DiW Carbon, Skeletonized Dials & Bespoke Builds — NTPT & Composite Guide
The Modified Super Clone Collection — re-engineered timepieces drawing from the aesthetics of DiW, AET Remould, and Les Artisans de Genève. These references go beyond standard replica construction: exotic case materials including NTPT Carbon, Quartz TPT, and high-tech ceramics replace steel, while skeletonised movement modules expose the gear train as the dial itself. Each build integrates a premium clone caliber — the 4130 column-wheel chronograph or the 3235 three-hand — into a custom case architecture that changes the weight, visual character, and wrist presence of the reference entirely.
Why Choose a Modified Super Clone
- Exotic material construction — NTPT Carbon and Quartz TPT cases produced from hundreds of compressed filament layers, each with a unique surface pattern. Not painted or printed — structurally composite material throughout
- Skeletonised & art-dial architecture — Open-work dials, custom-finished bridges, and exposed gear trains that make the movement the primary visual element of the watch
- Verified movement compatibility — Every modified case is tested for rotor clearance, chronograph module alignment, and movement amplitude before sign-off. Material changes that affect case weight are evaluated for their effect on rotor efficiency
Popular Modified References
- DiW Daytona Carbon Series — NTPT Carbon case on the 126500LN architecture, clone Cal. 4130 column-wheel chronograph, coloured accent indices, skeletonised dial exposing the chronograph bridges and column wheel
- Carbon Nautilus 5711 — Full carbon fibre chassis on the Nautilus architecture with integrated carbon bracelet, clone Cal. 324 S C, maintaining the 8.3mm case thickness specification
- Skeletonised Art Pieces — Custom-finished bridges, exposed mainspring barrels, and open-work hour markers across Submariner, Daytona, and Royal Oak architectures
Collector Notes: Modified Build Quality & Movement Stability
The technical challenge of a modified super clone is ensuring the movement functions correctly within a non-standard case. Carbon and ceramic cases have different internal dimensions, thermal properties, and crown tube tolerances than steel. Our modified builds are tested for movement stability across position changes, chronograph reset consistency, and crown-to-movement engagement before dispatch.
NTPT Carbon surface pattern is inspected for layer consistency — genuine NTPT uses 30-micron filament layers; lower-quality composite shows coarser, more uniform patterning under direct light. Spline or hex case screws are torqued to specification and verified for flush seating across all positions. Every modified reference is documented with pre-shipment photography and verified through our quality control process before dispatch.
