Bresser solarix az 76/350 telescope with solar filter cijene

Bresser Solarix AZ 76/350 Teleskop carbon design

NewtonTelescope + Filter for Solar Observations

Get fascinated by the unique experience of observing the sun but also the wonderful starry night!
With the BRESSER Solarix AZ 76/350 Newtonian telescope you can also observe the sun.
It was never easier for the public to observe the night sky and the sun so easily, cheap and last but not least safe. The solar filter that was especially designed for this telescope makes it possible. It contains a special foil that protects the eye against all kinds of solar radiation during observations: infrared, ultra violett and visible light is dampened to a safe level. Only a safe amount of the visible spectrum can pass the filter and creates a wonderful solar image in the eyepiece.

Do you want to capture what you see? With the included smartphone holder bracket you can use your smartphone to easily take colour1 pictures of celestial objects like through a telephoto lens!

But the BRESSER Solarix 76/350 is of course also ready to be used for observing astronomical objects in the night sky. The featured accessories are everything you need for an immediate start. The newtonian reflector is equipped with a extensive manual and set up in almost no time.

Features

• 18x  to 175x Magnification
• Aperture: 76 mm
• Focal length: 350 mm
• Ready for solar, celestial and daytime observing
• solar filter for safe solar observations
• Complete accessories for immediate observations
• Smartphone Holder Bracked for cellphone photography
• Easy to use azimutal mount with tripod
• The telescope arrives completely assembled observation can start immediately
• Easy Use

Scope of delivery

• Optical Tube Assembly
• Azimutal Mount
• Aluminium Tripod with Spreader Bar and eyepiece holders
• 2 Eyepieces (31,7 mm / 1,25"): SR4 mm, H20 mm
• 2x Barlow Lens
• Smartphone holder bracket
• Astronomical Software and downloadable moon chart
• User Manual

1 Colour appearance through the optics dependent on the observed object and exposure time