2Pcs Quartz Clock Movements Replacement, Wall Clock Mechanism Battery Operated Silent Clock Mechanisms Kit Non-Ticking Clock Parts for DIY Wall Clock Repair Part (16mm Shaft Length 41/64 Inch)

Battery-compatible clock mechanisms offer exceptional convenience and flexibility. Battery-powered clocks eliminate the need for wall outlets, freeing them from cable constraints and enabling installation anywhere—particularly ideal for areas without electrical access. Furthermore, battery-driven clocks typically consume less energy and require minimal maintenance, needing only periodic battery replacement to ensure long-term reliable operation. This makes them perfect for homes, offices, and other settings requiring hassle-free, low-maintenance timekeeping solutions.Complete Kit Includes:2* Clock movement motors1* Instruction booklet

• ✅[Ensure Proper Fit] Before purchasing, measure your clock dial and select a movement that matches your clock’s shaft length. This simple step ensures a perfect fit and smooth installation, preventing any DIY headaches.
• ✅[Reliable Timekeeping] Keep perfect time with this set of 2 high-quality quartz clock movements. Designed for precise and accurate performance, they're ideal for replacing old mechanisms or creating your own custom clocks with ease.
• ✅[Silent Sweep Mechanism] Enjoy a peaceful environment with smooth, ticking-free operation. The silent sweep technology makes these battery-operated movements perfect for bedrooms, offices, or any quiet space.
• ✅[Battery Flexibility] Compatible with both carbon and alkaline AA batteries (not included), these clock movements give you the freedom to choose your preferred power source for optimal performance and long-lasting use.
• ✅[Perfect for DIY Projects] Whether you're crafting a unique timepiece or repairing an old clock, these versatile movements fit most clock frames and make DIY clock projects quick, easy, and enjoyable.
• [Choose the Right Shaft Length for Your Clock] 16mm Shaft: Best for Dials Thickness for 2-6 mm (5/64 - 15/64 Inch)