As reported by Japan’s space agency, Japan Aerospace Exploration Agency (JAXA), experts confirmed ongoing contact with the lunar module SLIM, which has resumed operations for the first time since its January 20 landing. This update, echoed by TASS, notes that the connection to SLIM was reestablished late last night, signaling a renewed window of activity for the mission and the team guiding it from the ground. (citation: JAXA press briefing)
In the days leading up to this contact, JAXA released the first imagery from the Intelligent Lunar Landing Vehicle, known as SLIM. The lunar scene was captured by LEV-2, a compact rover that rode aboard SLIM’s spacecraft to the Moon. The picture reveals SLIM in a precarious position, appearing to be upside down. Despite this, the marker for precision remains astonishing, as the craft appears to have landed within 55 meters of the intended target. This near-perfect touchdown highlights the mission’s technical prowess and the resilience of the expedition team. (citation: JAXA image release)
According to updates from mission control, SLIM is currently positioned near Shiori crater on the near side of the Moon, an area selected for its geological features and potential for observing surface interactions up close. Engineers and scientists are closely monitoring the craft as it begins to perform planned sampling, imaging, and site-science experiments. The situation underscores the complexities of autonomous lunar landings and the importance of precision navigation in reducing risk and maximizing data return. (citation: JAXA mission telemetry)
During the initial landing phase, a separate challenge emerged: SLIM reportedly could not generate power using its solar panels, which prevented the vehicle from operating at full capability. Ground teams are investigating whether this issue stems from panel orientation, degraded efficiency, or an intermittent power bus. Solutions may involve reconfiguring power routing, thermal management, and solar exposure strategies to recover a stable energy supply for ongoing operations. This hurdle is not uncommon in lunar missions, where extreme lighting conditions and dust can complicate power generation. (citation: JAXA telemetry notes)
Earlier reports indicated that SLIM successfully transmitted some early photographs of the Moon back to Earth, providing valuable data to mission planners and researchers. The sequence of events—photo transmission, subsequent contact restoration, and the continued verification of landing accuracy—illustrates a disciplined approach to lunar exploration and situational assessment as the mission progresses. (citation: JAXA data briefings)