BRESSER Travel 20-60×60 Spotting Scope

89.99

2 in stock

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BRESSER Travel 20-60×60 Spotting Scope

The Travel Spotting Scopes are, because of the compact design, perfect for nature observation and bird watching. Especially the accurate and fast focus makes it up and allows for a quick and simple focusing.

Armed with fully-coated optics and BK-7 prism, they have a high magnification and still a bright and clear picture, ensure you don’t miss a detail when you’re out and about.

The TwistUp eyecups support the view with as well as without glasses.

With the smooth zoom function, a 20-60 times magnification can be realized.

For better stability you can use the included table tripod.

FEATURES

  • Spotting scope with continuously adjustable zoom range of 20-60x
  • Large aperture for bright images even during low light conditions
  • Suitable also for people wearing spectacles
  • Lightweight and compact spotting scope for on the way
  • Dimensions: 370 x 75 x 130 mm / Weight: 687g

SCOPE OF DELIVERY

  • Spotting scope
  • Table tripod
  • Bag with carrying strap
  • Protective caps for eyepiece and objective
  • Manual

Technical Data

FIELD OF APPLICATION
Field of application
  • Sport shooting
  • Bird watching & Nature observation
TYPE
Type Zoom spotting scope
OPTICAL SPECIFICATIONS
Optical design Porro
Magnification Zoom min. 20
Magnification Zoom max. 60
Mirror/Lens diam. 60 mm
Material prismn BK-7
Type of coating Fully coated
Colour of coating blue
Field of view at 1000m* 32 m
Field of view 1.83 degrees
Light intensity* 9
Twilight factor* 34.64
Near focus from* 5 m
GENERAL TECHNICAL DATA
Bag/Pouch nylon carrying case with carrying strap
Colour black
Body material Plastic
Tripod adapter thread
Focusing system Focussing wheel
Eyecups TwistUp eyecups
View Monocular
Body armouring Rubber
Dust protection caps for front lens and eyepiece
Product series Travel
Extended warranty 5 years
DIMENSIONS & WEIGHTS
Total length 370 mm
Total width 75 mm
Total height 130 mm
Net weight (without access.) 687 g
* with zoom function based on the lowest magnification level