RPM Vinhos
Reverb 2023 Natural Wine
Sales unit: Bottle of 75 cl
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In stock
REVERB 2023 - White wine with character, a unique interpretation from Vinho Verde
REVERB 2023 is an exceptional wine creation from the Amarante sub-region in Portugal's famous Vinho Verde region, which pushes the boundaries of traditional white wines and combines craftsmanship with bold experimentation.
Made from the noble Avesso grape, this characterful wine presents itself with seductive complexity, with the traditional foot treading and subsequent maceration giving it its special touch.
What really sets REVERB apart is its unusual aging with its own skins and the stems of red Castelão grapes, which add extra structure and depth.
In the glass, a rich, aromatic profile unfolds with tropical fruits, quince and honey notes, while the rich texture is in perfect balance with a vibrant freshness.
Produced without oenological additives, REVERB is an authentic expression of the terroir and natural winemaking.
The name "Reverb" suggests depth and reverberation, comparable to the complexity of the wine itself, and reflects José Roseira's artistic background as well as the cultural connection through Daniel Pires, director of the Maus Hábitos cultural center, creating a fascinating bridge between the worlds of wine and music.
REVERB 2023 pairs perfectly with grilled dishes, strong cheeses and the complex spices of Middle Eastern cuisine and is produced by the producer RPM - Wines & Spirits.
The wine names of RPM Wines & Spirits—Analogue, Looper, Equalizer, Reverb, and Overdub—form a fascinating connection between the winery and the world of music. These names are all terms from audio and music production and reflect a well-thought-out philosophy.
The winery's name itself—RPM, an acronym for founders Ricardo Moreira, José Roseira, and Daniel Pires—creates a clever ambiguity, as RPM in music stands for "Revolutions Per Minute," the rotational speed of records. This musical connection is consistently continued in the wine names.
The wines represent different aspects of sound processing.
