Canon 15×50 IS stabilized binoculars

Canon 15×50 IS – Image-Stabilized Binoculars for Astronomy and Nature

Visit Canon 15×50 IS These are high-end binoculars equipped with an electronic image stabilization system, providing a clear and steady view without a tripod. Designed for astronomical observation, they are also perfect for nature, landscapes, and daytime viewing.

Main features :

• Magnification : 15x
• Lens diameter : 50 mm
• Actual field of view : 4.5° (78.7 m at 1000 m)
• Apparent field of view : 67°
• Image stabilization: ±0.7° via variable-angle prism
• Optical glass : UD (Ultra Low Dispersion) glass for optimum color correction
• Optical treatment : Super Spectra for maximum light transmission
• Eye relief : 15 mm
• Minimum focusing distance : 6 m
• Weight : 1 180 g (without batteries)
• Power supply : 2 AA batteries (runtime of about 2.5 hours of continuous use)
• Weather resistance : Splash- and dust-resistant design
• Tripod mount : Standard 1/4″ thread

Astronomy performance:

With 15x magnification and 50-mm objectives, these binoculars allow you to observe the Moon, star clusters, nebulae, and bright galaxies in detail. Image stabilization eliminates vibrations, providing a smooth and comfortable viewing experience, even when held freehand.

Versatility for daytime observation:

The Canon 15×50 IS binoculars are also ideal for observing wildlife, landscapes, and sporting events. Their image stabilization allows for effective use without a tripod, even at high magnification, delivering clear, detailed images in a variety of conditions.

Comfort and ergonomics :

Designed for extended use, these binoculars feature fold-down eyecups suitable for eyeglass wearers and an easy-to-use central focus wheel. Their rugged construction and non-slip coating ensure a secure and comfortable grip.

Accessories included:

• Padded carrying case
• Neck strap
• 2 AA batteries
• Lens and Eyepiece Caps

Visit Canon 15×50 IS are the perfect choice for astronomy enthusiasts and nature observers looking for exceptional optical performance and the convenience of built-in image stabilization.