The Next Generation Overhead Persistent Infrared Polar program is projected to launch in 2028.

BAE Systems was selected by Space Systems Command in April 2025 to deliver the FORGE C2 ground system software.

The Next Generation Overhead Persistent Infrared Polar program is intended to improve detection of hypersonic glide vehicles and advanced ballistic missiles.

Northrop Grumman is the prime contractor assembling the strategic sensing payload for the U.S. Space Force’s Next Generation Overhead Persistent Infrared Polar program.

The BAE Systems sensor system controller connects to the space vehicle to ingest operational commands, transmit mission telemetry, manage power conversion, and direct high-accuracy mirror alignment.

The Next Generation Overhead Persistent Infrared Polar initiative shifts the U.S. Space Force away from legacy Space-Based Infrared System Highly Elliptical Orbit hosted payloads.

FORGE C2 is a ground system software frame designed to consolidate telemetry, tracking, and command functions for legacy SBIRS and Next-Gen OPIR assets under a single user interface.

BAE Systems plans to complete and deliver the second flight unit for a secondary polar launch slated for 2030.

The BAE Systems delivery for Next Generation Overhead Persistent Infrared Polar included the sensor subassembly and sensor system controller for Flight Unit 1 mission payload integration.

BAE Systems has begun fabrication on the second flight unit for the NGP mission footprint.

The U.S. Space Force designed the Next Generation Overhead Persistent Infrared Polar program to improve infrared tracking over the northern polar regions and close coverage gaps over vulnerable transit flight paths.

BAE Systems delivered critical flight hardware for the U.S. Space Force’s Next Generation Overhead Persistent Infrared Polar program on May 15, 2026.

The delivered hardware was originally designed for the geosynchronous Earth orbit segment of the Next-Gen OPIR architecture.

The Space Force allowed Northrop Grumman to proceed with missile-warning satellites for Next-Gen Polar Program manufacturing in December 2024.

The Next Generation Overhead Persistent Infrared Polar program is scheduled for a projected 2028 launch timeline.

The WildFireSat project budget and timeline reportedly remain intact despite the reset.

The Canadian Space Agency is moving away from rigidly defined and prolonged mission requirements.

The Canadian Space Agency is considering non-financial partnerships similar to NASA's unfunded Space Act agreements.

The Canadian Space Agency base agency budget has not increased since 1999.

Lisa Campbell is the President of the Canadian Space Agency.

Space procurements are exempt from standard trade agreements in Canada.

The project budget and timeline for WildFireSat reportedly remain intact after the reset.

The Canadian Space Agency issued a new Request for Information to evaluate how domestic industry can support global wildfire monitoring for WildFireSat.

The Canadian Space Agency is looking to implement non-financial partnerships similar to NASA’s unfunded Space Act agreements.

The Canadian Space Agency expects the open WildFireSat process to attract a wider range of competitors.

NASA’s unmanned Space Act agreements allow the government to provide startups with access to agency infrastructure and expert knowledge in lieu of direct financial grants.

The demand for Canadian space robotics is expected to be driven by Canadarm3, the maintenance needs of the International Space Station, and future commercial space stations.

NASA uses unfunded Space Act agreements as a model for non-financial partnerships with startups.

The Canadian Space Agency is shifting away from rigidly defined and prolonged mission requirements.

The Canadian Space Agency is prioritizing speed, iterative development, and a higher tolerance for risk in space procurement.

The Canadian Space Agency is encouraging companies to propose alternative methods for using infrared technology to detect heat and determine peak burn times for WildFireSat.

The Canadian Space Agency issued a new Request for Information for the reset WildFireSat mission.

Lisa Campbell is President of the Canadian Space Agency.

The Canadian Space Agency wants WildFireSat to deploy space-based monitoring capabilities to support wildfire response.

Campbell commended Maritime Launch Services, NordSpace, Canada Rocket Company, and Reaction Dynamics for advancing Canadian launch operations.

The Canadian Space Agency wants companies to propose alternative methods for using infrared technology to detect heat and determine peak burn times for WildFireSat.

The Canadian Space Agency reset the WildFireSat mission after a previously awarded competitive contract was suddenly terminated.

The Canadian Space Agency already has procurement flexibility because space procurements are exempt from standard trade agreements.

The Canadian Space Agency is advancing domestic launch capabilities as an urgent priority.

The Canadian Space Agency is taking a less prescriptive approach to technical requirements for WildFireSat.

Modern missions must factor in responsible de-orbiting to minimize space debris.

The Canadian Space Agency’s base budget has not increased since 1999.

The Canadian Space Agency uses its base budget to operate extended-duration missions.

Spacecraft can be flown for up to 23 years, even though the Canadian Space Agency asks the government for budgets based on three-to-five-year mission durations.

The WildFireSat RFI does not constitute a call for proposals or any contractual commitment.

The Canadian Space Agency expects the WildFireSat competitive process to attract more than the three organizations that had previously bid.

Maritime Launch Services, NordSpace, Canada Rocket Company, and Reaction Dynamics are developing domestic launch operations in Canada.

Under the proposed non-financial partnership model, the Canadian Space Agency would provide companies access to agency infrastructure and expert knowledge rather than direct financial grants.

The WildFireSat mission will use infrared technology to detect heat and determine peak burn times.

Canadian Space Agency President Lisa Campbell spoke at the Space Canada Horizons conference in Longueuil, Quebec on May 20.