(SRP: AUD $167.95 - NZD $199.95)

The MAC Aquatys 2 Knife is a versatile and essential tool designed for underwater activities such as diving, snorkelling, spearfishing, and water sports. Crafted by MAC Coltellerie, a reputable brand in diving equipment, this knife combines durability, functionality, and safety features to meet the demands of underwater enthusiasts.

Key Features:

Blade Material: The knife features a blade made from high-quality stainless steel coated in Idroglider Gold Black, providing exceptional durability, corrosion resistance, and edge retention in saltwater environments.

Blade Length and Shape: The Aquatys 2 knife has a blade length of 12cm with a versatile blade shape suitable for a variety of cutting tasks underwater. The blade has a straight edge and a serrated edge.

Durable Handle: The knife is equipped with a durable and ergonomic handle designed for a secure grip, even when wet or wearing gloves.

Multi-Functional Design: The Aquatys 2 knife is designed for multi-functional use, including cutting fishing lines, ropes, nets, and other materials encountered during underwater activities.

Line Cutter Notch: The Aquatys 2 knife feature a line cutter notch on the blade, allowing for quick and efficient cutting of fishing lines and ropes without damaging the blade edge. This feature enhances convenience and safety underwater.

Sheath Compatibility: The knife is compatible with a sheath or holster that allows for secure storage and easy access during dives. The sheath features attachment options, for clips, straps, or leg straps, for convenient mounting on dive belts or gear.

Safety Features: The Aquatys 2 knife include a locking mechanism on the sheath, to prevent accidental deployment, injuries, or damage to marine life during underwater use.

Experience the reliability and functionality of the MAC Aquatys 2 Knife, your essential tool for safety, utility, and exploration underwater. Dive confidently with a high-quality knife designed for durability, precision, and versatility in challenging underwater environments.

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