TIKROUND Original Youngtown 12888 Pendulum Clock Movement – 23 mm Shaft, 15.4 mm Thread, 3 Hands

Overview

The TIKROUND Original Youngtown 12888 pendulum clock movement is designed for repair, replacement, or hands-on clock projects. It ships with three hand options, helping you tailor the dial to your style while delivering steady, traditional timekeeping that feels satisfying to use day after day.

Before you purchase, take a moment to compare the movement’s dimensions with your clock case. A proper fit supports reliable operation and a clean, finished look once installed.

Key specifications at a glance

• Movement type: Pendulum STEP
• Total shaft length: 23 mm (0.90 in)
• Thread length: 15.4 mm (0.61 in)
• Max pendulum swing: 26°
• Max pendulum weight: 40 g
• Max pendulum length: 35 cm
• Panel thickness compatibility: 9–13 mm (9/25–1/2 in)
• Includes three hand sets for flexible dial customization

Fit and installation considerations

• Always verify the movement dimensions against your clock housing to ensure a proper fit.
• This movement does not include a hanging hook; if the clock has a long handle, you may trim it to fit the dial size.

Use cases and benefits

Whether you’re restoring a vintage piece, replacing a worn movement, or building a custom clock from scratch, this movement offers dependable operation with a classic look. The 23 mm shaft and 15.4 mm thread balance the need for secure attachment with room for a clean front-face assembly. The 26° swing and 40 g weight cap help maintain a stable rhythm without overloading the mechanism, while the 35 cm maximum pendulum length supports a range of clock styles from compact mantels to larger wall units.

Real-life scenarios include updating an heirloom mantel clock, rejuvenating a mid-century wall clock, or completing a DIY project with a traditional pendulum feel. The included hands give you options to match dial aesthetics, whether you prefer a vintage, contemporary, or transitional look. The clock’s tactile movement—smooth, deliberate tick, and a balanced pendulum arc—offers a satisfying sense of precision without promising guaranteed results.