5 Pack 2 Inch Office Chair Casters Golden Ball Caster Wheels 360° Smooth Rolling Rubber 11x22mm

Compact golden ball casters designed for smooth, lowprofile movement in small assemblies and projects. The 11x22mm size and lightweight 0.11 pound construction make these casters easy to integrate where space and appearance matter. Key benefits Smooth multidirectional movement: Ball caster design allows 360 degree rolling for easy repositioning and reduced resistance. Spacesaving profile: 11x22mm footprint fits tight spaces and small components where larger casters will not work. Attractive finish: Golden color provides a neat, finished look when visible on furniture, displays, or models. Lightweight and unobtrusive: At 0.11 pounds each, these casters add minimal weight while improving mobility. What it does and why you need it These ball casters provide stable, lowfriction support for small mobile parts. They solve common problems such as sticking, uneven motion, and bulky hardware that interferes with design lines. Use them to add smooth movement without changing the overall look or adding excessive height. Features and compatibility Size: 11x22mm, suitable for compact applications and limitedclearance installations. Color: Golden finish for an understated decorative touch. Function: Multidirectional rolling ball for smooth, omnidirectional movement. Lightweight: 0.11 pound item weight for minimal impact on balance and load. Practical use scenarios Hobby and model making: Add precise, smooth movement to model platforms, dioramas, and custom assemblies. Small furniture and display units: Retrofit small drawers, jewelry cases, or point of displays where a low profile caster is required. Robotics and equipment prototypes: Use as repositioning supports or guide wheels for lightweight robots and prototype mechanisms. Specifications Type: Ball caster Size: 11x22mm Color: Golden Item weight: 0.11 pounds Choose these ball casters when you need compact, lowprofile mobility with a tidy golden finish and reliable omnidirectional motion.