Explore Scientific MN-152 David H Levy Comet Hunter Telescope

Explore Scientific MN-152 David H. Levy Comet Hunter Telescope

1 049,95 €

Maksutov Newton MN-152 David H. Levy Comet Hunter Telescope

Highly corrected optic for wide-field observation and astrophotography. Developed in collaboration with the famous "comet hunter" David H. Levy. The Maksutov-Newton system does have some pros and cons respectively to the classical newtonian design. Apart from the higher price the main disadvantage is the higher weight - the thick corrector lens at the front is the cause for this. The main advantage of the Maksutov-Newton compared to the classical newton is the sharpness of the field of view. Classical newtonian telescopes do show a sharp pinpoint star image only at the middle of the field of view - outside the optical axis they have a dominant abberation, the so called coma. This is inherent in the newtonian design, and therefore valid for all newtonian telescopes of all brands and not caused by manufacturing tolerances. Coma distorts the star image - the pinpoint star shows a tail, just like a small comet. This decreases sharpness and contrast considerably. The Maksutov-Newton shows a much sharper star image - for most applications the coma is not visible. This results in a high contrast image all over the field of view - for visual observations and for astrophotography with DSLRs alike. This makes the Maksutov-Newton a ideal all-purpose telescope, that is able to show a sharp field without the need for additional correctors.


Technical Data


Field of application

Best for
  • Deep Sky Observation
  • Deep Sky Photography
  • Lunar observation
  • Lunar photography
  • Planetary observation
  • Planetary photography


Focus group

Aimed at
  • Advanced Amateurs
  • Visual enthusiasts
  • Specialists and Research



Optical design Maksutov-Newton
Magnification from 25
Maximum recommended magnification 300
Primary mirror diameter 152 mm
Secondary mirror diameter 49 mm
Objective diameter 152 mm
Focal length 731 mm
Aperture ratio 4.8
Obstruction (%) 32
Angular resolution 0.77 arc seconds
Visual limiting magnitude (approx., mag) 13.4
Type of coating Enhanced Multilayer Desposition (EMD)
Finderscope 8 x 50 mm DeLuxe Finderscope with Illumination and erect image
Width of image field width 24x36 mm receiver           2.5 degrees
Height of image field width 24x36 mm receiver 1.7 degrees
Mount Type Optics without Mount



Material OTA Carbon fiber
Focusing system 2" Crayford-Focuser with 10:1 Reducer
Colour Carbon Fiber
Dust protection caps Dust protection caps for front lens and eyepiece holder



Net weight OTA (incl. accessories) 7.9 kg
Net weight heaviest part 7 kg
Tube diameter 180 mm
Tube length 696 mm
Eyepiece Barrel Diameter 50.8 mm




  • Overall length including dew shield: 825mm 
  • Net weight including tube rings, handle, dew shield and finderscope: 7,9kg


Scope of Delivery

  • Optical Tube Carbon fiber with 2" focuser and reduction 10:1
  • Carbon dew shield with dust cap
  • Tube rings with dovetail
  • Explore Scientific 70° Eyepiece 30mm (2")
  • 8x50 finder, upright image and illumination
  • Eyepiece Barrel diameter: 2 "and 1.25"
  • Universal 44mm Dovetail plate with stainless steel rail (fits LXD75/Great Polaris/EQ5)
  • Instruction manual


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