Super Sarca Anchor 2 with 3-Way Swivel – Galvanised Boat

The SARCA Anchor 2 is engineered for superior holding power, reliability, and easy recovery in a wide range of seabed conditions. Paired with a 316 stainless steel 3-way swivel, this setup delivers tangle-free performance and consistent anchoring in sand, mud, rock, and reef environments.

Designed and manufactured in Australia, it’s built to handle tough local conditions while improving safety, control, and ease of use on the water.

Features:

• Auto-Roll Design: Rear hoop ensures correct orientation for maximum seabed penetration

• Superior Holding Shape: Fluke design delivers strong grip in sand, mud, rock, and reef

• Tangle-Resistant Setup: Prevents chain fouling between flukes for reliable setting

• 3-Way Swivel Included: Reduces chain twist and improves anchor alignment

• Self-Penetrating Action: 360° pivoting motion helps anchor dig in deeper

• Automatic Trip Release: Assists with easier recovery from rocks and reef

• Easy Reset Design: D-shackle system resets automatically for redeployment

• Marine-Grade Construction: Galvanised anchor with 316 stainless steel swivel

• Certified Performance: High Holding Power rated by marine authorities

Package Includes:

• 1 x SARCA No. 2 Galvanised Anchor

• 1 x 3-Way Swivel (316 Stainless Steel)

Specifications:

• Recommended Boat Size: 4.5m – 6.0m (up to 1.5 tonnes)

• Anchor Weight: 6kg

• Dimensions: 375mm (W) x 280mm (H) x 640mm (L)

• Shackle Size: 8mm

• Minimum Chain Recommendation: 5m of 8mm chain

3-Way Swivel Specifications:

• Length: 135mm

• Diameter: 28mm

• Chain Compatibility: 6–8mm

• Pin Diameters: 9mm & 7mm

• Fork Gaps: 16mm & 9mm

• Weight Rating: 850kg / 1900lb

• Material: 316 Stainless Steel

Description:

The SARCA Anchor 2 with 3-Way Swivel is designed to deliver dependable anchoring performance with minimal hassle. Its innovative geometry improves seabed penetration and holding strength while reducing tangles and drag. Combined with a marine-grade swivel, it provides smooth operation, easier recovery, and reliable performance across a wide range of conditions.