asset inspection , Combat search and rescue.

Automation and AI 

All TK series payloads are equipped with automated imaging software that enables sensor operation, automated step-stare imaging and a wide range of processing capabilities. Additional AI modules are also available, to help achieve more specific mission objectives. 

AI feature examples

  • Automated fire mapping,

  • Perimeter and hotspot highlighting

  • Oil spill mapping

  • Automated object detection 

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  • Flight Planner

  • Scene Change Detection 

  • Heavy Machine Finder

  • NDVI mapping

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