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The telescope is perfect for observing the moon and the planets with high magnifications. The EXOS-2 GoTo mount provides automatic finding and guiding of the nightsky objects to make the observing as easy as possible.

The brand new RVO Horizon® 80mm ED Doublet refractor has joined the RVO Horizon family! These superior quality refractors deliver breathtaking images thanks to it's FPL-53 glass which will deliver high contrast, sharp views each and every time!

Ambitious beginners and advanced observers alike will see the brightest objects outside our solar system with the BRESSER Messier AR-102. Watch details in the Great Orion Nebula from the astonishing distance of 1500 light-years.

For the ambitious planetary observer the AR-152L is a dream machine. View tiny dots and structures in the cloud bands of Jupiter, small rims and craters on the surface of the moon and details on Mars, including the ice-covered polar regions of our neighbouring planet. Watch Jupiter's moons dance around the planet and detect the greenish glow of Uranus far beyond Saturns orbit. The combination of large aperture and long focal length provides tack-sharp high-contrast pictures that will impress you every time anew.

The classical reflector telescope BRESSER Messier NT-130 with its 130 mm aperture offers 30% more light than other 114mm reflectors that are usually in this price range. The lightweight mount is easily transportable and the optics provide an image that is free of colour abberations. The EXOS-2 GoTo mount provides sturdy, vibration free movement and is perfect for visual while also great for starting out in astrophotography.

The 150mm aperture enables you to observe bright nebulas in the depth of space. The high rigidity of the EXOS-2 mount allows for relaxed observations and is helpful for those making their first attempts at astrophotography.

Richfield telescope with ED glass lens and a short focal length of 460mm. Suitable for traveling and to observe large open star clusterns and the milky way

Because of the extra long focal length ratio F/13.2 this telescope offers incredible sharpness and contrast but extremly low color-aberration.

The MESSIER N-150 telescope excels with high rigidity and tack-sharp optics. The 150mm aperture enables you to observe bright nebulas in the depth of space. The high rigidity and accuracy of the EXOS-2 GoTo mount allows for relaxed observations and is helpful for those making their first attempts at astrophotography.

The combination of large aperture and short focal length predestine the MESSIER AR-152S for the observation of large celestial objects. The compact size of the MESSIER AR-152S combines outstanding tranportability, high light gathering power and low weight for a telescope of this aperture.

The MESSIER MC-152 excells due to its compact optics and low weight. The long focal length of this telescope facilitates relaxed observations with high magnifications

Welcome to our brand new Askar FRA series! The FRA, which stands for “Flat-field Refractive Astrograph”, is a refractive equipment with built-in flat field correction.

For the price-sensitive planetary observer the AR-127L is a dream machine. The combination of large aperture and long focal length provides tack-sharp high-contrast pictures that will impress you every time anew. The rock-solid mount provides relaxed views even at high magnifications; rigidity and usability are setting new standards in this price range.

The BRESSER Messier MC-127 EXOS-2 GoTo telescope excels with high rigidity and tack-sharp optics. The 127mm aperture enables you to observe small bright nebulas, globular clusters, the moon, planets and a lot more in the depth of space. The telescope is perfect for observing the moon and the planets with high magnifications. The EXOS-2 GoTo mount provides automatic finding and guiding of the nightsky objects to make the observing as easy as possible.

The MESSIER MC-152 Hexafoc ESO-2 excells due to its high rigidity and compact optics. The long focal length of this telescope facilitates relaxed observations with high magnifications.