3.5 Inch Clock Movement Replacement Vintage Skeleton Clock Insert Color: gold/silver/Silver Product overview This 3.5 inch 89 mm clock insert combines a skeletonstyle rimmed frame with a reliable quartz movement for precise timekeeping. The insert is constructed from durable metal with ABS components, sized to fit standard clock frames and designed for straightforward installation and operation. Key benefits Easy replacement and : Lightweight insert simplifies clock repairs or upgrades without replacing the entire clock. Durable construction: Metal frame with ABS components provides longlasting performance and consistent timekeeping. Classic visual appeal: Skeleton rim design adds vintage character to wall clocks while keeping mechanical elements visible. Broad compatibility: Designed to fit most standard clock frames with an 89 mm diameter and 32 mm total depth. Specifications Size: about 8.9 x 3.2 cm (3.5 x 1.26 in) Diameter: 89 mm Total depth: 32 mm Materials: metal frame and ABS component Color: gold/silver/Silver Package includes: 1 PC clock insert Function and performance Quartz movement provides accurate and reliable timekeeping. Simple mounting fits into standard clock openings and supports common hand assemblies. Lightweight design reduces strain on clock faces and supports easier handling during installation. Compatibility Compatible with most standard wall clock frames and clock projects that accept a 89 mm diameter insert and up to 32 mm depth. Suitable for hobbyists and work where replacing only the movement and visible insert is desired. Practical use scenarios Home clock : a worn or broken movement in a vintage wall clock to restore function while preserving the original case. Decorative upgrade: Install in a plain clock frame to add a skeleton vintage look in a living room, bedroom, or office. DIY projects: Use in custom clock builds or hobby projects where a compact, attractive movement is needed. Notes Allow 1 to 3 cm measurement error due to manual measurement. Actual item color may vary slightly from images because of differences between monitors.