Space Launches Surge as Satellite Deployment Accelerates

Rising orbital activity signals faster, cheaper space access enabling global satellite networks for internet, climate monitoring, and resource mapping.

Over three years (2023-2025), Earth-based orbital launches averaged 270 annually—a more than threefold increase from the previous decade. Telesat, a Canadian satellite company, recently booked 11 Falcon 9 launches for its constellation, while Amazon LEO throttled satellite production due to unmet launch commitments from bookings made half a decade earlier. AST SpaceMobile identifies launch availability as its primary constraint for deploying its constellation. Analysys Mason forecasts 37,000 satellites will be needed between 2023 and 2033, and the Commercial Space Federation predicts thousands of annual launches within less than a decade. Caleb Henry, director of research at Quilty Space, notes industry discussion has shifted from market capacity to execution speed for deployment.

This surge in launch volume directly enables the scaling of satellite constellations. Cheaper and faster access allows companies to deploy networks for global internet coverage, climate monitoring, and resource mapping—critical for addressing needs in knowledge, security, and the commons. The trend reduces barriers to building systems that could deliver free, real-time data to underserved regions.

For abundance, this means potential reductions in costs for global connectivity and environmental monitoring. However, deployment speed remains a bottleneck—particularly for companies like AST SpaceMobile—meaning satellite networks won’t become widely available until launch execution accelerates. The source confirms all figures and forecasts reflect metrics available as of August 2026, with Telesat’s bookings made recently but without a specific cutoff date.

Source: HumanProgress