Univity Secures $32M Series A to Build Europe’s Largest VLEO Satellite Constellation

Univity has raised €27 million ($32 million) in Series A funding, bringing its total secured capital to €68 million. This funding supports its goal to launch up to 3,400 satellites, aiming to become Europe's largest very low Earth orbit (VLEO) satellite operator.

The satellite communications sector experiences rapid expansion, driven by demand for global connectivity. Companies are deploying large constellations of satellites to provide internet and mobile services from orbit. This intensified competition prompts new approaches to satellite production and service delivery.

Univity secured €27 million, approximately $32 million, in its Series A funding round. This latest injection boosts the company's total secured funding to €68 million. The capital includes a €31 million contract awarded by the French space agency. Univity plans to deploy up to 3,400 satellites into very low Earth orbit, specifically at an altitude of about 375 kilometers. This strategy positions Univity to become Europe's largest satellite operator by constellation size.

Univity's strategy differs from consumer-focused providers like Starlink and Amazon. It targets telecommunications operators, offering shared infrastructure for space-based internet and mobile services. The company's CEO, Charles Delfieux, identifies mass production and recurring pricing as critical battlegrounds in the current satellite communications landscape. Building satellites near Toulouse, France, aims to control production costs and enhance competitiveness. This internal manufacturing approach supports the goal of providing highly competitive services to clients. The use of very low Earth orbit offers benefits such as reduced latency and lower power requirements for user terminals. Univity has already signed 16 agreements with operators across four continents, indicating a market for its B2B model.

Monitoring Univity’s initial satellite launches and its progress towards large-scale deployment from 2028 will show its execution capability. The company’s ability to secure infrastructure financing for its thousands of planned satellites will also be key.