TESS will mostly search for planets elsewhere in the sky away from Proxima Centauri, near
the ecliptic poles, regions directly above and below our solar system that are easy to continuously monitor with most space telescopes.
The observing swathes will overlap at the south and north
ecliptic poles, which are points perpendicular to the plane of Earth's orbit.
Over
the ecliptic pole (90 degrees from the Sun's position), TESS will observe somewhere between 27 and 351 days.
Among the twenty - plus fixed instruments at the compound, a VirtualTourist member noted that his favorite was the Jai Praksh Yantra, a pair of hemispheres made from marble and sunken into the ground that is capable of determining both
the ecliptic pole during the day and the celestial coordinates at night.
Not exact matches
The spacecraft carries four telescopes that together will survey a strip of sky extending from the solar system's
pole to its equator, known as the
ecliptic.
The cameras on TESS afford it a 24 by 96 degree field of view, which will stretch from the celestial
pole down to about six degrees above the
ecliptic plane.
The cameras are aimed in an arrangement that stacks their field of view areas vertically, one atop the other, in a total 24 - by - 96 degree observation sector from the
ecliptic to the celestial
pole.