Free return
Aiming scope Aiming scope It is used to easily direct the telescope to the object we want to observe. | 6 x 25 mm |
Attached glasses Attached glasses | Kellner 20mm A popular achromatic eyepiece with a wide field of view reaching 40°, providing good image quality at the edges of the observation field. Kellner 4mm A popular achromatic eyepiece with a wide field of view reaching 40°, providing good image quality at the edges of the observation field. Kellner 9mm A popular achromatic eyepiece with a wide field of view reaching 40°, providing good image quality at the edges of the observation field. |
Barlow's lens Barlow’s lens | Barlow 3 x |
Product weight [g] | 7000 |
Resolution | 1,65" |
Eyeglass Telescopes can be supplied with an eyepiece focuser in two standards - 0.98" and 1.25". This information is important to determine the compatibility of the equipment with additional eyepieces, photographic adapters, etc. | 1,25" |
Fibber The ratio of the focal length of an optical instrument to its diameter. It is a constant that determines the amount of light reaching the focal point of the main lens or mirror. In practice, the smaller the value of f, the better and more accurate the image we get. | f/10 |
Focal [mm] Focal length [mm] | 700 |
Lens diameter [mm] Diameter [mm] | 70 |
zoom | 525 x |
Maps Maps to help conduct observations of the night sky. | Moon map Solar system map |
Optics | Refraktor |
Star range [magnitude] | 11.70 |
Suggested for observation Moon and its craters, Mars, Venus, Jupiter with its moons, constellationsDue to its characteristics, this telescope is best suited for detailed observations of the Moon's surface, observations of the closer planets and Jupiter with its moons, as well as any low-contrast space objects with a visual background. | Jupiter with moons Stars constellation Moon Mars Venus |
Tripod height min [cm] | 114 66 |
Tube length min [cm] | 94 81 |