Danforth anchors are effective in soft bottoms because of their digging and holding capability. Which option best describes this?

• A. High-speed towing.
• B. Efficient digging and holding in flexible seabed.
• C. Rapid retention in rocky seabeds.
• D. Lightweight handling only.

Answer: (B)

The key idea is how a Danforth anchor works in soft bottoms. Its long, flat flukes are designed to bite into sand or mud and bury deeply when the anchor settles. That digging action creates a large embedment and a strong resistance to pull, giving good holding power with relatively light weight. Because the surface is soft and easily penetrated, the flukes can bite and pull the anchor into a stable position so it can resist movement.

That’s why the description of efficient digging and holding in a flexible seabed fits best. High-speed towing isn’t what an anchor is meant to do, so that’s not the point. Rapid retention in rocky seabeds isn’t ideal for this design since rocks hinder digging, and lightweight handling speaks to ease of use rather than the anchoring capability.