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Celestron Cpc-925 Gps Xlt 9.25" Schmidt-Cassegrain Computerized Telescope
Macy's
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Celestron Cpc-925 Gps Xlt 9.25" Schmidt-Cassegrain Computerized Telescope in Ponce, PR
By Celestron
Current price: $3,499.00

Macy's
Celestron Cpc-925 Gps Xlt 9.25" Schmidt-Cassegrain Computerized Telescope in Ponce, PR
Current price: $3,499.00
Size: NO SIZE
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Be captivated by the celestial wonders with the Cpc-925 Gps Xlt 9.25"" Schmidt-Cassegrain Computerized Telescope. This advanced telescope, with its unique design and superior optics, is a product of Celestron's long-standing expertise in the field, dating back to the introduction of the Ultima 9.25"" in 1995. The 9.25"" optical tube, now integrated with the latest Cpc Gps series, offers 33% more light gathering than the 8"" model, making it a favorite among astrophotographers and discerning visual observers. The Cpc 925 Gps is specifically designed for visual infinity focus when using 2"" eyepieces and features an optimized baffle system that minimizes vignetting at the edge of the field of view, enhancing your astrophotography experience.The telescope's longer primary focal length and lower magnification secondary mirror contribute to a flatter field of view at the focal plane, reducing optical aberrations.
Be captivated by the celestial wonders with the Cpc-925 Gps Xlt 9.25"" Schmidt-Cassegrain Computerized Telescope. This advanced telescope, with its unique design and superior optics, is a product of Celestron's long-standing expertise in the field, dating back to the introduction of the Ultima 9.25"" in 1995. The 9.25"" optical tube, now integrated with the latest Cpc Gps series, offers 33% more light gathering than the 8"" model, making it a favorite among astrophotographers and discerning visual observers. The Cpc 925 Gps is specifically designed for visual infinity focus when using 2"" eyepieces and features an optimized baffle system that minimizes vignetting at the edge of the field of view, enhancing your astrophotography experience.The telescope's longer primary focal length and lower magnification secondary mirror contribute to a flatter field of view at the focal plane, reducing optical aberrations.





















