The B3 Exact LINX Mathews Bridge Lok Sight is a left-handed, four-pin archery sight built for precision on Mathews bows. Its rugged machined aluminum construction and advanced adjustment system provide reliable, repeatable accuracy in field and range scenarios.

• Pin configuration: 4-pin design with.019" diameter pins for precise aiming across close-to-mid ranges.
• Material: Machined aluminum construction delivers durability with lightweight performance.
• Three-axis adjustments: Enables accurate windage, elevation, and tilt tuning to match your bow setup.
• Gear-driven elevation: Eight macro elevation locations allow quick changes between common distances while preserving zero.
• Micro-adjustable windage: Fine-tune horizontal alignment for pinpoint accuracy at your chosen distance.
• Illumination: Magnetic, rechargeable sight light provides adjustable brightness for low-light shooting conditions.
• Sunshade: Rotational magnetic sunshade reduces glare for a clearer sight picture in bright environments.
• Markings: Laser-engraved metal sight scales offer durable, readable reference marks that hold up over time.
• Travel and adjustment: Rapid travel capability paired with micro-adjust allows fast, precise target reacquisition.
• Compatibility: Designed to work with sight lights and lenses for expanded customization options.
• Left-handed configuration: Specifically engineered for left-handed shooters to optimize ergonomics and usability.
• Includes: Rechargeable sight light and magnetic sunshade are included for immediate setup on arrival.

The combination of precise four-pin pins, adjustable elevation and windage, and a glare-reducing sunshade creates a dependable sighting solution that helps you achieve consistent hits across lighting conditions and distances. The magnetic light keeps your aiming point visible when daylight fades, while laser-engraved scales provide lasting, readable references as you fine-tune your setup. Built for durability and ease of use, this sight is an aligned upgrade for serious archers using Mathews gear who want reliable performance without unnecessary complexity.