Outstanding houses in Breedekloof.
Breedekloof whites arrive bone-dry and mineral-edged, while its reds—anchored in Cabernet and Syrah—carry the region's signature grip of clay and heat.
Save these houses, build your route through Breedekloof, and navigate when you're there.
Region DNA
The character of Breedekloof
Based on 53 wines with structural data
Style profile
Broad range with a recognisable character
FEM score distribution
Based on 16 rated wineries in this region
Flavor territory
Most frequent primary flavor groups
Style breakdown
Wine style frequency · Bar length = relative count
Top grape varieties
Varieties ranked by number of wines · Number = wine count
Most representative winery
The estate whose wines are closest to the regional average — the truest expression of Breedekloof
Botha Kelder
VisitBreedekloof is a wine region in South Africa, home to 24 producers tracked on Femente, 1 of them rated 90+ on the critic index. Its vineyards are led by Chenin Blanc, Shiraz/Syrah, and Chardonnay, producing South African Chenin Blanc and South African Syrah wines with notes of Tree fruit, Oak, and Black fruit. It takes in Goudini.
Breedekloof — good to know
- What grape varieties are grown in Breedekloof?
- The most planted varieties in Breedekloof are Chenin Blanc, Shiraz/Syrah, Chardonnay, and Cabernet Sauvignon, based on the wines Femente tracks across the region.
- What wines is Breedekloof known for?
- Breedekloof is known for South African Chenin Blanc, South African Syrah, and South African Cabernet Sauvignon wines and flavors of Tree fruit, Oak, and Black fruit.
- How many wineries are in Breedekloof?
- Femente tracks 24 producers in Breedekloof, of which 1 are rated 90+ on the critic index.
- Where is Breedekloof?
- Breedekloof is a wine region in South Africa, taking in Goudini.
Breedekloof
Breedekloof whites arrive bone-dry and mineral-edged, while its reds—anchored in Cabernet and Syrah—carry the region's signature grip of clay and heat. Producers here chase restraint over ripeness, letting the valley's thermal swings build acidity and structure.