Televue NP101 like new Astromart

Televue Np101. TeleVue NP 101 Astromart The Tele Vue-NP101is refractor offers a 540mm focal length with an f/5.4 in a precision crafted instrument designed for CCD astro-photography. It follows the original TeleVue 5 inch "MPT" system introduced in 1982, the beautiful brass 4 inch aperture f5.5 "Renaissance" telescope introduced in 1984, the "Genesis" 4 inch f 5 telescope of 1988, the "SDF" 4 inch f5.4 of 1993, and the "101" and "Renaissance 101" telescopes of 1996.

Tele Vue NP101 Refractors Cloudy Nights
Tele Vue NP101 Refractors Cloudy Nights from www.cloudynights.com

Tele Vue was determined to make the NP series optically, mechanically, and functionally as perfect as possible for imaging up to 50mm diagonal chips without penalty to its near ideal visual operation For 30 years, Tele Vue has pushed the boundaries of APO refractors, as well as eyepieces, to the recognized pinnacle of performance

Tele Vue NP101 Refractors Cloudy Nights

For 30 years, Tele Vue has pushed the boundaries of APO refractors, as well as eyepieces, to the recognized pinnacle of performance The Tele Vue-NP101 (Nagler/Petzval) represents Tele Vue's closest realization yet of the "ideal" multi-purpose photo/visual telescope The new TeleVue NP101is sets new optical and mechanical quality standards in a moderately small and highly portable apochromatic refractor for the serious observer and.

TeleVue NP 101 Astromart. The Tele Vue NP101is Nagler-Petzval APO Refractor Telescope OTA is the pinnacle of optical excellence, offering unparalleled views of the cosmos in a compact package The "NP101" was introduced in August 2001 as the sixth generation TeleVue four element design

There can only be One TeleVue NP101 Refractors Cloudy Nights. The Tele Vue-NP101 (Nagler/Petzval) represents Tele Vue's closest realization yet of the "ideal" multi-purpose photo/visual telescope Tele Vue was determined to make the NP series optically, mechanically, and functionally as perfect as possible for imaging up to 50mm diagonal chips without penalty to its near ideal visual operation