Each aspect of our vineyard promotes complexity in our wines' structure, flavour and aromas. From the slope, elevation, orientation and sunlight exposure to the cool ocean breezes extending the ripening period, our focus is unyielding on quality and respect for our land.
Our Bellarine Peninsula site is positioned on gentle undulating slopes ranging from 27 to 34 metres above sea level with the natural fall running towards Port Phillip Bay to the north.
Most of our 7.7 hectare (19 acre) vineyard blocks run in a north-south orientation following the fall of the land and prevailing wind direction. This aspect receives more light interception and warmth, promoting ripening, tannin development and yielding rounder, more concentrated flavours in our wine.
We are frost free, even at a low elevation due to the warming influences of the surrounding seas which moderate our climate, particularly in early spring.
However, we operate in a windswept environment at 38 degrees latitude south, with limited protection (other than shelterbelts) from the prevailing strong southerly winds off the Southern Ocean, which typically average more than 20 kph on any given day. These constant winds create a challenging environment for vine and berry growth.
However, the north-south rows channel airflow and drain water through the vineyard, drying vines quickly, reducing potential disease pressures, and the constant need for chemical spraying.
Our vineyard is uniquely positioned within close proximity to water. Bass Straight and the Southern Ocean are located 5 kms to the south; Port Phillip Bay is within 3 kms to the north and east, whilst Corio Bay lies 10 kms directly west.
The prevailing winds off these water bodies create a natural cooling influence in the warmer months and a warming influence in late Autumn to Spring, reducing the risk of frost but also reducing the ambient temperature by as much as 5 degrees Celsius when compared to inland wine regions. Early budburst varieties of Chardonnay and Pinot Noir stand a better chance of survival as a result.