Naval Air Station Nowra - HMAS Albatross

Naval Air Station Nowra - HMAS Albatross is a military facility. Civilian access may be restricted or require Prior Permission (PPR). Pilots should consult the AU AIP for current access procedures and restrictions.

Overview

Naval Air Station Nowra - HMAS Albatross serves as a critical maritime aviation facility located in Nowra Hill, Australia. Situated at an elevation of 400 ft MSL, this medium airport supports Australian naval aviation operations and provides strategic aerial infrastructure for military and potentially supporting civilian aircraft. The base's geographical coordinates at -34.946600, 150.542451 place it in a strategically important coastal region.

Flying Conditions

The airport features two substantial asphalt runways: Runway 03/21 measuring 6,713 feet and Runway 08/26 extending 6,870 feet. These runway configurations provide flexibility for aircraft operations across different wind conditions. While specific local meteorological data is not provided, the dual runway layout suggests the potential for variable wind patterns typical of coastal aerodrome environments.

Notable Features

HMAS Albatross is positioned at a moderate elevation of 400 feet above mean sea level, which indicates a relatively stable terrain profile. The airport's two runways offer comprehensive directional options for approaching and departing aircraft, with complementary orientations that can accommodate different wind vector scenarios. Its classification as a medium airport suggests significant operational capabilities for naval and potentially supporting aviation assets.

Approach Considerations

Pilots should be prepared to utilize either Runway 03/21 or 08/26 depending on prevailing wind conditions and air traffic control instructions. The substantial runway lengths (over 6,700 feet) provide generous landing and takeoff margins for most naval and maritime patrol aircraft. Standard approach procedures would likely involve careful consideration of the coastal environment and potential maritime meteorological influences.