The Role of the Flybridge on Landing Craft

A flybridge is an open or semi-open helm station located on a vessel’s upper deck, typically situated atop the wheelhouse or superstructure. On landing craft, the flybridge serves as a second helm station, allowing the operator to control the vessel from a higher vantage point. Compared to the main wheelhouse, the flybridge is situated higher and offers a more expansive view; it is typically equipped with an independent steering system, engine control units, and navigation equipment. For large landing craft measuring 12 meters or more, the flybridge has become an important optional feature, providing shipowners with more flexible navigation options. If you’ve ever seen a landing craft with a flybridge, you’ll notice it resembles an “upper-level observation deck”—except this observation deck also houses a steering wheel and throttle controls.

The most immediate benefit of a flybridge lies in its visibility. Landing craft typically feature a wide gangway and bow door at the bow, and because the main wheelhouse is positioned relatively low, the driver’s line of sight is easily obstructed by the bow structure. The flybridge, however, is located at the highest point of the hull, giving the operator a nearly 360-degree unobstructed view. This is particularly important for docking, navigating narrow waterways, and beaching operations—the operator can clearly see the relative positions of the bow ramp and the shoreline, allowing for precise control of the beaching angle and speed. An experienced captain once described it this way: “Sitting on the flybridge, you have a clear view of the entire beachhead and the surrounding waters—a sense of control that a lower-level wheelhouse simply cannot provide.” For commercial vessels that must operate frequently in complex waters, good visibility is the first line of defense for safety.

Another key benefit of the flybridge design lies in space optimization. By placing the secondary helm station on the upper deck, the main deck cabin can be significantly reduced in size or even eliminated, thereby freeing up more space for cargo or passenger accommodations. Take a 14-meter aluminum landing craft as an example: the flybridge design provides a panoramic view while fully preserving the critical cargo space below. This means boat owners do not have to choose between “driving comfort” and “cargo capacity”—they can have both. For commercial users who need to maximize deck utilization, this is a highly practical design approach. One client once remarked with a smile, “With the flybridge, the entire lower deck can be used for cargo, and I can still navigate comfortably from above—this design is a real bargain.”

The value of the flybridge for commercial operations ultimately lies in efficiency. Better visibility means the operator can make decisions faster—whether selecting the optimal angle during docking or maneuvering around obstacles in narrow waterways, the elevated vantage point reduces hesitation and the time spent on repeated adjustments. During beach landing operations, the operator on the flybridge can clearly see how the gangway contacts the beach, precisely controlling the vessel’s speed and angle to complete the docking in a single attempt. For commercial operations that require multiple dockings each day, saving a few minutes per docking adds up to significant time savings over the course of a year. Time is profit—a fact that is particularly evident in the logistics industry. Especially for operations with limited tidal windows, the visibility advantage provided by a flybridge can mean the difference between “making it in time” and “having to wait for the next tide.”

A flybridge is not standard equipment on all landing craft. Typically, only aluminum landing craft 12 meters or longer are considered for flybridge designs. Due to their limited hull size, small landing craft (7.9 to 10 meters) would see a significant increase in hull height and wind resistance if a flybridge were installed, which would compromise stability; therefore, they are better suited for a streamlined console or single-deck cockpit configuration. Medium-to-large landing craft ranging from 11 to 14 meters represent the ideal size range for flybridge designs—the hull is large enough to accommodate the superstructure, while the enhanced visibility provided by the flybridge is most beneficial in medium-scale operations. For large landing craft over 14 meters, flybridges have become virtually standard, with some models even featuring a two-tier cockpit design—an open flybridge on the upper level and an enclosed wheelhouse on the lower level—to accommodate varying weather conditions. When deciding whether to install a flybridge, it is essential to comprehensively consider the vessel’s size, operating waters, and budget—opt for what is sufficient rather than blindly pursuing the latest trends.

Flybridges offer different benefits depending on the application. In the sightseeing boat sector, a flybridge serves not only as a helm station but also as an observation deck—where passengers can enjoy expansive ocean views and the sea breeze, adding a unique selling point to the tour package. In engineering operations, the operator on the flybridge can overlook the entire deck and work area, precisely directing lifting and loading/unloading operations while avoiding communication errors caused by blind spots. In island logistics, the flybridge provides the operator with better visibility during beach landings, reducing the need for repeated course adjustments due to obstructed views. Simply put, the flybridge elevates the operator from “seeing only what’s ahead” to “seeing the whole picture”—a shift that often leads to a qualitative improvement in complex operational environments. If you’re considering a large aluminum landing craft for commercial operations, the flybridge is well worth adding to your configuration list—it may not be essential, but once you’ve used it, it’s hard to go back to life without it.