AP Royal Oak ,Double Balance Wheel Openworked – Swiss Clone

Description

AP Royal Oak Double Balance Wheel Openworked Rose Gold Super Clone

1. Executive Overview

The Royal Oak Double Balance Wheel Openworked is one of the most technically demanding watches to reproduce because its appeal is based not only on the external case but also on the visible movement architecture. Unlike conventional Royal Oak models, virtually every component of the movement is exposed through a skeletonised dial and sapphire exhibition case back, requiring the movement itself to become part of the visual presentation.

Modern super clones are designed to replicate the appearance of the genuine double balance architecture while combining advanced CNC manufacturing, skeletonised clone movements, precision finishing, and transparent sapphire crystals.

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2. Overall Design

The Double Balance Wheel Openworked is characterised by:

• Skeletonised dial.
• Open-worked movement.
• Twin balance-wheel architecture.
• Integrated Royal Oak bracelet.
• Octagonal bezel.
• Visible mechanical operation.
• Exhibition sapphire case back.

Strengths:

• Extremely distinctive appearance.
• Complex architectural design.
• Exceptional wrist presence.
• High visual sophistication.

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3. Case Construction

Modern super clones typically feature:

• Multi-axis CNC machining.
• Reverse-engineered case geometry.
• Correct Royal Oak dimensions.
• Accurate bezel screw positioning.
• Precision-machined bracelet links.

Strengths:

• Excellent dimensional accuracy.
• Strong structural rigidity.
• Premium machining quality.

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4. Rose Gold Construction

Unlike the genuine watch, which is manufactured from solid 18-carat rose gold (approximately 75% gold with copper and silver alloying elements), super-clone versions generally use:

Typical construction:

• High-grade 316L stainless steel base.
• Rose-gold PVD (Physical Vapour Deposition) coating.
• Rose-gold ion plating.
• Occasionally rose-gold electroplating.

Characteristics:

• Excellent corrosion resistance.
• Improved scratch resistance compared with conventional plating.
• Accurate rose-gold colour reproduction.
• Lower manufacturing cost than solid precious metal.

The rose-gold finish is engineered to replicate the colour and surface appearance of genuine 18-carat rose gold rather than its intrinsic material composition.

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5. Movement Architecture

One of the most technically challenging aspects.

Modern examples commonly utilise:

• Skeletonised clone automatic movement.
• AP-style bridge architecture.
• Open-worked plates.
• Decorative finishing.
• Visible gear train.
• Functional automatic winding.

Premium factories may modify existing clone movements to visually resemble the genuine AP Calibre 3132, but they are generally not mechanically identical.

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6. Double Balance Wheel System

The genuine watch uses two synchronised balance wheels mounted on the same axis to improve stability.

Most super clones replicate:

• The visual twin-balance-wheel layout.
• Open balance bridge.
• Oscillating balance assembly.
• Skeletonised appearance.

Depending on the manufacturer, the second balance wheel may be fully functional or may primarily serve a decorative role while preserving the appearance of the original design.

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7. Openworked Engineering

The movement is extensively skeletonised to expose:

• Gear train.
• Bridges.
• Escapement.
• Balance assembly.
• Automatic winding rotor.
• Jewel bearings.

Strengths:

• Exceptional visual depth.
• Mechanical transparency.
• Architectural appearance.
• Luxury presentation.

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8. Sapphire Crystal

Characteristics:

• Sapphire front crystal.
• Sapphire exhibition case back.
• Scratch-resistant construction.
• Excellent optical clarity.

The transparent rear crystal allows continuous observation of the movement during operation.

Strengths:

• Outstanding visibility.
• Long-term durability.
• Premium appearance.

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9. Dial Engineering

Unlike traditional dials, the movement itself forms much of the visual display.

Visible features include:

• Skeleton bridges.
• Gear train.
• Balance wheels.
• Barrel.
• Mechanical architecture.

Applied chapter rings and hour markers complete the dial while maintaining visibility of the movement.

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10. Bracelet Engineering

Characteristics:

• Integrated Royal Oak bracelet.
• Precision-machined links.
• Correct taper profile.
• Satin-brushed and polished finishing.

Strengths:

• Excellent comfort.
• Strong structural quality.
• Accurate Royal Oak aesthetics.

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11. Manufacturing Technology

Modern examples commonly utilise:

• Multi-axis CNC machining.
• CAD/CAM engineering.
• Skeletonised movement production.
• Precision polishing.
• Laser inspection.
• Digital metrology.

These manufacturing techniques are essential to achieve the tight tolerances required for an exposed mechanical movement.

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12. Weight & Wrist Presence

Characteristics:

• Stainless-steel construction beneath the coating.
• Balanced bracelet.
• Comfortable wear.
• Significant visual presence.

Although lighter than genuine solid 18-carat rose gold, the watch still provides a substantial and premium wrist feel.

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13. Ownership Characteristics

The principal appeal of this model lies in its visible mechanical architecture.

Key characteristics include:

• Skeletonised movement.
• Twin-balance-wheel display.
• Exhibition sapphire case back.
• Rose-gold luxury appearance.
• Integrated bracelet comfort.
• High-end architectural styling.
• Continuous visibility of the operating movement.

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Technical Strength Summary

Strongest Areas:

1. Skeletonised movement architecture.
2. Twin balance-wheel visual presentation.
3. Sapphire exhibition case back.
4. Rose-gold PVD finish.
5. Integrated Royal Oak bracelet.
6. CNC-machined case construction.
7. Open-worked dial engineering.
8. High-quality polishing.
9. Excellent wrist presence.
10. Advanced manufacturing tolerances.

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