WEBINAR
Optical Payloads for small satellite constellations: Adressing the evolving Earth Observation market
As the demand for Earth observation imaging accelerates across both commercial and governmental space programs, the need for reliable, compact, and high-performance optical payloads has never been more critical.
Whether deployed on a single small satellite or across a full constellation, these missions require low‑SWaP systems that deliver high image quality.
In this webinar, Bertin Winlight will showcase their Earth Observation solutions specifically designed for integration into small satellite platforms and enabling high-resolution and multispectral imaging from orbit.
Key topics covered:
- The growing role of small satellite constellations in Earth observation missions
- How Bertin's SPEO optical payloads and CamSight EO space cameras address the evolving Earth observation market
- A deep dive into SPEO MR & HR and CamSight EO VNIR & SWIR specifications
- Q&A with Bertin Technologies’ Business Line Space and NewSpace director
This session is designed for space industry professionals, satellite manufacturers, system integrators, and institutional decision-makers seeking to optimize their Earth observation missions with reliable European optical payloads.
Speakers
Amandine Lozano
New Space Market Development Manager
Amandine Lozano is a New Space Market Development Manager at Bertin Technologies, with strong expertise in the defense and space sectors. With nearly four years at Bertin Technologies, she has developed a deep understanding of the market and leads the development of NewSpace activities, particularly in space payloads for Earth observation.
Eric Prieto
Space and New Space Business Line Director
Eric Prieto is Space and New Space Business Line Director at Bertin Technologies, where he drives the strategic development and growth of the company’s space activities. With a solid technical background and a deep understanding of market dynamics, Eric combines engineering expertise and strategic vision.
