Steampunk Copper Hollow Gear Quartz Pocket Watch

Steampunk copper pocket watch pendant with visible gear detail.

This steampunk-inspired pocket watch necklace combines vintage industrial styling with reliable modern timekeeping. The round case features a hollow gear motif, allowing a glimpse of the inner structure while maintaining a clean, readable dial. Finished in a warm copper tone with a subtle aged effect, it delivers an authentic Victorian-era mechanical look suitable for everyday wear or themed outfits.

Powered by a quartz movement, the watch offers consistent, low-maintenance accuracy. The classic dial includes clear hour markers and refined hands for quick time reading at a glance. Measuring approximately 4.5 cm in diameter and 1.2 cm in thickness, it has a substantial yet comfortable presence when worn as a pendant or carried as a pocket timepiece. The matching copper-tone chain (approx. 37 cm total length) is designed to sit securely around the neck, showcasing the watch as a focal accessory.

Why It's a Smart Choice

• Distinct steampunk aesthetic - Hollow gear design and copper finish create a mechanical, Victorian-inspired look that stands out without being overstated.
• Reliable quartz movement - Battery-powered mechanism offers accurate timekeeping with minimal upkeep, ideal for regular use.
• Versatile wear options - Use as a necklace pendant or pocket watch, suitable for costumes, events, or everyday vintage styling.

FAQ

Q: Is the watch functional or purely decorative?
A: The watch is fully functional and uses a quartz movement for accurate timekeeping.

Q: What is included in the package?
A: The package includes 1 x quartz pocket watch and 1 x matching chain.

Q: How do I set the time?
A: Gently pull up the crown at the top of the watch, rotate to set the correct time, then press the crown back into place.

Q: Will the copper finish tarnish?
A: The watch has a treated copper-tone finish designed to maintain its aged look. Store it dry and wipe occasionally with a soft cloth to preserve the surface.