The Zeiss Victory Harpia 23-70×95 Spotting Scope is a high-resolution observation rig for long-distance viewing. Key features include:
Oversized 95mm objective lens
45° angled viewing; great low-light performance
Advanced optical design for maximum sharpness
Tough weatherproof build; tripod or other support required
Designed for Outdoor Observation. The Zeiss Victory Harpia 23-70×95 Spotting Scope is designed to produce sharp, clear wide-angle views that stay bright even in difficult lighting conditions and at high zoom. In addition to its superlative light-gathering capability, its 23-70x zoom range, advanced optical design, and waterproof, fogproof construction make it great for birders and nature enthusiasts of all stripes.
Eyepiece Included. The Zeiss Victory Harpia requires an eyepiece, and this rental includes the Zeiss Victory Vario Eyepiece, which is built to the same high standard as the spotting scope. Its optical design features coated extra-low dispersion fluoride glass to ensure high-contrast views, maximum light transmission, and accurate color representation, all without chromatic aberration or halos. The eyepiece is engineered to maintain its wide 72° apparent angle of view throughout the zoom range to help you locate even distant subjects quickly.
High-Quality Optics. The Zeiss Victory Harpia 23-70×95 Spotting Scope’s optical design includes high-resolution extra-low dispersion fluorite glass elements to deliver bright, razor-sharp, high-contrast images that are consistently color-accurate and free from color fringing and halos.
Durable Build. The Harpia 23-70×95’s durable construction includes a protective rubber exterior that provides shock and impact resistance. Its nitrogen-filled, o-ring sealed housing makes it waterproof and fogproof so that you can use it in adverse conditions without worry, and a rotating tripod collar lets you position the eyepiece precisely where you need it. This scope requires a tripod or other support system, so there’s a standard 1/4"-20 threaded tripod socket on the bottom of its housing.