Univity Secures $32M Series A to Launch Two 5G VLEO Demonstrators Ahead of 1,600-Satellite Constellation

Univity secured $32 million in Series A funding to deploy two 5G Very Low Earth Orbit (VLEO) demonstrators next year. This initiative precedes plans for a 1,600-satellite constellation designed to expand 5G cellular coverage from space.

French startup Univity recently completed a $32 million Series A funding round. This capital infusion directly supports the launch of two advanced 5G demonstrator satellites into Very Low Earth Orbit (VLEO) by the coming year. VLEO refers to altitudes below 450 kilometers, where satellites experience less signal delay and can be smaller, offering potential efficiency advantages compared to higher orbits.

These two prototypes are designed to validate critical technologies for space-based 5G. They serve as a foundational step for Univity’s broader objective: establishing a constellation of at least 1,600 satellites. This extensive network aims to provide widespread 5G coverage from orbit, augmenting existing terrestrial cellular networks and extending service to new areas.

Bpifrance, a key French investment firm, highlighted the strategic importance of this funding. The investment directly addresses national and European sovereignty challenges in connectivity. This means ensuring independent and resilient communication infrastructure, a core focus of Bpifrance's investment thesis. The goal is to reduce reliance on non-European systems for critical connectivity needs.

Univity confirms that these VLEO prototypes are largely representative of the satellites intended for mass production. The company anticipates commencing the mass manufacturing of operational satellites starting in 2028, indicating a planned industrial scale-up. Each prototype weighs 350 kilograms and will test a hybrid payload designed for both broadband and direct-to-device services.

The successful deployment and thorough testing of these initial demonstrators are crucial. Their performance will directly influence the final design, operational capabilities, and reliability of the subsequent 1,600-satellite constellation. This phased approach allows Univity to refine its technology based on real-world orbital data before full-scale deployment.

The launch of these demonstrators marks a tangible step in Univity's mission to offer satellite-based 5G services. The coming months will reveal how effectively these VLEO prototypes integrate with terrestrial networks and perform in orbit. Industry observers will now monitor Univity’s progress towards its full constellation deployment and its potential to reshape global 5G access.