Other
eOpic-6
Specifications
- Fov (deg)
- ISTAR 43.5° – 2.3° / ISR 55.6° – 1.59°
- Dri human km
- 26 / 15 / 8.5
- Lwir fov (deg)
- 30°-6
- Swir fov (deg)
- 4.1
- Digital zoom
- 4
- Optical zoom
- 36
- Video stream
- MPEG-TS
- Dri vehicle km
- 32.5 / 23.5 / 16.9
- Frame rate fps
- 30
- Laser power mj
- 50
- Resolution px
- 1920x1080
- Video encoding
- MPEG4 AVC H.264 / H.265
- Lwir dri human km
- 26 / 15 / 8.5
- Swir dri human km
- 11.5 / 5 / 2.5
- Lwir digital zoom
- 8
- Lwir optical zoom
- 5
- Payload size (inch)
- 6
- Lwir dri vehicle km
- 32.5 / 23.5 / 16.9
- Lwir resolution px
- 640x512
- Metadata standard
- STANAG 4609 (KLV), CoT
- Swir dri vehicle km
- 19 / 10.7 / 6.7
- Swir resolution px
- 1296x1024
- Laser wavelength nm
- 1064
- Stabilization urad
- 75
- Laser target range km
- vehicle 3 / extended 8
- Laser divergence mrad
- 0.5
- Laser repetition rate pulse s
- 8 – 22
- Laser range finder power class
- Class 1
- Laser range finder wavelength nm
- 1500
- Laser range finder target range km
- vehicle 4 / extended 11
- Laser range finder divergence mrad
- 1.6
Overview
The eOpic-6 is a 6-inch payload family designed for reconnaissance and targeting missions on lightweight unmanned platforms. It offers advanced imaging, onboard video processing, and integrated inertial navigation. Configurations include ISR and ISTAR, with STANAG-compliant laser designation available. Key features include a Full HD TV daylight camera with 36x optical zoom, HD and SD LWIR thermal channel, SWIR see-spot option, and precision stabilization. The system is controlled via Threod's mission software and supports automatic target tracking, georeferenced imagery, and NATO STANAG 4609 compliant video streaming.
Key features
- ▸ISR and ISTAR configurations
- ▸Laser target designator STANAG 3733 compliant
- ▸ITAR free
- ▸Integrated INS
- ▸Continuous zoom LWIR thermal imager
- ▸SWIR see-spot option
- ▸STANAG 4609 compliant video with metadata
- ▸Fully featured mission software with automatic target tracking
- ▸Georeferenced imagery
- ▸Precision stabilization <75 µrad with direct-drive brushless motors