Opterus excels at developing custom deployable space antennas and associate structures that do not clearly fall into existing product categories, such as wide band, spiral, helical, morphing (shape changing), ground planes, shields and arrays. Opterus’ core high strain composite deployable structures technologies, thin film structures expertise, and mechanisms expertise allows for a wide variety of compact deployable antenna structures.
Opterus develops custom linear antennas and their derivatives in monopole, dipole, Yagi, and log-periodic forms. The antennas are based on our boom technologies (slit-tube, living hinge, and CTM) and elements can be made in lengths ranging from less than 1m to over 30m and in self-deploying and motorized deployable/retractable forms. Antenna booms are typically fabricated with non-conductive glass composite materials with conductive elements either embedded or attached to the booms.
Opterus excels at developing custom deployable space antennas and associate structures that do not clearly fall into existing product categories, such as wide band, spiral, helical, morphing (shape changing), ground planes, shields and arrays. Opterus’ core high strain composite deployable structures technologies, thin film structures expertise, and mechanisms expertise allows for a wide variety of compact deployable antenna structures.
Opterus develops custom linear antennas and their derivatives in monopole, dipole, Yagi, and log-periodic forms. The antennas are based on our boom technologies (slit-tube, living hinge, and CTM) and elements can be made in lengths ranging from less than 1m to over 30m and in self-deploying and motorized deployable/retractable forms. Antenna booms are typically fabricated with non-conductive glass composite materials with conductive elements either embedded or attached to the booms.
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