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Vibrant Performance Hose Barb Weld Bungs are available in both Aluminum & Mild Steel and can be used with hoses ranging from 1/4 to 3/4 ID.

Vibrant Performance Hose Barb Weld Bungs are available in both Aluminum & Mild Steel and can be used with hoses ranging from 1/4 to 3/4 ID.

Vibrant Performance Hose Barb Weld Bungs are available in both Aluminum & Mild Steel and can be used with hoses ranging from 1/4 to 3/4 ID.

Socket adapter for Manual Bead Roller

Vibrant Performance Bellmouth-style Velocity Stacks allow for less turbulent air to enter your intake, resulting in air flow improvements and, ultimately, torque and horsepower gains. They are spun from 1/8" (3mm) thick 6061 Aluminum Alloy.

Vibrant Performance Bellmouth-style Velocity Stacks allow for less turbulent air to enter your intake, resulting in air flow improvements and, ultimately, torque and horsepower gains. They are spun from 1/8" (3mm) thick 6061 Aluminum Alloy.

Vibrant Performance Bellmouth-style Velocity Stacks allow for less turbulent air to enter your intake, resulting in air flow improvements and, ultimately, torque and horsepower gains. They are spun from 1/8" (3mm) thick 6061 Aluminum Alloy.

Vibrant Performance Bellmouth-style Velocity Stacks allow for less turbulent air to enter your intake, resulting in air flow improvements and, ultimately, torque and horsepower gains. They are spun from 1/8" (3mm) thick 6061 Aluminum Alloy.

Vibrant Performance Bellmouth-style Velocity Stacks allow for less turbulent air to enter your intake, resulting in air flow improvements and, ultimately, torque and horsepower gains. They are spun from 1/8" (3mm) thick 6061 Aluminum Alloy.

Vibrant Performance Billet Aluminum P-Clamps are ideal for keeping your engine bay tidy and removes the chances of hoses wearing from abrasion due to surrounding components.

Vibrant Performance Billet Aluminum P-Clamps are ideal for keeping your engine bay tidy and removes the chances of hoses wearing from abrasion due to surrounding components.

Vibrant Performance Billet Aluminum Vise Jaws securely hold your fittings without risk of damaging the high luster anodized finish during assembly. The backside of these jaws have magnets built into them to hold them firmly in place in your vise.

Vibrant Performance Y-Block Adapters are lightweight and constructed from 6061 Aluminum Alloy. Our Y-Block Adapters deliver quality, reliability, smooth flow, ease of assembly and the comfort of an anti-leak seal. All Vibrant Performance Y-Block Adapters are available in anodized black only.

Vibrant Performance Y-Block Adapters are lightweight and constructed from 6061 Aluminum Alloy. Our Y-Block Adapters deliver quality, reliability, smooth flow, ease of assembly and the comfort of an anti-leak seal. All Vibrant Performance Y-Block Adapters are available in anodized black only.

Vibrant Performance Y-Block Adapters are lightweight and constructed from 6061 Aluminum Alloy. Our Y-Block Adapters deliver quality, reliability, smooth flow, ease of assembly and the comfort of an anti-leak seal. All Vibrant Performance Y-Block Adapters are available in anodized black only.

Vibrant Performance Y-Block Adapters are lightweight and constructed from 6061 Aluminum Alloy. Our Y-Block Adapters deliver quality, reliability, smooth flow, ease of assembly and the comfort of an anti-leak seal. All Vibrant Performance Y-Block Adapters are available in anodized black only.

Vibrant Performance Billet Aluminum P-Clamps are ideal for keeping your engine bay tidy and removes the chances of hoses wearing from abrasion due to surrounding components.

Vibrant Performance Billet Aluminum P-Clamps are ideal for keeping your engine bay tidy and removes the chances of hoses wearing from abrasion due to surrounding components.

Vibrant Performance Billet Aluminum P-Clamps are ideal for keeping your engine bay tidy and removes the chances of hoses wearing from abrasion due to surrounding components.

Vibrant Performance Billet Aluminum P-Clamps are ideal for keeping your engine bay tidy and removes the chances of hoses wearing from abrasion due to surrounding components.