Mathews Bridge-Lock™ Stabilizer 8inch Earth

Product Description

Take control of your shot with the Mathews BRIDGE-LOCK™ Stabilizer 8″ in Earth—a compact, high-performance stabilizer designed for serious archers. This stabilizer mounts directly through the riser using Mathews' exclusive BRIDGE-LOCK™ technology, delivering a secure, vibration-dampening connection with no external hardware. Its 8-inch length makes it ideal for hunters and mobile shooters who want precision without bulk, while the InterLink™ weight system and quick-adjust knob give you ultimate tuning control.

Features & Benefits

Integrated BRIDGE-LOCK™ Mounting
Built to slide directly through the riser of compatible Mathews bows for a solid, movement-free fit.
Benefit: Eliminates flex and improves accuracy under real-world conditions.

½-Inch Increment Micro Adjustment
Easily adjust stabilizer length in half-inch increments using the integrated quick-disconnect knob.
Benefit: Fine-tune front-end balance with speed and simplicity.

InterLink™ Stackable Weight System
Includes stackable, stud-less weights that secure via a single set screw—no protruding hardware.
Benefit: Smooth, clean design and easy on-the-fly weight tuning.

Low-Profile, Wind-Reducing Design
Aerodynamic construction cuts wind drag significantly while maintaining rigidity.
Benefit: Reliable performance even in variable or windy shooting environments.

Ideal for Mobile Setups
The compact 8-inch length offers effective stabilization while remaining lightweight and maneuverable.
Benefit: Great for tree stand hunters, spot-and-stalk, or tight ground blinds.

Specifications

• Length: 8 inches (adjustable in ½-inch increments)

• Color: Earth (matte, camo-friendly finish)

• Weight (with included weights): Approximately 6.5 oz

• Weight System: InterLink™ stud-less, stackable design

• Adjustment Mechanism: Quick-disconnect knob with half-inch index markings

• Material: High-grade machined aluminum and carbon composite

• Compatibility: For Mathews bows with BRIDGE-LOCK™ riser technology