Profile5 November 2026

NordSpace is helping launch Canada’s commercial space industry

Founded by a U of T alumnus, NordSpace is building rockets, satellites and a spaceport to give Canada its own path to orbit

NordSpace’s Taiga rocket upright on its launch stand under a blue sky, with crew in hard hats and high-visibility vests working around it.

Credit: NordSpace

Canada is known for its contributions to space technology and innovation, but access to orbit has typically relied on launch infrastructure beyond its borders. U of T startup NordSpace is part of a growing effort to build more of that capability at home.

Founded in 2022 by Rahul Goel, a U of T Engineering alumnus and PhD candidate at U of T’s Institute for Aerospace Studies, NordSpace is developing launch vehicles, satellites and supporting infrastructure with the goal of creating a Canadian path to space. Goel’s early venture development was supported by the Entrepreneurship Hatchery, U of T Engineering’s startup incubator. In fact, revenue generated from previous businesses created at U of T helped seed early activity in NordSpace prior to any venture capital that was raised.

As space becomes increasingly important to both economic competitiveness and national security, satellites support critical functions including communications, navigation, Earth observation and surveillance, while launch stations provide the space infrastructure. Governments around the world are placing greater emphasis on sovereign access to space, making domestic expertise a national strategic priority.

To build Canadian launch capability, NordSpace is developing both suborbital and orbital vehicles. These include Taiga, a rocket used to test technologies, and Tundra, a launch vehicle designed to carry small satellites into orbit.

A rendering of a white Tundra rocket stage with a Canadian flag on its side, high above Earth.
A rendering of Tundra, NordSpace’s orbital launch vehicle. Credit: NordSpace

NordSpace is already meeting major milestones to support future Canadian space missions. In 2026, those efforts received a significant boost when the company was awarded a $8.3 million Phase 1 grant from the Department of National Defence to support development of Tundra and associated technologies.

The company is also investing in the infrastructure needed to support future launch operations. In 2026, the Atlantic Canada Opportunities Agency announced federal support for a $10 million investment to advance NordSpace’s Atlantic Spaceport Complex (ASX) in St. Lawrence, Newfoundland and Labrador. This investment will help accelerate construction of a commercial launch facility that could eventually support Canadian orbital missions.

Three people talk in a workshop in front of a Canadian flag and a NordSpace banner, with a black rocket marked with a Canadian flag on stands in the foreground.
NordSpace CEO Rahul Goel discussing the Space Launch Program with Brigadier General Chris Horner, Commander of the 3 Canadian Space Division (3CSD). Credit: NordSpace

While launch capability remains the company’s long-term goal, NordSpace has already been successful operating in space. In 2026, the company successfully deployed its Terra Nova satellite, becoming the first Canadian launch company to operate its own hardware in orbit. The satellite completed its early mission objectives and established communications with ground systems, validating technologies that support both its spacecraft and launch programs.

The company is among a growing number of U of T-affiliated ventures translating advanced research and technical expertise into commercial technologies and has emerged as one of Canada’s most ambitious space ventures.

As it continues to advance its launch and satellite programs, NordSpace is helping position Canada for a larger role in the future of space technology and innovation.

In the news
Profile
A man smiles as he adjusts a compact optical telescope on a tripod mount, set up on a table beside its open carrying case.

TightBeam Photonics is advancing secure satellite communications

U of T startup TightBeam Photonics is building smaller, less expensive ground stations that bring satellite data down to Earth by laser.
Profile
Kepler satellites wrapped in gold foil on rows of test stands in a cleanroom, with technicians in purple gowns at work around them, under a sign reading “Kepler”.

Kepler Communications is building the future of space-based data networks

Founded by U of T graduate students, Kepler Communications is building a network that lets satellites exchange data directly in orbit.
Feature
U of T Entrepreneurship staff in University of Toronto T-shirts talk with visitors at the University’s booth at the Collision conference in 2023, under a banner reading “#1 University in Canada for research-based startups”.

Built in Canada, for Canada

How U of T startups are strengthening the country’s sovereignty and resilience.
All articles