Goliath with Extended Tall Base

A goliath with extended tall base is a type of breakwater that is made up of a large, reinforced concrete ring with a tall, extended base. The base is typically attached to the seabed by piles or other anchoring devices.

Goliaths with extended tall bases are more stable and durable than traditional breakwaters, which are typically made of rock or other materials. They are also more effective at dissipating wave energy and protecting shorelines from erosion.

Goliaths with extended tall bases are typically used in areas with very high wave action, such as offshore reefs and breakwaters. They can also be used to protect shorelines from storm surge.

Goliaths with extended tall bases have a number of benefits, including:

• Increased stability: The tall, extended base provides increased stability and reduces the risk of the breakwater being dislodged by waves or currents.
• Increased durability: The reinforced concrete construction of the breakwater makes it more durable and resistant to damage.
• Increased wave dissipation: The breakwater ring dissipates wave energy more effectively than traditional breakwaters, which helps to protect shorelines from erosion.
• Increased storm surge protection: The breakwater can help to prevent storm surge from flooding the shoreline.