NASA’s latest planet hunting satellite TESS completed its initial post launch setting up for an immense boost which will send the spaceship to the moon. 

Transiting Exoplanet Survey Satellite or TESS fired its thrusters as it reached the highest point, the remotest spot in its looping elliptical orbit in the region of earth, almost 272,000km or 170,000 in altitude. 

The spacecraft burn was intended as TESS checkout of hydrazine fueled propulsion technology and just nudged the perigee of the satellite, a bit higher than the rocket’s first perigee under 200 miles above earth. 

Tess set off atop a Falcon 9 from Cape Canaveral. SpaceX Falcon 9 upper stage completed 2 engine firings prior to deploying the 363 lbs observatory about fifty minutes after lifting off. 

The launch puts this satellite into an initial oval-shaped orbit. TESS will maneuver cautiously into its set perch in the next 2 months, with the initial step intended for early Wednesday, when the satellite swings back close to the earth at its first perigee since set off, said Robert Lockwood, Program Manager of TESS at Orbital ATK that created and operates the rocket for NASA. 

5 thrusters build up at the foundation of the satellite are utilized for main orbital adjustments, the 4 spinning reaction wheels on the other hand keep the rocket properly pointed. 

The initial intended perigee burns will do the lifting in order to put the satellite on trajectory to come across the moon, passing by at 5,000 miles and utilizing lunar gravity so that its orbit in the region of earth drastically reshape. 

According to Lockwood in a meeting, “the two additional perigee burns planned at the end of TESS’s second and third orbits for fine-tuning, or if the first maneuver is not accomplished as intended.”

Since satellite launch Orbital ATK ground controller located in Virginia, have finished communications system trials and assessment, computer tests as well as other procedures in order to make sure the rocket is healthy. 

This satellite will develop on discoveries made through the Kepler observatory of NASA that have used by astronomers to look for thousands of exoplanets. However, planets discovered by Kepler observatory are farther than those which Tess will attempt to detect. 

The change on of Transiting Exoplanet Survey Satellite’s cameras will kick off step to start taking test pictures in order to make sure the tools and other instruments works properly and rightly as designed.