Viniou Reviews
Château La Fleur Fompéyre 2019 is a red wine from the Castillon-Côtes-de-Bordeaux appellation, located in the Libournais area of Bordeaux. While the detailed blend isn’t specified, typical reds from this appellation are based predominantly on Merlot, often complemented by Cabernet Franc and occasionally Cabernet Sauvignon. The 2019 vintage in Bordeaux is recognised for its balance and ripe fruit, following a season marked by warm weather and well-managed rain, leading to concentrated yet fresh wines. Winemaking in this region generally marries tradition and modernity, with careful extraction to preserve fruit purity and supple tannins, resulting in a structured, approachable style even when young.
The Castillon-Côtes-de-Bordeaux is nestled to the east of Saint-Émilion, sharing many similarities with its more famous neighbour. The region benefits from a moderate oceanic climate, influenced by the proximity to the Atlantic, which tempers summer heat and contributes to even grape ripening. Soils are diverse, with clay-limestone predominating, offering both power and elegance in the resulting wines. Castillon’s rich viticultural history stretches back to the Romans, but in recent years it has gained growing attention for its excellent value and increasing quality, often rivalling better-known Bordeaux appellations.
Pairing Château La Fleur Fompéyre 2019 is best done with dishes that highlight its plush fruit and balanced structure. Traditional Bordeaux fare such as roast lamb with garlic and herbs, duck breast, or entrecôte with shallot sauce work beautifully. For a more regional pairing, consider a Bordelaise-style ribeye or even a rustic cassoulet. The wine's supple tannins also complement aged cheeses like Comté or Saint-Nectaire.
For optimal enjoyment, serve this wine at a temperature between 16-18°C. Decanting for around an hour before tasting is recommended to allow the aromas and flavours to unfurl. The 2019 vintage is approachable now, but it will benefit from a few years of cellaring for greater complexity and integration.
