Bresser National Geographic 130/650 EQ Telescope

Bresser National Geographic 130/650 EQ Telescope is a Newtonian reflector with a large 130mm aperture that gathers enough light to show you objects inside and even outside the Solar System. The relatively short focal length (650mm) makes the telescope very compact, and therefore convenient for field observations. A stable and reliable EQ3 equatorial mount harmoniously supplements this telescope. It is ideally adapted for long-term observation of moving objects, as it perfectly compensates the diurnal motion of the celestial sphere.

The basic kit includes two Kellner eyepieces (10mm and 25mm) with 1.25" barrel diameter and a 3x Barlow lens. To increase contrast during observations of the Moon, use the supplied lunar filter. The telescope also comes with a convenient rotating star chart that will help you navigate the night sky.

Features:

Newtonian reflector with large aperture

Compact model with relatively short focal length

Stable and reliable EQ3 equatorial mount

All necessary accessories are included

The kit includes:

• Bresser National Geographic 130/650 EQ Telescope
• EQ3 equatorial mount
• Aluminum tripod
• Accessory tray
• Eyepiece K25mm, 1.25"
• Eyepiece K10mm, 1.25"
• 3x Barlow lens
• Red Dot finderscope
• Focus wheel
• counterweight
• Mounting tube rings
• Rotating star chart
• Moon filter
• Rotatable star chart
• Planetarium software
• User manual

Specifications

• Product ID 69377
• Brand Bresser GmbH, Germany
• Warranty, years 2
• EAN 4007922001005
• Package size (LxWxH), cm 40x89x25
• Shipping Weight, kg 12.82
• Optical design reflector
• Optical scheme Newtonian
• Objective lens diameter (aperture), mm 130.0
• Focal length, mm 650
• Magnification, x 26 – 195
• Aperture ratio f/5
• Eyepieces K10mm, Kellner K25mm
• Eyepiece barrel diameter, in 1.25
• Barlow lens 3x
• Finderscope red dot
• Filters included lunar filter
• Tripod aluminum
• Accessory tray ✓
• Telescope control manual
• Mount equatorial, EQ3
• Counterweights yes
• User level beginners, experienced users
• Observed object deep-sky objects