TelePIX and Bellatrix Aerospace plan VLEO satellite mission for 2028

By AI, Created 1:56 PM UTC, May 29, 2026, /AGP/ – TelePIX and Bellatrix Aerospace signed an MOU to co-develop a Very Low Earth Orbit Earth-observation satellite that pairs TelePIX’s Chouette optical payload with Bellatrix’s Air-Breathing Electric Propulsion platform. The companies are targeting a 2028 demonstration launch and future commercial constellation opportunities if the mission validates in orbit.

Why it matters: - The partnership is aimed at proving a satellite class that can operate in Very Low Earth Orbit, where closer altitude can deliver sharper Earth-imaging data. - A successful mission could open new commercial uses in defense, disaster response and environmental monitoring. - The collaboration also tests whether Air-Breathing Electric Propulsion can help satellites survive the atmospheric drag that makes VLEO missions difficult.

What happened: - TelePIX announced on May 28 that it signed a memorandum of understanding with Bellatrix Aerospace for a VLEO satellite mission. - The MOU signing ceremony took place on May 27 at SpaceLab, TelePIX’s payload development facility in Daejeon, South Korea. - TelePIX CEO Seongick Cho, Vice President Seonghui Kim, Bellatrix Aerospace CEO Rohan M. Ganapathy, COO Yashas Karanam and Vice President Amrut Yalagi attended.

The details: - TelePIX and Bellatrix will co-develop a VLEO Earth-observation satellite around TelePIX’s high-resolution wide-swath optical payload, Chouette. - Bellatrix will provide the satellite bus, including propulsion, power, thermal control and attitude control systems. - TelePIX will supply the optical payload and support systems integration. - The satellite is designed for Very Low Earth Orbit, about 150–250 km above Earth. - TelePIX says Chouette is being designed with a form factor optimized for VLEO environments. - Chouette’s imaging system has more than twice the observation width of comparable satellites currently on the market, according to TelePIX. - TelePIX’s AI-based image processing technology is intended to support defense, disaster response and environmental monitoring uses. - The companies are targeting a technology demonstration launch and mission start in 2028. - The two sides also plan to cooperate on launch operations, early orbit operations and overall mission management. - Both companies want to evaluate future constellation deployments and expanded commercial VLEO missions after in-orbit validation.

Between the lines: - VLEO can improve image resolution, but it comes with more drag than conventional low Earth orbit missions, so propulsion performance becomes a central technical constraint. - The deal extends TelePIX’s optical payload work beyond traditional low Earth orbit applications and into a harder orbital regime. - Bellatrix is positioning ABEP as part of the enabling technology for larger, commercially viable VLEO constellations, not just one-off demos. - TelePIX also sees the partnership as a way to deepen ties with India’s NewSpace ecosystem and expand overseas market reach. - TelePIX and Bellatrix both framed the mission as a steppingstone toward broader global market expansion.

What’s next: - The companies will move into payload and satellite system development ahead of the 2028 launch target. - Mission work will include launch planning, early orbit operations and system-level integration. - If the demonstration succeeds, TelePIX and Bellatrix plan to assess constellation-scale deployments and commercial follow-on missions. - More information is available in Bellatrix Aerospace’s announcement.

The bottom line: - TelePIX and Bellatrix are betting that a VLEO mission can combine sharper imaging with new propulsion tech to create a future commercial satellite platform.