BlackSky to Develop Large-Aperture Space Imaging Testbed for US Air Force
The US Air Force Research Laboratory has awarded BlackSky Geospatial Solutions a contract to develop and test a large-aperture optical imaging system for future space-based intelligence missions.
The project orders the assembly of a low-cost, precision optical imaging system prototype, according to a Department of Defense notice.
Components for the equipment should consist of a segmented primary mirror design, precision laser metrology and mirror positioning, and large-format focal plane arrays.
The contract carries a maximum value of $99 million, with $2.1 million in fiscal 2026 research and development funding allotted at the time of the award.
Washington will fund additional work through task orders as the program progresses.
The Virginia-based company will perform associated works in Herndon, with completion expected by March 2032.
The firm will coordinate with the laboratory’s Center for Rapid Innovation at Wright-Patterson Air Force Base in Ohio, which oversees the initiative.
Precision Optical Imaging
Precision optical imaging devices often use multiple mirror panels that work together as a single large mirror.
Once aligned, the segment functions similarly to a much larger telescope while reducing weight and manufacturing constraints.
The approach enhances imaging resolution and zone coverage compared to conventional space-based cameras, enabling satellites to monitor large regions on the ground while detecting smaller objects during wide-area surveillance operations.
‘Highly Disruptive’
Commenting on the award, BlackSky CEO Brian O’Toole said the technology aligns with the company’s long-term satellite development plans.
Among those projects is the AROS multispectral constellation, planned for launch in 2027, which uses artificial intelligence alongside national-level digital mapping, surveillance, and 3D digital twin modeling for improved data collection in orbit.
“For the last two years BlackSky has been developing innovative leap-ahead technologies as part of our long-term constellation roadmap that will advance next generation space-based intelligence solutions,” SpaceNews quoted O’Toole as saying.
“The payload and satellite technology developed under this effort will be highly disruptive compared to traditional Earth observation systems, taking advantage of emerging advancements in segmented optical systems and space-based communications,” he said.
