Brand: Leica

Leica APO-Televid 65 W Spotting Scope w/ 25-50x WW ASPH | 40149

40149

Brand: Leica

Leica APO-Televid 65 W Spotting Scope w/ 25-50x WW ASPH | 40149

40149

The Leica APO-Televid 65 delivers images with excellent colour fidelity, sharpness and contrast, particularly during daytime viewing -- all at only 29 cm (angled view) long.
  • Angled view (45°), without eyepiece
  • Modern fluoride lens for perfect color fidelity and maximum contrast
  • Dual focusing for fast and precise focusing
  • Robust and low-noise use thanks to rubber armored magnesium body
  • Water- and dirt-repellent AquaDura® coating
  • 25- to 50-fold magnification
  • Wide-angle field of view: 41 m/134.5 ft. (25-fold) to 28 m/92 ft. (50-fold) to 1.000 m/3281 ft.
  • Great sharpness on the edges thanks to aspherical lenses
  • Watertight up to 5 m (Eyepiece)
  • Fogproof thanks to nitrogen filling
$2,999.00 USD

Products in the Same Family

Easy Payment Options with .

What is a Backorder?
$2,999.00 USD

Easy Payment Options with .

What is a Backorder?
Free Expert Support
Stress Free, Secure Shopping
30 Day Return Policy
Price Match Promise
Full Details What's in the Box? Specifications Reviews and Questions

Product Description

Sophisticated Optics and Rugged Mechanics

The Leica APO-Televid 65 delivers images with excellent color fidelity, sharpness and contrast, particularly during daytime viewing. At only 29 cm (angled view) long, this spotting scope is especially handy and portable, and at the same time it offers the shortest close focusing limit in its class (2.9 m/9.5 ft). It is also very robust and any shocks or impacts are effectively absorbed by its resistant magnesium-alloy body and rubber armoring. With its zoom range from 25 up to 50x, the 25-50x WW ASPH wide-angle eyepiece guarantees incomparable viewing quality over the entire field of view.

Compact, Lightweight and Rugged

The compact APO-Televid 65 is the ideal companion for long, demanding treks and exhausting alpine ascents. Impacts are absorbed by a resistant magnesium-alloy body and rubber armoring.

Bright and Brilliant

Excellent color fidelity and maximum sharpness combined with maximum stray-light suppression and perfect contrast.

Angled Eyepiece Design

The angled eyepiece design allows comfortable long glassing sessions because of a natural position.

What's in the Box

  • APO-Televid 65 W Spotting Scope
  • 25-50x WW ASPH Eyepiece
  • Protective Caps for Lenses
  • Bayonet

Specifications

Model APO-Televid 65 W APO-Televid 82 W
Front Lens Diameter 65 mm 82 mm
Focal Length of the Lens approx. 440 mm approx. 440 mm
Close Focusing Distance approx. 9.5 ft / 2.9 m approx. 12.5 ft / 3.8 m
Exit Pupil 2.6 mm (25x) to 1.3 mm (50x) 3.3 mm (25x) to 1.6 mm (50x)
Twilight Factor 40.3 (25x) to 57.0 (50x) 45.3 (25x) to 64.0 (50x)
Field of View at 1000 yds/m 123 ft (25x) to 84 ft (50x) 41 m (25x) to 28 m (50x)
Subjective Angle of View 57° (25x) to 74° (50x) 57° (25x) to 74° (50x)
Focusing Internal focusing with patented dual focusing device Internal focusing with patented dual focusing device
No. of Lens Elements
(excluding the eyepiece)
4, all multi-coated and with Leica AquaDura 4, all multi-coated and with Leica AquaDura
Prism System Schmidt prism system Schmidt prism system
Watertightness waterproof to a depth of 16.5 ft / 5 m waterproof to a depth of 16.5 ft / 5 m
Housing Die-cast magnesium, nitrogen-filled Die-cast magnesium, nitrogen-filled
Eyepiece Connection Rapid-change bayonet Rapid-change bayonet
Tripod Base 1/4", rotating with locking screw 1/4", rotating with locking screw
Lens Hood Sliding lens hood with sighting aid Sliding lens hood with sighting aid
Filter Thread Mount no no
Dimensions (W x H x D) (Body Only) 11.89 x 4.25 x 3.27 in / 302 x 108 x 83 mm 12.91 x 4.25 x 3.98 in / 328 x 108 x 101 mm
Weight (Body) 39.2 oz / 1,110 g 52.6 oz / 1,490 g
Dimensions (Length x Diameter) (Eyepiece) 4.1 x 2.3 in / 105 x 59.5 mm 4.1 x 2.3 in / 105 x 59.5 mm
Weight (Eyepiece) 15.3 oz / 435 g 15.3 oz / 435 g

Customer Reviews

Be the first to write a review
0%
(0)
0%
(0)
0%
(0)
0%
(0)
0%
(0)

Why Should You Trust All Star Telescope?

We've Made All The Mistakes
So You Don't Have To

Learn More