CHF 799
Disponible en stock chez le fournisseur
Treat yourself to an exceptional observing experience with the BRESSER Messier AR-152L/1200 refractor, a top-quality instrument designed for astronomy enthusiasts from ambitious beginners to advanced observers.
With its 152 mm objective lens and 1200 mm long focal length, this telescope enables razor-sharp planetary and deep-sky observations.
The generous 152 mm diameter combined with achromatic design and modern multi-coating guarantee bright, high-contrast images. Whether you're observing lunar craters, Jupiter's cloud bands or distant star clusters, every detail stands out with clarity. Despite its achromatic optical construction, chromatism is perfectly controlled.
The aluminum tube houses a 2.5″ Hexafoc extraction system for stable, precise focusing. The integrated carrying handle offers excellent grip, and can also accommodate a camera. The stainless steel dovetail is compatible with commercially available mounts.
This telescope comes with a high-quality solar filter for safe viewing of the Sun. Explore sunspots, follow an eclipse or observe a planetary transit right from your own backyard.
It's an excellent tube to combine with a quark or h-alpha filter for detailed observation and imaging of the sun!
| Type | Achromatic telescope (refractor) |
|---|---|
| Opening | 152 mm |
| Focal length | 1200 mm |
| Opening report | f/7,9 |
| Maximum useful magnification | 304x |
| Power of resolution | 0.86 arcsec |
| Tube material | Aluminum |
| Tube length | 1275 mm |
| Tube diameter | 161 mm |
| Weight (including accessories) | 11.1 kg |
| Focusing system | 2,5″ Hexafoc |
| Frame | Not included (OTA only) |
| Dovetail | 44 mm type GP/EQ5 |
| Photo compatibility | Planetary, Lunar, Deep Sky |
| Target audience | Motivated beginners and advanced observers |
| Solar observation | Yes (filter included) |
| Warranty | 10 years |
The BRESSER Messier AR-152L/1200 offers exceptional value for money. It stands out for its versatility and ability to reveal fine details, whether in the solar system or beyond. It's ideal for astronomy enthusiasts who want to make progress while retaining an instrument that's easy to transport and set up.
