Zeiss 5-30x50 Conquest V6 Riflescope, #6 Reticle, Side Parallax Focus, 30mm Tube
The most compact high-magnification riflescope in the industry and the most powerful in the V6 line, this riflescope is perfect for mid- to extra-long-range hunting and serious precision shooting. The wide magnification range provides great flexibility for those shooting in vast Western terrains or varmint and predator hunting. This scope also features side parallax adjustment and is available with either the #6, #43, ZBR-1 or ZMOA-1 ballistic reticles.Made in Germany for the rugged demands of any hunting or shooting style, the new Conquest V6 with true 6x zoom, 30mm tube and 62 MOA elevation adjustment is engineered to reach beyond expectations. FL (Fluoride) Glass, enhanced T lens coatings and LotuTec protective coating from Zeiss provide industry-leading resolution and shooter accuracy. Available in two models for long-range shooting: 3-18x50 / 5-30x50. Featuring new ballistic turret and ballistic reticles ZMOA and ZBR for long-distance hunting or shooting. For the hunter who demands versatility and uncompromised long-range capability, the Zeiss Conquest V6 is the scope that proves distance is nothing. Industry Leading Optical Performance 92% Light Transmission FL glass for unmatched resolution T coating customized for each lens LotuTec hydrophobic coating Excellent target resolution across magnification range New Reticle Choices in 2nd Image Plane New ballistic reticles ZBR and ZMOA Reticle #60 ( fiber optic red dot), Reticle #43, Reticle #6 All feature fi ne crosshairs for minimum target coverage Fast and Precise New Ballistic Turret with Ballistic Stop and multiple revolutions 1 4 MOA click adjustments on 3-18x and 5-30x, 80 clicks per rotation Reticle 6Non-illuminated The non-illuminated reticle 6 lies in the second image plane, remains constant while changing magnification and is universally useable: The reticle is always clearly visible when taking quick shots at low magnification, yet stays very fine and only covers the target minimally at higher magnifications.