JSAT represented a significant leap forward in the realm of Earth observations. Its primary mission was to test a cutting-edge HILAR (Hyperspectral Imaging with Linear Array Readout) Hyperspectral Camera, showcasing our commitment to innovation and pushing the boundaries of space-based imaging technology. Throughout its operational lifespan, JSAT completed 4064 orbits over a span of 254 days.
The successful completion of 4064 orbits demonstrated Infinity Space's ability to design, deploy, and operate a highly functional CubeSat, showcasing our proficiency in managing space missions with precision and excellence. JSAT's mission aboard the CubeSat platform not only exemplified technological innovation but also highlighted the increasing accessibility of space for research and commercial purposes. As a compact satellite, JSAT represented a cost-effective solution for conducting experiments and collecting data in orbit.
CubeSat Size: 1U
Payload Volume: 0.2U
Payload Average Power: 200mW
Peak Power Generation: 420mW
Payload: Hyperspectral Imaging with Linear Array Readout Camera
Antenna: 100MHz UHF dipole antenna
Data storage: 128 Mb NOR Flash
Payload Data Downlink:1.4Gb/s (UHF)
Magnetorquers Dipole Moment: 0.25A.m^2
Onboard GPS: NovAtel OEM719
We reached a historic milestone on Christmas Eve 2019 with the inaugural downlink from JSAT, marking a monumental leap in space exploration for our team. Capturing a breathtaking snapshot of the Pacific Ocean, this moment symbolised the dawn of our new era in satellite technology. With this transmission, we unveiled our commitment to unlocking the mysteries of the cosmos while bringing the wonders of space closer to Earth. This significant achievement underscored our teams dedication to pushing the boundaries of human knowledge and exploration, heralding a future where the stars are within reach.
JSAT's mission serves as a testament to the potential of small satellites to revolutionise Earth observation and contribute to scientific research and commercial applications. By harnessing the power of innovative technologies like the HILAR Hyperspectral Camera, Infinity Space continues to drive progress in space exploration and expand our understanding of the world we live in.
JSAT embarked on a remarkable journey with the groundbreaking HILAR Hyperspectral Camera, showcasing unparalleled innovation and advancement in Earth observation. Bolstered by its compact size, JSAT boasted an average power consumption of a mere 200mW, a testament to its efficient design and energy management systems. However, what truly set JSAT apart was its impressive peak power generation capability of 420MW, ensuring uninterrupted operation even in the harshest of space environments.
The creation of JSAT was made possible through collaborative endeavors with six partners organisations across the space industry. From academic institutions to diverse expertise converged to contribute to the realisation of JSAT's mission. Diverse expertise converged to contribute to the realisation of JSAT's mission, underscoring the power of cooperation in pushing the boundaries of space exploration.
JSAT not only serves as a pioneering Earth observation CubeSat but also functions as the testbed for SerenSat, the next generation 2U CubeSat developed by Infinity Space. This unique role positions JSAT at the forefront of innovation, facilitating the advancement of satellite technology for future missions.
As the testbed for SerenSat, JSAT incorporates and evaluates cutting-edge technologies that will be deployed on the larger 2U CubeSat. Our engineers use JSAT's platform to assess the performance and reliability of SerenSat's systems, ensuring seamless integration and functionality in space. By serving as the testbed for SerenSat, JSAT plays a pivotal role in paving the way for the success of the next-generation CubeSat. Lessons learned from JSAT's operation guide the development of SerenSat, ensuring that it will be equipped to fulfill its mission objectives with efficiency and reliability.
