Bresser Venus 76/700 Telescope with smartphone adapter
Newtonian telescope. Primary mirror diameter (aperture): 76mm. Focal length: 700mm
Product ID | 69452 |
Brand | Bresser GmbH, Germany |
Warranty | 2 years |
EAN | 4007922010335 |
Package size (LxWxH) | 83x31x26 cm |
Shipping Weight | 6.18 kg |
If you are looking for an ideal instrument for detailed studies of the Solar System objects, the Bresser Venus 76/700 Telescope is what you need. It is also a perfect choice for lunar viewing. This Newtonian reflector produces quality views with minimum chromatic aberrations. It is installed on a simple alt-azimuth mount that is easily controlled even by a kid. The mount and the optical tube rest on a lightweight, adjustable aluminum tripod with accessory tray. The kit includes two eyepieces and a Barlow lens. Thanks to these accessories, you will be able to obtain a wide range of magnifications – from 35x to 525x. The kit also includes a smartphone adapter for you to take your first astro images.
Features:
- Classic Newtonian telescope
- Suitable for beginners
- Ideal for observing the Moon and planets
- Rich accessory kit
- Magnification up to 525x
- Simple alt-azimuth mount
- Smartphone adapter
The kit includes:
- Bresser Venus 76/700 Telescope
- Alt-azimuth mount
- Aluminum tripod with accessory tray
- 2 Kellner eyepieces (4mm and 20mm)
- Red Dot finderscope
- 3x Barlow lens
- Smartphone adapter
Product ID | 69452 |
Brand | Bresser GmbH, Germany |
Warranty | 2 years |
EAN | 4007922010335 |
Package size (LxWxH) | 83x31x26 cm |
Shipping Weight | 6.18 kg |
Optical design | reflector |
Optical scheme | Newtonian |
Optics coating | magnesium fluoride |
Objective lens diameter (aperture), mm | 76 |
Focal length, mm | 700 |
Magnification, x | 35 — 525 |
Aperture ratio | f/9.2 |
Eyepieces | Kellner 4mm, Kellner 20mm |
Eyepiece barrel diameter, in | 1.25 |
Barlow lens | 3x |
Finderscope | red dot |
Tripod | aluminum |
Tripod height (adjustable), mm | adjustable |
Accessory tray | ✓ |
Telescope control | manual |
Mount | alt-azimuth |
User level | beginners |
Observed object | deep-sky objects |