Dakine - High Roller Snowboard Bag Black - 165 - Snowboard bag

The Dakine High Roller Snowboard Bag Black is the best snowboard bag of the brand, ultra functional and versatile. With a multitude of pockets and different com

Dakine - Fall Line Ski Roller Bag Black - 190 - Ski bag

With the Dakine Fall Line Ski Roller Bag Rincon wheelie bag, you can carry your skis easily everywhere you go. You can carry it both ways and get several storage spaces for all your gear.

Dakine - 365 Roller 100L Carbon - Travel bag

The Dakine 365 Roller 100L is a bulky, maneuverable travel bag with multiple compartments, a quick front pocket, telescopic handle and sturdy wheels.

Dakine - Low Roller Snowboard Bag Black - 157 - Snowboard bag

Designed to make your travels easier, the Dakine Low Roller Snowboard Bag Botanics Pet is fitted with wheels, a retractable handle and a large compartment.

Db - Snow Roller 70L Black Out - Ski bag

The Db Snow Roller 70L Black Out is a durable, adjustable, and compressible ski bag with a 70L capacity, Rib Cage protection, and a Hook-Up system for ergonomic carrying.

Db - Snow Roller Pro 127L Black Out - Ski bag

The Db Snow Roller Pro 127L Black Out is a durable, functional ski bag with Rib Cage protection, a Hook-Up system for compatibility, and an adjustable, compressible design for easy storage.

Dakine - Boundary Ski Roller Bag Black - 185 - Ski bag

Discover the product Boundary Ski Roller Bag Black - 185 and receive our expert advice to make the right purchase. Browse through our huge selection of wintersports gear and benefit from our great service: express delivery, 4 instalment payments, 100-day free return...

Pro quality studio lighting equipment roller bag (81x30x30cm)

K25X30X13 Cage and Roller Assembly

The one piece steel cage, used in most caged drawn cup bearings is designed to provide rigidity and minimize wear. This cage design separates the roller guiding and roller retainment functions. The portions of the cage that retain the roller cannot contact the rollers while the bearing is operating. Thus there is no wear which might affect roller retention.

K20X26X20 Cage and Roller Assembly

The one piece steel cage, used in most caged drawn cup bearings is designed to provide rigidity and minimize wear. This cage design separates the roller guiding and roller retainment functions. The portions of the cage that retain the roller cannot contact the rollers while the bearing is operating. Thus there is no wear which might affect roller retention.

K20X24X10 Cage and Roller Assembly

The one piece steel cage, used in most caged drawn cup bearings is designed to provide rigidity and minimize wear. This cage design separates the roller guiding and roller retainment functions. The portions of the cage that retain the roller cannot contact the rollers while the bearing is operating. Thus there is no wear which might affect roller retention.

K16X20X10 Cage and Roller Assembly

The one piece steel cage, used in most caged drawn cup bearings is designed to provide rigidity and minimize wear. This cage design separates the roller guiding and roller retainment functions. The portions of the cage that retain the roller cannot contact the rollers while the bearing is operating. Thus there is no wear which might affect roller retention.

K12X15X13 Cage and Roller Assembly

The one piece steel cage, used in most caged drawn cup bearings is designed to provide rigidity and minimize wear. This cage design separates the roller guiding and roller retainment functions. The portions of the cage that retain the roller cannot contact the rollers while the bearing is operating. Thus there is no wear which might affect roller retention.

K15X19X17 Cage and Roller Assembly

The one piece steel cage, used in most caged drawn cup bearings is designed to provide rigidity and minimize wear. This cage design separates the roller guiding and roller retainment functions. The portions of the cage that retain the roller cannot contact the rollers while the bearing is operating. Thus there is no wear which might affect roller retention.

K14X20X12 Cage and Roller Assembly

The one piece steel cage, used in most caged drawn cup bearings is designed to provide rigidity and minimize wear. This cage design separates the roller guiding and roller retainment functions. The portions of the cage that retain the roller cannot contact the rollers while the bearing is operating. Thus there is no wear which might affect roller retention.

K12X17X13 Cage and Roller Assembly

The one piece steel cage, used in most caged drawn cup bearings is designed to provide rigidity and minimize wear. This cage design separates the roller guiding and roller retainment functions. The portions of the cage that retain the roller cannot contact the rollers while the bearing is operating. Thus there is no wear which might affect roller retention.

K18X24X12 Cage and Roller Assembly

The one piece steel cage, used in most caged drawn cup bearings is designed to provide rigidity and minimize wear. This cage design separates the roller guiding and roller retainment functions. The portions of the cage that retain the roller cannot contact the rollers while the bearing is operating. Thus there is no wear which might affect roller retention.

K14X18X10 Cage and Roller Assembly

The one piece steel cage, used in most caged drawn cup bearings is designed to provide rigidity and minimize wear. This cage design separates the roller guiding and roller retainment functions. The portions of the cage that retain the roller cannot contact the rollers while the bearing is operating. Thus there is no wear which might affect roller retention.

K25X30X18 Cage and Roller Assembly

The one piece steel cage, used in most caged drawn cup bearings is designed to provide rigidity and minimize wear. This cage design separates the roller guiding and roller retainment functions. The portions of the cage that retain the roller cannot contact the rollers while the bearing is operating. Thus there is no wear which might affect roller retention.

K8X11X10 Cage and Roller Assembly

The one piece steel cage, used in most caged drawn cup bearings is designed to provide rigidity and minimize wear. This cage design separates the roller guiding and roller retainment functions. The portions of the cage that retain the roller cannot contact the rollers while the bearing is operating. Thus there is no wear which might affect roller retention.

K15X19X13 Cage and Roller Assembly

The one piece steel cage, used in most caged drawn cup bearings is designed to provide rigidity and minimize wear. This cage design separates the roller guiding and roller retainment functions. The portions of the cage that retain the roller cannot contact the rollers while the bearing is operating. Thus there is no wear which might affect roller retention.

K18X22X10 Cage and Roller Assembly

The one piece steel cage, used in most caged drawn cup bearings is designed to provide rigidity and minimize wear. This cage design separates the roller guiding and roller retainment functions. The portions of the cage that retain the roller cannot contact the rollers while the bearing is operating. Thus there is no wear which might affect roller retention.

K14X18X15 Cage and Roller Assembly

The one piece steel cage, used in most caged drawn cup bearings is designed to provide rigidity and minimize wear. This cage design separates the roller guiding and roller retainment functions. The portions of the cage that retain the roller cannot contact the rollers while the bearing is operating. Thus there is no wear which might affect roller retention.

K19X23X13 Cage and Roller Assembly

The one piece steel cage, used in most caged drawn cup bearings is designed to provide rigidity and minimize wear. This cage design separates the roller guiding and roller retainment functions. The portions of the cage that retain the roller cannot contact the rollers while the bearing is operating. Thus there is no wear which might affect roller retention.

K14X18X13 Cage and Roller Assembly

The one piece steel cage, used in most caged drawn cup bearings is designed to provide rigidity and minimize wear. This cage design separates the roller guiding and roller retainment functions. The portions of the cage that retain the roller cannot contact the rollers while the bearing is operating. Thus there is no wear which might affect roller retention.