NASA’s Spitzer Telescope recently utilised technology developed by Goodrich Corporation to capture enough light from planets outside our solar system to identify the molecular make-up of the planets’ atmospheres. These findings could lead to the ability to detect possible life on the planets.
Goodrich’s Electro-Optical Systems team, headquartered in Danbury, Connecticut, manufactured the beryllium optics and telescope structure for the Spitzer telescope.
The Spitzer Space Telescope (formerly known as SIRTF the Space Infrared Telescope Facility) was launched into an earth-trailing solar orbit in 2003. Its primary mission is to obtain images detecting infrared energy, or heat, radiated by objects in space.
Extreme operating temperatures led to the design of an all beryllium telescope system. Goodrich’s contribution included the design and manufacture of a primary mirror 0.8 metres in diameter, and a novel central telescope tower for the secondary mirror assembly support.
Goodrich’s primary mirror optics and structure weigh 28kg, enabling the observatory to carry more liquid helium coolant, extending the mission life of the telescope.