One common installation method for smaller cylindrical fenders (typically less than 400mm in diameter) involves suspending them using chains connected to U-anchors or brackets on the dock wall. This method allows for flexibility in positioning the fenders, accommodating various tidal ranges. For medium-sized cylindrical fenders, a steel rod is often used in conjunction with shorter chains to secure the fender to the wharf. This setup provides additional stability and support, ensuring that the fender remains in place during heavy impacts. Larger cylindrical fenders, which can exceed 1600mm in diameter, typically require a more robust installation method, such as a steel frame structure. This approach enhances the security and firmness of the fender, making it suitable for high-traffic areas where larger vessels are frequently berthed.

When installing cylindrical fenders, it is essential to consider the specific requirements of the docking environment. For instance, the installation angle may vary based on tidal conditions and the expected movement of vessels. In areas with significant tidal fluctuations, these fenders can be mounted diagonally to accommodate the changing water levels. Additionally, the choice of mounting hardware, such as chains, rods, or specially designed brackets, should be tailored to the size and weight of the fender. Proper installation not only enhances the performance of cylindrical fenders but also extends their lifespan by minimizing wear and tear caused by environmental factors.

Another important aspect of installing cylindrical fenders is ensuring that the fender is positioned correctly relative to the dock and the vessels that will be using the berth. Proper positioning is crucial because it directly affects the fender's ability to absorb impacts and protect both the vessel and the docking structure. The fender should be installed at a height that allows it to effectively absorb impacts without causing damage to the hull of the vessel. This requires careful planning and precise measurement during the installation process to account for various factors, including the size and type of vessels that will be docking.