
Enduro 699 LLB ABEC-3 RADIAL (C3) MINI BRNG - 9 X 20 X 6MM
The Enduro 699 LLB ABEC-3 Radial Bearing (C3 clearance) is a high-performance 9x20x6mm bearing designed for durability and smooth operation. Featuring deep-groove races, Grade 10 balls, and LLB seals with 90% high-pressure waterproof grease fill, it's built to withstand daily abuse and the elements. Ideal for quick-release hub designs, pedals, and suitable as a pivot bearing, this ABEC-3 bearing offers superior protection with its dual-lip seals riding in a micro-groove labyrinth. Crafted from high-carbon chromium steel, it exemplifies Enduro's commitment to quality with the deepest groove races and largest balls possible for optimal performance.
The Enduro 699 LLB ABEC-3 Radial Bearing (C3 clearance) is a high-performance 9x20x6mm bearing designed for durability and smooth operation. Featuring deep-groove races, Grade 10 balls, and LLB seals with 90% high-pressure waterproof grease fill, it's built to withstand daily abuse and the elements. Ideal for quick-release hub designs, pedals, and suitable as a pivot bearing, this ABEC-3 bearing offers superior protection with its dual-lip seals riding in a micro-groove labyrinth. Crafted from high-carbon chromium steel, it exemplifies Enduro's commitment to quality with the deepest groove races and largest balls possible for optimal performance.
Original: $2.88
-65%$2.88
$1.01Description
The Enduro 699 LLB ABEC-3 Radial Bearing (C3 clearance) is a high-performance 9x20x6mm bearing designed for durability and smooth operation. Featuring deep-groove races, Grade 10 balls, and LLB seals with 90% high-pressure waterproof grease fill, it's built to withstand daily abuse and the elements. Ideal for quick-release hub designs, pedals, and suitable as a pivot bearing, this ABEC-3 bearing offers superior protection with its dual-lip seals riding in a micro-groove labyrinth. Crafted from high-carbon chromium steel, it exemplifies Enduro's commitment to quality with the deepest groove races and largest balls possible for optimal performance.












