Designed for demanding space missions, we offer a portfolio of compact, radiation-tolerant and flight-proven camera solutions, ranging from ultra-miniaturized sensor modules with resolutions from 4 MP up to 12 MP, including SWIR options, to complete wide-angle imaging systems.
As an authorized partner, Expando supplies 3D PLUS cameras to Nordic space programs, supporting engineering, integration, and long-term availability.
Resolution: 4096 × 3000 Global-Shutter visible CMOS (12 MP)
Video Output: Up to 68 fps
Dimensions: 40 × 40 × 39 mm³, 120 g
Connectivity: 77-pins PGA interface.
22 LVDS pairs + JTAG + 5 V
Environment & Radiation: Operating temperature –55 °C to +70 °C; radiation: TID > 40 krad (Si), SEL LET > 60 MeV·cm²/mg
Resolution: 8 Megapixel visible CMOS
Video Output: 4 K at 30 fps / Full HD 60 fps / HD 120 fps
Field of View: 80° or 50° horisontal FoV
Dimensions: 35 × 35 × 43 mm, 70 g
Connectivity: Gigabit Ethernet or SpaceWire.
5 V power supply
Environment & Radiation: Operating temperature –55 °C to +85 °C; suitable for LEO (10 yr) / GEO (15 yr) missions
Resolution: 2048 × 2048 Visible CMOS (4 MP) Mono/RGB
Video Output: Up to ~5 fps in burst, ~2 fps continuous (via SpaceWire); depends on lens/optics
Field of View: Up to 80° horistontal
and vertical FoV
Dimensions:~86 × 72 × 69 mm (depending on lens assembly), < 400 g
Connectivity: SpaceWire interface; 4.5–9 V power supply
Environment & Radiation: Operating temperature –40 °C to +55 °C
TID > 30 krad, SEL LET > 60 MeV·cm²/mg based on Caspex 4MP camera
The space cameras deliver reliable imaging in harsh environments, combining radiation-tolerant architecture, advanced CMOS sensors, and compact mechanical design. Produced for spacecraft monitoring, science payloads, navigation, and robotic operations, these camera solutions support both instrument-level integration and stand-alone imaging requirements.
Expando provides the full range of 3D PLUS imaging solutions.
Each is optimized for long-term missions with stable supply, thorough testing, and proven use in flight environments.
