Axcel Landslyde Picatinny Slider Sight Tac. Bh Accustat Ii Micro 2 Pin .010

The Axcel Landslyde Picatinny Slider Sight Tac with AccuStat II Micro 2 Pin .010 is a competition-grade archery sight engineered for serious bowhunters and 3D course shooters who demand precision at extended distances. This slider sight system represents the evolution of Axcel's proven Landslyde platform, combining micro-adjustable pin technology with Picatinny rail compatibility for seamless integration into modern bow setups. Whether you're hunting trophy whitetail at variable yardages or competing in sanctioned tournaments, this sight delivers the repeatability and accuracy that separates consistent performers from the rest.

Built around Axcel's signature vertical slider mechanism, this sight allows shooters to dial elevation quickly and smoothly without losing windage zero—a critical advantage in the field where game distances vary unpredictably. The dual-pin configuration with .010-inch micro-adjustments provides sub-minute-of-angle precision, enabling shot placement confidence from 20 to 80+ yards depending on bow setup and arrow dynamics. The AccuStat II Micro pin system features ultra-bright fiber-optic gathering that performs in low-light conditions, while the durable Picatinny interface ensures zero-shift stability through years of competition cycles and hunting seasons. Weighing just 0.97 pounds, the sight maintains a compact footprint without sacrificing mechanical rigidity.

This model benefits archers who rely on slider-based systems for their hunting and tournament applications, particularly those shooting from elevated blinds or variable terrain where rapid distance compensation is essential. Installation requires a standard Picatinny rail mounting surface on your bow's riser, and compatibility spans most modern compound bows equipped with accessory rails. Experienced bowhunters appreciate that the Landslyde slider design eliminates the need for multi-pin guessing games—dial your known distance and execute with confidence. Proper bore-in and paper-tuning are recommended before field deployment to maximize the sight's inherent accuracy potential.