The convergence of satellite communications with 5G networks is accelerating, launching a new space race to provide broadband backhaul from orbit. In the period 2024–2031, companies are investing billions of dollars into constellations of Low Earth Orbit, Medium Earth Orbit, and Geostationary Orbit satellites to extend 5G coverage to every corner of the globe. This report explores the deployment economics of these space-based 5G backhaul systems – from massive up-front capital expenditures to ongoing operational costs – and examines the business models aiming to monetize these networks over time. We also analyze global market demand, the evolving regulatory environment, and how satellite backhaul stacks up against terrestrial alternatives like fiber and microwave links. Key use cases such as rural connectivity, disaster recovery, defense communications, Internet of Things, and maritime/aviation broadband are driving adoption and shaping requirements. Finally, we profile the competitive landscape of leading players – including SpaceX Starlink, OneWeb, Amazon’s Project Kuiper, SES, and Telesat – and highlight technological innovations that are rapidly reducing the cost per Mbps, while improving latency and reliability. The stage is set for a billion-dollar race to orbit 5G, as satellite backhaul moves from niche solution to an integral part of 5G infrastructure by