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Development of a Battery Charger (GaN_BCR) to Support Space Missions
Developing the International Standard for the Use of AO Protective Technology for Low Earth Orbit Spacecraft
The 10th Space Debris Workshop
Automatic acquisition and tracking technology successfully demonstrated in optical communication experiments between an optical ground station and an optical communication terminal on a small satellite
The Small Parabola Antenna with Expectations for an Array of Uses
Orbital demonstration of the redundant MEMS-IMU (MARIN)
International Workshop on Vegetation LIDAR / High-Precision 3D Mapping from Space 2022
RApid Innovative payload demonstration SatellitE-2 (RAISE-2) Completion of Critical Operations Phase
Innovative satellite technology demonstration program
Special Talk: The Special Environment of Space Stimulates Your Curiosity
Innovative satellite technology demonstration program
Numerical Simulation Technology - Essential Tool for H3 Launch Vehicle Development
Research on software, computational engineering, and V&V technology for space systems
Space Lidar Opens New Applications for Earth Observation
Research on earth observation sensor system
JAXA and NEC demonstrate Japan's First GPS Navigation Technology at Geostationary Orbit ─ Using Geostationary Satellite GPSR Aboard Optical Data Relay Satellite ─
Toward more competitive telecommunications satellites in the all-electric satellite age
JAXA and NTT DATA Launch Joint Research on Satellite-mounted Laser Altimeter to Create Advanced 3D Map
Research on earth observation sensor system
JAXA, Taiyo Wire, NGK, Technosolver, and Koyo Materica develop a metal mesh for onboard deployable reflectors
Evolving Satellite Communication Technology
Low-cost, High-capacity, High-speed Satellite Communication System for Society5.0
RAPid Innovative payload demonstration Satellite 1 (RAPIS-1) Ends Its Operation
Innovative satellite technology demonstration program
Accomplishments of the "Innovative Satellite Technology
Demonstration-1"
Innovative satellite technology demonstration program
JAXA and Alouette Technology Develop Onboard Image Processor for Synthetic Aperture Radar (SAR) Data
Kureha and JAXA Discover Antibacterial Functions of Atomic Oxygen-Irradiated Polymeric Materials
Research of functional materials for space use and compact electric propulsion systems
JAXA concludes partnership-type contract for Phase I of its Commercial Removal of Debris Demonstration (CRD2)
Ensuring the safety of space missions now and in the future
Japan Aerospace Exploration Agency (JAXA) and Alouette Technology Develop Onboard Image Processor for Synthetic Aperture Radar (SAR) Data
What is NB-FPGA, That will Enable the Advancement of Spacecrafts?
Research on space-qualified parts
Protect the Equipment from the Sand on the Moon
International sales of Twin-QCM high-precision gas sensor
Research of functional materials for space use
and compact electric propulsion systems
Succeeded in Prototyping Integrated Circuits (ICs) with a Small-Volume Production System (Minimal Fab) - JAXA and AIST paving the pathway to minimal fab-produced ICs aboard spacecraft -
NEC and JAXA Co-Develop a Spread Spectrum Command Receiver for Commercial Communication Satellites
JAXA Collaborates with JAMA to Consult about AI System Quality Assurance
Miniaturized Attitude Control Sensors and Actuators in an All-in-one Module
Twin QCM, Meets the Demands of Eliminating Contamination
SDM of KASPER detected space debris
The Space Debris Monitor (SDM) of the KASPER (Kounotori Advanced SPace Environment Research) aboard the KOUNOTORI5 detected a signal that was caused by a collision of space debris on Sept. 1 while it was moored at the International Space Station (ISS). No impact was inflicted upon the KOUNOTORI5 or the ISS by the debris this time as it was very small, around 0.1 mm. The SDM continues debris observations. The KASPER on the KOUNOTRI5 started observations immediately after the KOUNOTORI5 was separated from the launch vehicle. The KASPER will continue to operate until the KOUNOTORI5 leaves the ISS and re-enters the atmosphere.
