The Bush Hunter Fiordlander Bush Shirt is a robust and warm layer, engineered for hunters and outdoor enthusiasts facing challenging environments. Named after the demanding Fiordland region, this heavy-duty bush shirt provides essential warmth and durability for pursuits such as glassing alpine clearings for a winter stag or navigating dense South Island beech forest.

Crafted from ultra-warm, high-density fleece, the Fiordlander acts as an efficient thermal insulator, retaining body heat while remaining breathable to manage moisture during strenuous ascents. The tightly woven outer surface of the fleece offers excellent resistance to wind and sheds light drizzle or morning dew when moving through wet scrub.

Designed for practical outdoor use, the Fiordlander features a traditional long-tail cut to keep your lower back warm and dry when sitting on cold or wet surfaces. The deep front zip allows for quick temperature regulation when active, and the large, secure chest pocket keeps essential items such as a GPS, tracking collar remote, or extra ammunition readily accessible.

• High-Density Thermal Fleece: Manufactured from thick, 350gsm tricot heavy-duty fleece, providing exceptional warmth for cold starts and late-evening glassing sessions.

• Extended Drop-Tail Design: The classic long-tail cut ensures your lower back remains fully covered when bending, climbing, or sitting on wet ground.

• Deep Front Zipper: Features a rugged, half-length chest zip for quickly releasing excess body heat during steep climbs, or zipping up to the chin to block out cold winds.

• Secure Chest Pocket: A generous, zippered chest pocket offers quick and easy access to essential outdoor electronics or a small pair of binoculars.

• Wind and Drizzle Resistant: The tightly woven fleece surface repels light moisture and helps to block biting alpine winds, making it an ideal outer layer for crisp winter days.

• Relaxed Outdoor Fit: Cut generously to allow for comfortable layering over thermal base layers or t-shirts, ensuring unrestricted mobility during activities.