The B3 Exact 3D Q2 Mathews Bar Sight LH is a durable, precision bow sight built for left-handed archers who demand accurate, repeatable aiming in the field or on the range.

• All-machined construction: Every component is machined to deliver durable, consistent performance under real-world hunting and target-shooting conditions.
• Three-axis adjustments: Fine-tune windage, elevation, and rotation for a precise sight picture on varying targets and distances.
• 6" 7-series aluminum bar: A rigid foundation that minimizes flex and maintains alignment shot after shot.
• Fast-pitch elevation rod: Allow rapid elevation changes so you can adapt to changing ranges without breaking your rhythm.
• Dual adjustable indicators: Quick, repeatable reference points to help you reproduce your sight settings consistently.
• Spring-loaded detent system: Keeps chosen settings secure during transport and firing, reducing drift during movement.
• Infinitely adjustable sight scale: Precise increments for dialing in exact distance and windage, improving shot placement.
• Versatile mounting options: Dovetail, Bridge-Lok, and Pic rail compatibility simplify installation across a wide range of Mathews bows.
• Laser-engraved metal scales: Durable markings that remain legible even after heavy use and exposure to the elements.
• High-precision windage unit: Fine-tuning for horizontal alignment to tighten group dispersion at distance.
• Left-hand configuration: Specifically designed for LH shooters; RH versions are available for other setups as needed.

This sight is ideal for serious archers who value long-term reliability and meticulous adjustability. Use cases include field hunting where distances vary, target practice on the range, and competition archery where repeatable settings and quick adjustments matter. The combination of multiple mounting options, rugged aluminum construction, and precise micro-adjustments helps you dial in exact windage and elevation, lock in your settings with confidence, and maintain a stable, accurate sight picture across sessions and conditions.