Gemiddelde hoeveelheid bod wat deur die wenners gedoen word
7 Aanbiedinge
Gemiddelde gepubliseerde tye in 'n week
0.07 Keer
Gemiddelde finale prys
R 10.65
Gemiddelde besparings van die wenners
R 90,674.36
Gemiddelde besteding deur wenners
R 0.56
Jongste wenners
papiclujo
10.65€
2026-06-18 07:21:30
Syversentanya
7.44€
2026-05-08 22:47:20
Kokoskovavc
30.95€
2026-04-29 12:05:23
Farrellewel
12.22€
2026-04-28 05:23:39
Gestuur
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Koop produk
U kan hierdie produk binne enige oomblik koop, as u bod in hierdie veiling geplaas het, sal die bodwaarde van die finale prys van die produk afgetrek word.
KOWA HIGH LANDER 82MM
GIANT KOWA HIGH LANDER BINOCULARS 82MM FLUORITE 9900152 FLUORITE objective lenses of 82mm diameter that allow to obtain an unbeatable luminosity and definition at the same time that they guarantee a total fidelity of colour.
- Standard 32x wide field, wide focal point eyepieces offer spectacular images with the comfort of a 45º tilted position.
- Innumerable applications such as astronomy, surveillance, classical observation...
And it always meets all the requirements of professionals.
- Light and handy body, but at the same time robust and durable.
- Completely waterproof and nitrogen-filled unit.
- Integrated sunshades that protect the objective lenses from incident light and water drops.
- Focusing system independent of each eyepiece.
- Adjustable interpupillary distance.
Eyepiece attachment and removal: To place the eyepiece, place it in the opening and push it until it is well seated on the focusing ring.
To remove the eyepiece, simply pull out the eyepiece.
Focus and adjust interpupillary distance: Focusing is obtained by turning the focusing rings on the eyepiece tubes.
The interpupillary distance is corrected by moving the eyepiece tubes inwards and outwards.
Use of the search line: The search line is useful for locating the object to be observed.
By aligning the search line with the projection of the main body, objects can be located easily.
Sliding sunshade: If sunlight is disturbing, pull the sunshades from the tubes to prevent direct light from entering.
