Explore Scientific ReflexSight LED Finder

The Explore Scientific ReflexSight™ LED projection finder combines proven functionality with versatility and enhanced performance features.

Looking through this finder, several dark red circles are projected onto the sky.

You can use both eyes to easily and quickly adjust desired objects in the telescope using "Star Hopping" with visible stars. The Explore Scientific ReflexSight™ is a zero-magnification finder and is ideal for use with amateur telescopes. The great advantage is that you see the entire sky without magnification, not just a small section.

The new "Multi-Dot" circle pattern with standard diameters of 4.0 degrees, 2.0 degrees, and 0.5 degrees prevents stars from being obscured in the field of view.

Projection screen size: 55 x 35 mm. It is suitable for "Vixen-style dovetail" finder bases, allowing the user to attach this finder to almost all telescopes without having to modify the telescope itself. An adapter with a ¼ inch x 20G thread (photographic tripod thread) is installed on the base of the finder, allowing the finder to be attached to numerous telescopes using Piggyback camera adapters with a photographic tripod threaded hole.

Functional design and intuitive operation.

The smooth housing with no sharp corners prevents snagging. Easy access to the battery compartment. Supplied complete with an optics cap. For the operation of the energy-saving LED illumination, 2 AAA alkaline batteries are required, which are readily available in stores (not included). The low power consumption of the LED illumination allows for a long operating time. Infinitely adjustable brightness control with a smooth head and knurled edge, which can also be easily operated with gloves. Click switch for complete shutdown. Tool-free, rear-facing, three-point knurled parallax adjustment knobs, which can also be easily operated with gloves. Coated objective lens for maximum contrast and transmission on the projection surface.

Its extremely compact construction also allows for mounting on small and lightweight telescopes.