Ricoh Pentax PF-100ED 100mm Spotting Scope with XF Zoom Eyepiece

Description

Ricoh Pentax PF-100ED 100mm Spotting ScopeThe Pentax PF-100 ED 100 mm Spotting Scope is high performance spotting scope, combining an extra-large, high-resolution 100mm ED lens with outstanding operability.Extra-Large 100mm Objective LensThe PF-100ED’s objective lens features an extra-large effective aperture of 100mm to produce a super-bright image field for effortless subject spotting and high-precision focusing.High-Resolution ED ElementsThe objective lens incorporates ED (Extra-low Dispersion) glass elements to deliver a sharp, high-resolution image with minimal chromatic aberrations.Straight-Line BarrelThe maneuverable straight-line barrel makes it fast and easy to spot and follow the subject from a distance.Lightweight Magnesium-Alloy BodyThe PF-100ED is made of heavy-duty magnesium alloy to reduce weight and protect inner mechanisms, while its protective rubber housing further enhances shock resistance and durability.Waterproof ConstructionThe PF-100ED incorporates a dust-shielding glass element in its eyepiece receptacle to assure JIS Class 6 waterproof construction, so it can be used in the rain with no worries.Nitrogen-Filled BodyThe PF-100ED’s body is filled with nitrogen gas to prevent internal fogging caused by sudden temperature changes, providing a clear vision under any condition.A Choice of Various EyepiecesPentax offers four wide-angle XW-series eyepieces three cost-efficient XF-series eyepieces and one versatile zoom eyepiece for use with the PF-100ED. So, you can select the one that best suits your application. All eyepieces feature a long eye relief to ensure comfortable viewing for eyeglass wearers.Pentax XF Zoom Eyepiece for Pentax Spotting ScopesThe XF Zoom Eyepiece 6.5mm-19.5mm features a focal-length range of 6.5mm to 19.5mm for a magnification of 20 to 60 times, with an apparent field of view of 42 to 60 degrees and an eye relief of 11mm to 15mm. It also offers a user-friendly rubber eyepiece ring that never becomes too cold to touch while minimizing the risk of scratching the observer’s eyeglasses.