✨ New Arrivals Just Dropped!Explore
HomeStore

1.9 Delta IFR Clear Anodized Inner Ring (VPS05451)

Product image 1

1.9 Delta IFR Clear Anodized Inner Ring (VPS05451)

Clear Anodized 1.9-Inch IFR Delta Inner Ring is designed to sit under an IFR Ready beadlock ring, adding depth and color to 1.9-inch wheel assemblies. The IFR Delta Ring features a machined front step with three locking points for a secure, straightforward installation within the IFR system.

Sold individually with hardware not included, this inner ring requires an IFR Ready beadlock ring and is not compatible with non-IFR rings. The durable clear anodized aluminum finish provides a subtle color accent, though shade may vary slightly between batches or from the image due to the anodizing process.

Clear Anodized 1.9-Inch IFR Delta Inner Ring is designed to sit under an IFR Ready beadlock ring, adding depth and color to 1.9-inch wheel assemblies. The IFR Delta Ring features a machined front step with three locking points for a secure, straightforward installation within the IFR system.

Sold individually with hardware not included, this inner ring requires an IFR Ready beadlock ring and is not compatible with non-IFR rings. The durable clear anodized aluminum finish provides a subtle color accent, though shade may vary slightly between batches or from the image due to the anodizing process.

$4.90

Original: $13.99

-65%
1.9 Delta IFR Clear Anodized Inner Ring (VPS05451)

$13.99

$4.90

Description

Clear Anodized 1.9-Inch IFR Delta Inner Ring is designed to sit under an IFR Ready beadlock ring, adding depth and color to 1.9-inch wheel assemblies. The IFR Delta Ring features a machined front step with three locking points for a secure, straightforward installation within the IFR system.

Sold individually with hardware not included, this inner ring requires an IFR Ready beadlock ring and is not compatible with non-IFR rings. The durable clear anodized aluminum finish provides a subtle color accent, though shade may vary slightly between batches or from the image due to the anodizing process.