Marcherelle™ – Hiking Binoculars Zoom 10x for Mountain Watching

Hiking Binoculars for Precise Observation

Explore terrain and spot distant details thanks to a stable and clear x10 optical zoom. Their aluminum structure offers a reliable grip at altitude. The 15 mm eyepiece ensures comfortable vision even during prolonged observations. A lightweight and compact format to accompany all your outings.

• 🔭 x10 zoom for clear long-distance viewing
• 🏔️ Durable aluminum structure
• 👁️ Comfortable 15 mm eyepiece
• 🎒 Compact format for hiking
• ⚖️ Featherweight 255 g

Stable Optical Zoom for Mountain Observation

The x10 zoom allows easy tracking of a distant trail or spotting wildlife from a ridge. The image remains sharp to facilitate orientation during your outings. This magnification power is suitable for hikes both in plains and at altitude.

— Precise tracking of terrain and routes
— Clear reading of distant details
— Smooth observation even at long range

Solid and Lightweight Aluminum Design

The aluminum structure combines strength and lightness for easy transport. It withstands temperature variations and common outdoor conditions during hiking. You get reliable equipment without adding unnecessary weight.

— Total weight of only 255 g
— Durable material for outdoor use
— Comfortable handling while walking

Materials And Technical Specifications

• Main material: aluminum
• Optical zoom: x10
• Observation range: up to 1000 m
• Eyepiece diameter: 15 mm
• Total weight: 255 g
• Type: binoculars for hiking and mountain use

FAQs

Do the binoculars require power?
No, they only work with their optical system. No battery is required.

Can they be used with glasses?
Yes, the 15 mm eyepiece offers comfortable space for most glasses.

Are they suitable for mountain hiking?
Yes, the aluminum design and light weight are suitable for mountain environments.

How to maintain them?
Clean the lenses with a soft cloth and keep them in a case to avoid scratches.

Can they be used in cold weather?
Yes, the aluminum withstands common temperature variations at altitude.