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Amouage

Amouage Opus V Woods Symphony Eau De Parfum 100ml

Amouage Opus V Woods Symphony Eau De Parfum 100ml

Regular price $478.36 AUD
Regular price $597.95 AUD Sale price $478.36 AUD
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European import - Available to order.

Estimated delivery: 4–12 November

Delivered by Australia Post eParcel with full tracking.

Please allow 10–15 business days for air freight to Australia before dispatch from Melbourne via Australia Post eParcel.

Shipping & delivery information

Available to order from our extended supplier network. This item is imported to order and is not available for immediate local dispatch. Please allow 2–3 business days delivery time after dispatch. It is unsuitable for urgent orders or last-minute gifts.

Amouage Opus V Woods Symphony delivers a concentrated woody fragrance engineered for sustained projection and gradual olfactory development. Formulated as an Eau de Parfum, this version contains a higher oil concentration that slows evaporation, ensuring consistent presence across extended wear periods.

Positioned as the fifth volume in the brand’s signature Opus Collection, the composition builds around layered aromatic timbers refined at the Amouage laboratory in Muscat. The 100ml glass container holds sufficient formula for routine application, while the wood-dominant structure adapts predictably to individual skin chemistry. This design resolves a common retail problem: light colognes that evaporate too quickly during temperature drops or active routines.

Performance and Application Profile

  • Higher EDP oil percentage maintains steady sillage past six hours
  • Timber-based drydown anchors cleanly on woven fabrics for carry-through wear
  • 100ml capacity supports dosing control without rapid depletion
  • Standardized Oman manufacturing guarantees stable batch consistency

Choose this fragrance when you require reliable performance in cooler evenings or sealed indoor spaces where lighter sprays struggle to register. Apply directly to clean vascular points, pause four minutes to allow the alcohol to dissipate, and evaluate the settled phase before considering layering. The fixed concentration and measured decay curve make it a functional replacement for volatile alternatives in everyday rotation systems.

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