{"id":3923,"date":"2026-09-22T13:39:49","date_gmt":"2026-09-22T11:39:49","guid":{"rendered":"https:\/\/www.robik.it\/?p=3923"},"modified":"2026-09-22T13:39:49","modified_gmt":"2026-09-22T11:39:49","slug":"how-to-move-boats-in-confined-spaces","status":"publish","type":"post","link":"https:\/\/www.robik.it\/en\/2026\/09\/22\/how-to-move-boats-in-confined-spaces\/","title":{"rendered":"How to Move Boats in Confined Spaces"},"content":{"rendered":"
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Case history: how to handle boats on cradles in a dry storage facility using two different configurations \u2014 radio-controlled and tiller-operated \u2014 depending on the available space and manoeuvring requirements<\/h3>\n<\/div>

M<\/span><\/strong>oving boats in confined spaces<\/strong> requires a system capable not only of generating the force needed to move the load, but also of providing precise control of the cradle during manoeuvres.<\/p>\n

In dry storage facilities, boatyards and marinas, boats often need to be moved through closely spaced storage positions, narrow aisles and areas with limited manoeuvring space<\/strong>.<\/p>\n

In a real-world marine application, the presence of different operating conditions within the same facility led to the adoption of two Robik configurations: a radio-controlled version and a version equipped with the TVC \u2013 Timone a Volta Corretta system and tiller steering<\/strong>.<\/p>\n

The challenge: moving boat cradles when space is limited<\/h3>\n

When a boat is moved on land, the dimensions of the vessel itself are not the only factor to consider.<\/p>\n

The entire system \u2014 boat, cradle and handling equipment<\/strong> \u2014 must be evaluated, together with the space required for turning, correcting the trajectory and entering or leaving storage positions.<\/p>\n

With conventional towing systems, articulation points between the towing vehicle and the cradle can also make trajectory control more difficult, particularly during pushing and positioning operations in confined spaces<\/strong>.<\/p>\n

The requirement was therefore to find a compact solution capable of moving boats on cradles while adapting to the different operating conditions within the storage facility.<\/p>\n

The solution: two Robik configurations for different manoeuvring requirements<\/h3>\n

For this application, a single configuration was not used.<\/p>\n

Instead, two different Robik solutions<\/strong> were adopted to meet specific operating requirements: a radio-controlled version<\/strong> and a version equipped with TVC \u2013 Timone a Volta Corretta<\/strong>, operated by a tiller.<\/p>\n

The radio-controlled configuration allows the operator to move around the boat during the manoeuvre<\/strong>, choosing the position that provides the best view of the vessel, cradle, trajectory and surrounding obstacles.<\/p>\n

This is particularly useful when visibility changes during the manoeuvre or when the boat needs to be moved close to other vessels or structures.<\/p>\n

When is the TVC configuration used?<\/h3>\n

For other handling conditions, the configuration equipped with TVC \u2013 Timone a Volta Corretta<\/strong> was adopted.<\/p>\n

In this configuration, the mover is operated using a tiller, and the system is designed to provide direct control over the trajectory of the cradle during manoeuvring.<\/p>\n

This becomes particularly important when a boat needs to be positioned within a confined space<\/strong>, where the geometry of the connection between the mover and the cradle can also influence the trajectory.<\/p>\n

The challenge, therefore, is not simply to move the required weight. It is also necessary to control the behaviour of the cradle during towing, pushing and positioning operations<\/strong>.<\/p>\n

Radio control or tiller steering: which configuration should be used?<\/h3>\n

The case shows that the choice does not depend solely on the weight of the boat.<\/p>\n

The most suitable configuration should be evaluated according to the layout of the facility, cradle geometry, aisle width, type of manoeuvre and visibility available during movement<\/strong>.<\/p>\n

The radio-controlled version<\/strong> allows the operator to freely choose their position in relation to the load during the manoeuvre.<\/p>\n

The TVC tiller-operated configuration<\/strong>, on the other hand, provides a different method of controlling the trajectory of the cradle.<\/p>\n

Within the same storage facility, both configurations were therefore adopted<\/strong> to meet different operating conditions.<\/p>\n

What should be considered when moving a boat in confined spaces?<\/h3>\n

Boat weight is only one of the parameters that must be evaluated.<\/p>\n

Selecting the correct handling system requires consideration of the combined weight of the boat and cradle, cradle geometry, wheels, rolling resistance, ground conditions, gradients, aisle width, storage-space dimensions and the connection between the mover and the cradle<\/strong>.<\/p>\n

In particularly confined areas, it is also important to evaluate the geometry of the entire system while turning<\/strong>, because a compact mover alone is not sufficient if the complete mover-and-cradle combination requires excessive manoeuvring space.<\/p>\n

Do you need to move boats in confined spaces?<\/h3>\n

Every dry storage facility, boatyard and marina has different operating conditions. For this reason, the weight of the boat should not be considered in isolation: the entire application must be evaluated, including the cradle, travel path, available space and required manoeuvres<\/strong>.<\/p>\n

The possibility of choosing between different configurations makes it possible to identify the system best suited to the actual operating conditions.<\/p>\n

Do you have a similar marine handling challenge? Contact Robik: we will analyse your application and work with you to identify the most suitable solution.<\/strong><\/p>\n<\/div>