On October 8, 2026, the European Space Agency (ESA) reported that LandCam-X had been integrated onto Griffin-1, whose lunar flight was scheduled for later that year. The compact camera payload is intended to capture lunar surface images that can be analyzed alongside the lander’s navigation records.
What LandCam-X is meant to do
LandCam-X is a camera payload developed and built by Belgian company OIP Space Instruments. ESA’s plan calls for it to take high-resolution images as Griffin-1 orbits the Moon and descends toward touchdown, in a sequence expected to span several hours.
The camera’s role is to collect imagery. Griffin’s navigation system is separately meant to record the lander’s position, velocity, attitude—its orientation—and angular rate, or how quickly that orientation changes.
How the images and navigation records could help
ESA plans to combine the two data streams to reconstruct Griffin-1’s landing trajectory and replay the landing on Earth. Researchers could then use the records to assess and improve vision-based navigation algorithms: software that uses visual information to help determine a spacecraft’s position and identify hazards.
That analysis depends on the planned mission data. ESA described the algorithm work as an intended use, not a result from a completed flight.
The organizations behind the payload and delivery
ESA selected French company Lunar Logistics Services to arrange delivery to the Moon. Lunar Logistics Services partnered with Voyager Technologies, the U.S. provider of the Griffin-1 lander. ESA described LandCam-X as its first payload scheduled to travel through a commercial lunar delivery service.
Integration and environmental testing
ESA reported that LandCam-X was integrated onto Griffin-1 earlier in 2026, when environmental testing began. In its October 8 account, the agency scheduled the lander’s flight for later that year.
