Immersive 3D Observation Experience: Transform your telescope into a binocular system for remarkably relaxed viewing; By enabling natural observation with both eyes; this bino-viewer eliminates squinting and eye strain while creating stunning depth perception on lunar craters and planetary surfaces that feels almost three-dimensional
Dual Magnification Barlow System: Includes both 1.85x and 3x Barlow lenses to accommodate different telescope focusing requirements; These integrated magnifiers ensure optimal performance even with instruments having limited focus travel; guaranteeing sharp images across various setups
Complete With Premium Eyepieces: Comes equipped with two identical 32mm Plössl eyepieces specifically matched for balanced stereoscopic viewing; The secure brass compression ring mounting system holds eyepieces firmly without marring while maintaining perfect optical alignment
Please be assured that these focusing masks will work excellently for both reflectors and refractors with whatever focal length; All you need to do is to measure your telescope tube size and choose the right size of the mask
They are made from 2 mm thick laser cut abs; Securing screws are capped with soft plastic so they do not damage your telescope; These Bahtinov masks are adjustable to fit a wide range of optical tubes; They have adjustment latitude of about 195 to 240 mm
Alstar 1.25 inch 82 Degree Eyepiece 15mm Ultra-Wide Angle Telescope Lens | Super Wide Angle optical, Waterproof & Fogproof Design, Professional Multi-Coated Optics, Planetary & Deep Sky Observation
SAR 683
Alstar Barlow Lens 2 Inch 2.5X with Multi Coated Broadband Green Film | Compatible for 1.25 Inch and 2 Inch Telescope Eyepiece, Four Fully Multi Coated Lense, 2 Inch filter thread, Compression Ring
SAR 459
Alstar Guide Scope Mount - The Convenient Way to Mount Your Guide Scope
SAR 809
Alstar 2 Inch to 1.25 Inch Telescope Eyepiece Adapter Twist Lock | Anodized Aluminum, for 2 Inch Focusers & Telescope Filters, Premium Thumbscrew & Scratch-Resistant Brass Locking Astronomy
SAR 136
