Grossissement
15.0
Diamètre objectif
56
Champ de vision
80
Mise au point minimum
3,5
Étanchéité
Yes
Poids
1.265
Type de prisme
Roof prism
Type d'œilletons
Retractable and lockable
Dégagement oculaire
18
Garantie
10 Years
Diamètre pupille de sortie
3,7
Écart interpupillaire
54-74
Zeiss Conquest HDX 15x56 Binoculars with Tripod Adapter: Optical Precision for Long Distances
The Zeiss Conquest HDX 15x56 binoculars deliver exceptionally clear views, even at long range. Designed for use in low-light conditions, these binoculars are equipped with HD lenses that ensure 90% light transmission. Ideal for wildlife observation, landscapes, or even astronomy, they come with a tripod adapter for increased stability during extended viewing sessions.
HD Optics for Bright, Sharp Images
The Conquest HDX 15x56 binoculars feature extra-low dispersion glass that effectively corrects chromatic aberration. The resulting images are bright, sharp, and high-contrast, even in low-light situations such as dawn or dusk. The Zeiss T* multi-coating guarantees natural colors and faithful detail reproduction.
Tripod Adapter for Comfortable Viewing
For prolonged or long-distance viewing, the included tripod adapter allows you to easily mount your binoculars on a standard tripod. This provides optimal stability, reducing fatigue during lengthy observation sessions.
Ergonomics and Ruggedness for All-Terrain Use
Constructed with a magnesium housing, these binoculars are lightweight yet extremely robust. The non-slip rubber coating ensures a secure grip, even in wet conditions. Their waterproof design with nitrogen filling prevents fogging and ensures reliable use in all weather conditions.
Wide Field of View and Smooth Focusing
With a field of view of 80 meters at 1000 meters, the Zeiss Conquest HDX 15x56 binoculars allow you to easily track moving subjects. The focus wheel is smooth and precise, enabling quick adjustments even when wearing gloves.
Technical Specifications of the Zeiss Conquest HDX 15x56 Binoculars
| Specification | Detail |
|---|---|
| Magnification | 15x |
| Objective Lens Diameter | 56 mm |
| Light Transmission | 90% |
| Exit Pupil | 3.7 mm |
| Field of View (m/1000m) | 80 m |
| Close Focus Distance | 3.5 m |
| Weight | 1265 g |
| Waterproofing | 400 mbar |
| Operating Temperature | -20°C to +63°C |
| Length | 210 mm |
| Width | 145 mm |
What's new compared to the Conquest HD range?
- Durable yet lightweight magnesium housing (2 to 10% lighter depending on the model)
- Protective armor with a more striking design
- New rubber armor for improved handling and grip
- Diopter lock to avoid frequent adjustments
- Case with SFL series-style shoulder strap
Box contents
- Zeiss Conquest HDX 15x56 binoculars
- Eyepiece protection cover
- Objective lens cover
- Carrying strap
- Carrying pouch with strap
- 1/4" tripod adapter
- Optics cleaning cloth
The Zeiss Conquest HDX 15x56 are the ideal companion for long-distance observation. Whether you are a birder, nature enthusiast, or amateur astronomer, these binoculars will ensure you exceptional optical clarity and precision.
Contenu du colis
Manuels et brochures
Le harnais GlassPak™ est-il inclus avec l'achat ?
Oui, ces jumelles sont livrées avec le harnais technique GlassPak™ qui protège votre équipement tout en offrant un accès rapide et un confort supérieur à une sangle classique.
Puis-je utiliser ces jumelles avec des lunettes de vue ?
Absolument. Les Diamondback HD possèdent des œilletons multi-positions réglables (Twist-up) et un dégagement oculaire de 14 mm pour garantir un confort de vision optimal, même avec des lunettes.
Quelle est la différence entre la purge à l'argon et à l'azote ?
La purge à l'argon utilisée par Vortex offre une protection supérieure contre la buée interne et l'oxydation, restant stable même lors de changements de température extrêmes sur le terrain.
Est-il possible de fixer ces jumelles sur un trépied ?
Oui, elles sont conçues pour être montées sur un trépied ou même fixées à une fenêtre de voiture via un adaptateur (vendu séparément), ce qui est idéal pour stabiliser l'image lors d'observations prolongées à 12x.