SAP PXL Hunter Peep Black PXLHBLK

Specialty Archery Products delivers one of the most advanced peeps in the archery industry with the PXL Hunter Peep! It comes fully equipped with a wide assortment of exclusive features and technologies to promote superior accuracy in an easy to use package. The new Capture Aperture uses Lens Retention Technology (LTR) to prevent accidentally dropping your Verifier or Clarifier Lens, but allows them to be easily installed or removed thanks to a simple locking system. The Protected Lens Technology (PLT) prevents damage to the glass clarifier/verifier lens with a protective housing, and Tool-Less Aperture Technology removes the need for an aperture wrench. The PXL Hunter Peep is secured to the string with a deep perimeter groove, and features Dual String Angle Technology (DSAT) and Center String Technology (CST). The DSAT features a 37deg and 45deg angle string grooves on the same peep housing, and the CST places the aperture on the centerline of the bow string to eliminate left or right misses with bow string rotation. To ensure optimal accuracy, the PXL Hunter Peep utilizes Optical Centered Technology which delivers improved centration of the lenses, and a wide assortment of lens coatings reduces glare and repels water, dust, smudges, and other debris. Features of the PXL Hunter Peep: Lens Retention Technology (LTR): prevents accidentally dropping your Verifier or Clarifier Lens, but allows them to be easily installed or removed thanks to a simple locking system Protected Lens Technology (PLT): prevents damage to the glass clarifier/verifier lens with a protective housing Tool-Less Aperture Technology: removes the need for an aperture wrench Dual String Angle Technology (DSAT): features a 37deg and 45deg angle string grooves on the same peep housing Center String Technology (CST): places the aperture on the centerline of the bow string to eliminate left or right misses with bow string rotation Optical Centered Technology (OCT): delivers improved centration of the lenses for greater accuracy