MAGNARO (MAGnetically separating NAno-satellite with Rotation for Orbit control) was a technology demonstration satellite developed byNagoya University. Ananosatellite built as a 3U-sizedCubeSat, MAGNARO consisted of two satellites,MAGNARO-Tigris andMAGNARO-Piscis.[1] MAGNARO aimed to demonstrateformation flight in space without using any thrusters or fuel. The two satellites would have tested the potential of using atmospheric perturbations to keep the distance between each other in orbit.[1] MAGNARO was launched on 12 October 2022 by anEpsilon rocket, but the launch resulted in a failure and the satellite was lost.[2]
MAGNARO was a 3U Cubesat that could split into two separate spacecraft, the 2U-sized Tigris and the 1-U sized Piscis.[3] Prior to separation Tigris and Piscis are connected byelectromagnets. The satellite is also equipped with a telescope.[3]
MAGNARO would have demonstrated formation flight using atmospheric perturbations.[3] MAGNARO would have been spinning inEarth orbit so that when Tigris and Piscis separates, the two will be far enough from one another. The separation would have taken place in between half a year to one year after launch.[3] After separation, each of the satellites would have used on boardmagnetorquers forattitude control.[1] By adjusting its face area size, the satellites could have controlled the resistance it receives from faint particles in Earth's atmosphere. The two satellites would have changed the level of air resistance it receives so that they could navigate the distance between them from getting too far or too close.
Launches are separated by dots ( • ), payloads by commas ( , ), multiple names for the same satellite by slashes ( / ). Crewed flights are underlined. Launch failures are marked with the † sign. Payloads deployed from other spacecraft are (enclosed in parentheses).
