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Kepler Communications partnered with UTIAS Space Flight Laboratory and Sinclair Interplanetary to support its satellite manufacturing strategy.
Other organizations that planned to launch satellites in 2025 but did not include Kepler Communications and the University of Toronto Aerospace Team.
GHGSat selected SFL Missions due to the reliable, precise attitude control and target tracking offered by SFL's satellite designs.
SFL's satellite designs enable accurate sensor pointing, supporting the detection and measurement of emissions from sources as small as 25 square meters on the ground.
GHGSat contracted Space Flight Laboratory for two additional satellites for its greenhouse gas monitoring constellation.
All satellites built for GHGSat by SFL utilize the 15kg NEMO platform.
GHGSat ordered two satellites from Space Flight Laboratory last year.
GHGSat has ordered two satellites from Space Flight Laboratory for its greenhouse gas monitoring constellation.
SFL Missions will have developed a total of eleven satellites for GHGSat.
GHGSat and Space Flight Laboratory have been longtime partners, with Space Flight Laboratory building 11 satellites for GHGSat over the past decade.
GHGSat-C18 and GHGSat-C19 will be built on Space Flight Laboratory’s high-performance 15 kg NEMO satellite platform.
SFL Missions has been contracted by GHGSat to build two additional satellites for its greenhouse gas monitoring constellation.
SFL Missions Inc. was contracted to develop concept designs for the HAWCSat satellite.
Autonomy algorithms developed by researchers at the University of Toronto Institute for Aerospace Studies (UTIAS) could improve cargo transport safety and efficiency on the moon.
SFL Missions will develop the RADiation Impacts on Climate and Atmospheric Loss Satellite (RADICALS) mission led by the University of Alberta.
The satellite for the RADICALS mission will use the SFL DEFIANT bus.
SFL Missions' compact and cost-effective attitude determination systems and formation-flying technology set benchmarks for performance and affordability in the microspace sector.
Clients have the option to return to SFL for new designs or technology updates as part of the Flex Production program.
SFL Missions is supplying upgraded bus-level systems to support HawkEye 360's payload, enabling concurrent data collection and downlink.
The Flex Production program allows clients to initiate development at SFL's Toronto facility and transition to mass production at their own or third-party sites.