Telesat's Ground Game: New Stations to Power Global Satellite Network

OTTAWA, Ontario – March 10, 2026 – Canadian satellite operator Telesat has taken a major terrestrial step for its ambitious space-based internet project, announcing the acquisition of new sites in Quebec and Saskatchewan that will serve as critical ground infrastructure for its Telesat Lightspeed Low Earth Orbit (LEO) network.

The company has acquired land in Papineauville, Quebec, and Estevan, Saskatchewan, while also leasing a site in Shaunavon, Saskatchewan. These locations will host sophisticated landing stations, or gateways, designed to connect the constellation of 198 satellites orbiting the Earth with terrestrial fibre optic networks. This development marks a pivotal moment in the rollout of what has been dubbed the largest space program in Canada's history, moving the project closer to its goal of providing high-speed, fibre-like internet connectivity across the globe.

A Terrestrial Foundation for a Celestial Network

While LEO constellations operate hundreds of kilometres above the Earth, their performance relies heavily on a robust network of ground stations. These facilities act as traffic hubs, routing massive amounts of data from the satellites to the internet backbone and back again. The strategic placement of these gateways in geographically diverse locations is crucial for ensuring network resilience, minimizing data travel time (latency), and maximizing performance.

“Telesat is rapidly advancing the global buildout of the terrestrial infrastructure that will be fully integrated with our LEO satellites, and these Quebec and Saskatchewan sites are playing pivotal roles in that progress,” said Asit Tandon, Telesat’s Chief Network and Information Officer. “These strategically located facilities strengthen connectivity across Canada and contribute to the worldwide terrestrial foundation we are establishing ahead of our first satellite launch in December.”

Site preparation is already underway, with the Papineauville station expected to be operational in the third quarter of 2026. The two Saskatchewan sites are slated for completion by the end of the year, aligning with the project's aggressive deployment schedule.

Bridging Canada's Digital Divide

The Telesat Lightspeed network is positioned as more than a commercial enterprise; it is a cornerstone of Canada's national strategy to eliminate the digital divide. With substantial government backing, including a $2.14 billion federal loan and a $400 million loan from the province of Quebec, the project is tasked with delivering high-speed internet to the country's most underserved populations.

An estimated 40,000 households in remote, rural, and northern regions stand to gain access to reliable broadband and LTE/5G services. A key feature of the Lightspeed constellation is its enhanced coverage over higher latitudes, a traditional blind spot for many satellite systems. This makes it uniquely suited to serve Canada's vast Arctic and northern territories, enabling sovereign digital services and reinforcing connectivity for Indigenous communities, mining operations, and national security.

Telesat has committed to making satellite capacity available to Internet Service Providers (ISPs) in these regions at reduced, fixed prices, a move intended to ensure the benefits of this advanced technology are passed on to end-users and foster economic development.

The High-Stakes Race in Low Earth Orbit

Telesat is entering a competitive field dominated by names like SpaceX's Starlink and with Amazon's Project Kuiper on the horizon. However, Lightspeed is differentiating itself by focusing on the high-margin enterprise and government markets rather than a direct-to-consumer model. Its target clients are telecommunications companies needing backhaul for their mobile networks, governments requiring secure communications, and the maritime and aeronautical industries demanding high-capacity connectivity.

Technologically, the network is designed for enterprise-grade performance. Its satellites will be interconnected by optical laser links, forming a highly resilient mesh network in space that can route data at the speed of light, independent of ground stations for long-haul traffic. This architecture, combined with dynamic beam-forming technology, will allow Telesat to offer guaranteed service levels and speeds up to 7.5 Gbps to a single terminal, aiming to deliver a user experience equivalent to terrestrial fibre.

Local Investment, Global Impact

The construction of the landing stations is just one piece of a much larger economic puzzle benefiting the Canadian economy. The Lightspeed program is projected to generate over $4.4 billion in economic activity in Canada over the next 15 years and create thousands of skilled jobs.

Quebec, in particular, is emerging as a central hub for the project. In addition to the Papineauville landing station, prime contractor MDA Space is constructing a state-of-the-art, high-volume satellite manufacturing facility in the province. This factory will produce the 198 satellites for the initial constellation, creating nearly 1,000 jobs in Quebec and solidifying its status as a leader in the global aerospace industry. The economic ripple effect will also be felt in the Saskatchewan communities of Estevan and Shaunavon, which will see direct investment and become key nodes in a global communications network.

Navigating Challenges to Launch

The path to deploying a complex LEO constellation is fraught with challenges. The Lightspeed project has previously navigated delays related to pandemic-era supply chain disruptions and a change in its primary satellite manufacturer. However, the project now appears to be on a firm footing.

With MDA Space as the prime contractor and a 14-launch agreement secured with SpaceX, the hardware is taking shape. The first satellites are scheduled to launch in December 2026, with the start of commercial services anticipated for late 2027. A crucial milestone was passed in December 2024 with the successful completion of the spacecraft's Preliminary Design Review (PDR), a rigorous technical audit that confirmed the satellite design is mature and meets all performance requirements. With the PDR complete, the program is now confidently transitioning into the detailed engineering and manufacturing phase, turning the ambitious blueprints of Telesat Lightspeed into a tangible reality in orbit.