Levenhuk Blitz 203 PLUS Telescope
With the Levenhuk Blitz 203 PLUS telescope you can not only study space, but also do astrophotography. The bright and powerful optics are perfect for a variety of astronomical studies, and the advanced equipment allows you to start observing right away. Through a telescope you can observe many objects, including dim objects of deep space, the planets of the solar system and their satellites, and the Moon. The kit includes a lunar light filter. The optical design of the telescope is a Newtonian reflector. The mirror has a spherical shape, and the lenses are made of glass with an anti-reflective coating. Despite the short focal length, the optical tube remains quite large due to the large light diameter of 203 mm. But if necessary, you can also travel with such a telescope. The mount is reinforced, equatorial, with manual control and two counterweights. The pipe is secured with rings, and fine movement knobs are used for aiming. The tripod can be adjusted in height. It is made of aluminum, reliable and stable. You can place a tray for accessories (included) in the center - it will provide additional rigidity to the structure.
- Telescope type: reflector
- Optical design: Newton
- Optics material: optical glass
- Optics coating: anti-reflective
- Diameter of the main mirror (aperture), mm: 203
- Lens (mirror) shape: sphere
- Focal length, mm: 800
- Maximum useful magnification, x: 406
- Aperture (relative aperture): f/4
- Resolution, ang. seconds: 4''
- Penetrating power (magnitude, approx.): 13.64
- Eyepieces included: Plossl 6.5 mm (123x), Plossl 25 mm (32x)
- Mounting diameter of eyepieces, inches: 1.25
- Finder: 6x30, optical
- Focuser: rack and pinion
- Filters included: lunar
- Tripod: aluminum
- Tripod height, mm: 600–930
- Tray for accessories: yes
- Telescope control type: manual
- Mount type: equatorial EQ4
- Pipe fastening method: rings
- Pipe material: metal
- User level: for experienced, for beginners
- Assembly and setup difficulty level: difficult
- Subject of observation: deep space objects