The BRESSER Messier MC-100 telescope excels with high rigidity and tack-sharp optics. The 100mm aperture enables you to observe small bright nebulas, globular clusters, the moon, planets and a lot more in the depth of space. The high rigidity of theEXOS-1 allows for relaxed observations and is helpful for those making their first attempts at astrophotography.
The BRESSER Messier MC-100 telescope excels with high rigidity and tack-sharp optics. The 100mm aperture enables you to observe small bright nebulas, globular clusters, the moon, planets and a lot more 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.
The BRESSER Messier MC-127 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 high rigidity of the EXOS-1 mount allows for relaxed observations and is helpful for those making their first attempts at astrophotography.
The BRESSER Messier MC-127 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 high rigidity of the EXOS-2 mount allows for relaxed observations and is helpful for those making their first attempts at astrophotography.
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 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.