VSF Edition — Oysterflex Rubber Strap
The VSF iteration of the reference 116515 establishes a compelling benchmark for rose gold Daytona replicas, specifically addressing historical challenges with alloy tone accuracy. By utilizing an 18k rose gold plating over a solid 904L Oystersteel core, this factory achieves a visual warmth that closely mimics Rolex’s proprietary Everose, paired with precisely molded Oysterflex elastomer straps.
At the core of this chronograph is the highly regarded Super Clone Caliber 4130, meticulously 1:1 replicated from the genuine architecture. This Dandong-produced mechanism features a paramagnetic blue Parachrom hairspring and KIF shock absorbers, ensuring a stable 28,800 vph beat rate and fully functional sub-dials. Consistent with VSF’s top-tier offerings, this movement delivers an impressive 60+ Hours (Dandong clone caliber) of power reserve.
The case profile maintains the precise 40mm diameter and 12.5mm thickness of the genuine article, avoiding the bulky proportions seen in earlier 7750-based replicas. Beneath the scratch-proof sapphire crystal—complete with the semi-invisible etched crown at 6 o’clock—the rose gold dial exhibits crisp typography and properly recessed sub-dials, framed by a sharp tachymeter bezel.
- Movement: Super Clone Caliber 4130 — 60+ Hours (Dandong clone caliber)
- Case Material: 18k Rose Gold Plated 904L Stainless Steel, 40mm x 46.5mm, 109.1g
- Bezel: Rose Gold Plated Tachymeter Bezel, accurate engraving depth
- Crystal: Scratch-proof sapphire with semi-invisible 6:00 crown etching
- Bracelet: Oysterflex rubber strap with deployant clasp
- Water Resistance: 50 Meters — professional pressure test recommended before swimming. Do not operate chronograph pushers or the crown while the watch is submerged.
This reference appeals to collectors seeking the specific aesthetic of a precious metal chronograph on a sporty elastomer strap. It effectively balances the aggressive profile of the Daytona with the refined warmth of rose gold, making it suitable for both casual and formal horological environments.


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